Philosophy (PHIL) 252 Critical Thinking (Revision 7)
Philosophy (PHIL) 252 Critical Thinking (Revision 7)
Philosophy (PHIL) 252 Critical Thinking (Revision 7)
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<strong>Philosophy</strong> (<strong>PHIL</strong>) <strong>252</strong><br />
<strong>Critical</strong> <strong>Thinking</strong> (<strong>Revision</strong> 7)<br />
Opened in Moodle April 11, 2008.<br />
View previous syllabus.<br />
Delivery mode: Individualized study online.<br />
Credits: 3 - Humanities<br />
Prerequisite: None.<br />
Centre: Centre for Global and Social Analysis<br />
<strong>PHIL</strong> <strong>252</strong> has a Challenge for Credit option.<br />
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Mapping your future<br />
(a self-assessment exercise)<br />
Counselling and advising services<br />
Overview<br />
<strong>PHIL</strong> <strong>252</strong> is designed to improve a student's ability to analyse and evaluate the kinds of arguments<br />
and theories commonly met with in everyday life. The course also helps students improve their own<br />
arguments and presentations by showing them how to draw sound conclusions from available<br />
evidence and how to construct well-reasoned cases to support these conclusions.<br />
Although the course focuses on the informal logic of everyday language, it includes some training in<br />
elementary formal logic. A student is taught how to apply fundamental rules and standards of logical<br />
reasoning to the sorts of arguments encountered in newspapers, magazines and other media, and<br />
university-level textbooks in most fields.<br />
Outline<br />
Unit 1: Introduction: The Language of Argumentation<br />
Unit 2: Analysing Arguments: Content and Structure<br />
Unit 3: Evaluating Arguments: Validity, Soundness, and Problems of Interpretation<br />
Unit 4: Syllogistic Reasoning<br />
Unit 5: Common Fallacies of Reasoning<br />
Unit 6: Nondeductive Arguments<br />
Unit 7: The Use and Misuse of Statistics<br />
Unit 8: Explanations and Empirical Theories<br />
Unit 9: Conceptual Theories and Definitions<br />
Unit 10: Writing a Short <strong>Critical</strong> Essay<br />
Top<br />
Evaluation<br />
To receive credit for <strong>PHIL</strong> <strong>252</strong>, you must submit every piece of written work and achieve a course<br />
composite grade of at least “D” (50 percent). The weighting of the composite grade is as follows:<br />
Tutor-marked Exercise Mid-term Test Short <strong>Critical</strong> Essays Final Exam Total<br />
15% 20% 25% 40% 100%<br />
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
Textbooks<br />
Cederblom, Jerry, and David W. Paulsen. <strong>Critical</strong> Reasoning: Understanding and Criticizing Arguments<br />
and Theories. 6th ed. Belmont, CA: Wadsworth, 2006.<br />
Huff, Darrell. How to Lie With Statistics. New York: Norton, 1954.
Other Materials<br />
The course materials includes two study guides and a student manual.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 7, April 11, 2008.<br />
View previous syllabus<br />
© Athabasca University, all rights reserved<br />
Last updated by G. Zahara 10/30/2009 15:30:53
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Physics (PHYS) 200<br />
Introductory Physics I (<strong>Revision</strong> 4)<br />
Opened in Moodle March 25, 2009.<br />
View previous version.<br />
Delivery mode: Individualized study online with home lab. PC-compatible, Windows-based computer<br />
required.<br />
Credits: 3 - Science<br />
Prerequisite: None.<br />
Precluded course: PHYS 274 (PHYS 200 may not be taken for credit if credit has already been obtained<br />
for PHYS 274.)<br />
Centre: Centre for Science<br />
Téluq equivalency: PHY 1021<br />
PHYS 200 is not available for challenge.<br />
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Overview<br />
PHYS 200 is a junior, algebra-based course that provides an introduction to mechanics. PHYS 200<br />
combined with either PHYS 201 or PHYS 202 gives the equivalent of one year in introductory physics<br />
able to be matched to offerings at other institutions.<br />
Outline<br />
Theory Section:<br />
1. Kinematics in one and two dimensions<br />
2. Newton's laws of motion and applications<br />
3. Universal gravitation and satellite motion<br />
4. Work-energy principle and conservation of mechanical energy<br />
5. Conservation of linear momentum and collisions<br />
6. Rotational kinematics and dynamics<br />
7. Static equilibrium.<br />
Experimental Section:<br />
1. Graphical Analysis<br />
2. Force Constant<br />
3. Kinematics<br />
4. Mechanical Energy<br />
5. Dropping and Bouncing<br />
6. Atwood’s Pulley<br />
7. Sliding and Rolling on an Incline<br />
Top<br />
Evaluation<br />
To receive credit for PHYS 200, you must achieve a course composite grade of at least “D” (50<br />
percent) and a grade of at least 50 percent on the final examination. You must also get a total lab<br />
mark of at least a 50 percent to pass the course. The weighting of the composite grade is as follows:<br />
Assignments Lab Work Midterm Exam Final Exam Total<br />
20% 20% 20% 40% 100%
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
Textbook<br />
Giancoli, Douglas C., 2004. Physics, 6th. ed. Upper Saddle River, NJ: Prentice-Hall.<br />
Other materials<br />
The course materials include a student manual, a course manual, a study guide, a lab guide, and<br />
Graphical Analysis software. Students will access all these materials online.<br />
Special Course Features<br />
A compulsory lab component requires that students perform labs in a place of their choice using<br />
materials borrowed from Athabasca University Library, and some household items. Lab evaluation is<br />
based on written reports about the experiments performed.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 4, March 25, 2009<br />
View previous syllabus<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 04/24/2009 16:23:27
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English (ENGL) 255<br />
Introductory Composition (<strong>Revision</strong> 5)<br />
View previous syllabus.<br />
Delivery mode: Individualized study or grouped study.<br />
Credits: 3 - Humanities<br />
Prerequisite: Students who have not done any formal writing for some time or who feel that their<br />
basic skills might be weak should consider taking ENGL 155 or, for ESL needs, ENGL 177 or ENGL 187.<br />
Students who feel uncertain which course to choose may consult the course coordinator.<br />
Télé-université du Québec equivalency: ANG 4005: Effective Written Communication<br />
Centre: Centre for Language and Literature<br />
ENGL 255 has a Challenge for Credit option.<br />
Course website<br />
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Overview<br />
ENGL 255 focuses on essay writing at the university level. In order to improve the necessary skills,<br />
students study examples of good writing, do two short summaries, participate in critical exchanges (if<br />
possible, these are done online with other course students), and complete four other short writing<br />
assignments covering a spectrum of styles and purposes. The course is designed to recognize<br />
students’ personal interests, objectives, and learning styles and to provide flexible scheduling options.<br />
ENGL 255 provides some grammar review but assumes at least a senior high school level of<br />
competency in both grammar and composition.<br />
Outline<br />
Unit 1: Diagnostic Activities<br />
Unit 2: Summaries<br />
Unit 3: <strong>Critical</strong> Exchange<br />
Unit 4: Special Project<br />
Unit 5: Writing an Essay Using Sources<br />
Unit 6: Argumentation<br />
Unit 7: <strong>Critical</strong> Analysis<br />
Top<br />
Evaluation<br />
You must receive “D” (50 percent) or higher on the examination and an overall average of “D” (50<br />
percent) or higher to pass the course. Assignments not submitted by your contract date (end of active<br />
registration) receive a grade of 0. The weighting of the course assignments is as follows:<br />
Diagnostic Paragraphs (1 page) 0%<br />
Summaries (1-1 ½ pages) 10%<br />
<strong>Critical</strong> Exchange 15%<br />
Special Project (4 pages 1 ) 10%<br />
Essay Using Sources (3-4 pages) 15%<br />
Argumentative Essay (4 pages) 20%<br />
<strong>Critical</strong> Analysis (4 pages) 20%<br />
Final Examination (3 hours) 10%<br />
Total 100%<br />
1 Some of the choices for this assignment require 2-3 pages, though each choice involves<br />
approximately the same amount of work. See Unit 4 in your print Guide.<br />
Note: Weighting in most grouped-study offerings is somewhat altered to accommodate a classwork<br />
component.
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
Textbooks<br />
Brundage, David & Michael Lahey. Acting on Words: an Integrated Rhetoric, Reader, and Handbook.<br />
Toronto: Pearson, 2008<br />
Heckman, Grant. Thomson Nelson Guide to Web Research 2007-2008. Toronto: Thomson Nelson, 2007<br />
Other Materials<br />
The course materials also include a student guide, and reading file. In addition to these texts you will<br />
need a dictionary suitable for university study. English Language Support materials are available<br />
online.<br />
If you need writing help, contact the Write Site.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized-study counterparts.<br />
Opened in <strong>Revision</strong> 5, August 21, 2008<br />
View previous syllabus<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 04/24/2009 15:02:58
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Mathematics (MATH) 215<br />
Introduction to Statistics (<strong>Revision</strong> 7)<br />
Opened in Moodle, August 7, 2009<br />
View previous version.<br />
Mathematics Diagnostic Assessment. This online test contains 70 questions that will help you assess<br />
your mathematical skills. Based on your score we will recommend which Athabasca University<br />
mathematics course you are likely ready to take successfully.<br />
Delivery mode: Individualized study online or individualized study.<br />
Credits: 3 - Science<br />
Prerequisite: None. However, fundamental mathematical skills are required, particularly the ability to<br />
do algebra. Textbooks on basic mathematics are available at the Athabasca University Library. MATH<br />
100 (a non-credit course) is suitable preparation for taking MATH 215, for those students concerned<br />
about their mathematical background.<br />
Precluded course: MGSC 301 and MATH 216 (MATH 215 may not be taken for credit if credit has<br />
already been obtained for MGSC 301 or MATH 216.)<br />
Centre: Centre for Science<br />
MATH 215 has a Challenge for Credit option.
OVERVIEW OUTLINE EVALUATION COURSE MATERIALS<br />
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Mapping your future<br />
(self-assessment exercise)<br />
Counselling and advising services<br />
Overview<br />
MATH 215 gives students a working knowledge and understanding of descriptive and inferential<br />
statistics and how statistics is applied in the sciences, social sciences, and business.<br />
Outline<br />
Unit 1: Descriptive Statistics<br />
Unit 2: Probability<br />
Unit 3: Probability Distributions<br />
Unit 4: Estimation and Tests of Hypotheses for<br />
One Population<br />
Unit 5: Estimation and Tests of Hypotheses for<br />
Two or More Populations<br />
Unit 6: Bivariate Analysis<br />
Top<br />
Evaluation<br />
To receive credit for MATH 215, you must achieve a mark of at least 50 per cent on each of the<br />
following: the mid-term examination, the final examination and achieve a composite course grade of<br />
at least “D” (50 percent). The weighting of the composite grade is as follows:<br />
6 Exercises (3 1/3% each) Mid-term Exam Final Exam Total<br />
20% 40% 40% 100%<br />
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials
Textbooks<br />
Mann, Prem S. Introductory Statistics, 6th ed. Hoboken, NJ: Wiley, 2007.<br />
Sawyer, Julia K. Student Solution Manual: Introductory Statistics, Prem S. Mann, 6th ed. Hoboken, NJ:<br />
Wiley, 2007.<br />
Other Materials<br />
The course materials include a student manual, study guide, assignment manual and summary sheets.<br />
Special Course Features<br />
Students must have a scientific calculator, that is, one that can perform square roots and exponential<br />
operations.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 7, August 7, 2009<br />
View previous version.<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 11/27/2009 10:55:37
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Mathematics (MATH) 216<br />
Computer-oriented Approach to Statistics (<strong>Revision</strong> 1)<br />
Mathematics Diagnostic Assessment. This online test contains 70 questions that will help you assess<br />
your mathematical skills. Based on your score we will recommend which Athabasca University<br />
mathematics course you are likely ready to take successfully.<br />
Delivery mode: Individualized study. Computer access required.<br />
Credits: 3 - Science<br />
Prerequisite: None. Fundamental mathematical skills are required, particularly the ability to do<br />
algebra. Reviews of basic mathematics are available at Athabasca University Library. MATH 100 (a<br />
non-credit course) is suitable preparation for taking MATH 216, for those students concerned about<br />
their mathematical background. Familiarity with the Windows® operating system is essential.<br />
Note: Students running Microsoft Windows Vista 64-bit edition, Microsoft Windows XP 64-bit edition,<br />
or Windows 7 64-bit on their PC's should not enroll in MATH 216 at this time. The statistical package<br />
which comes with the course materials is not compatible with either of these new operating systems.<br />
This situation, however, should be remedied shortly.<br />
An alternative course equivalent without the use of a statistical package is MATH 215.<br />
Precluded course: MGSC 301, MATH 215 (MATH 216 may not be taken for credit if credit has already<br />
been obtained for MGSC 301 or MATH 215.)<br />
Centre: Centre for Science<br />
MATH 216 has a Challenge for Credit option. However, to qualify as a candidate, the student must<br />
own or have access to a copy of the statistics software package STATGRAPHICS plus 4.0.<br />
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For Students<br />
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Services for students<br />
Mapping your future<br />
(self-assessment exercise)<br />
Counselling and advising services<br />
Overview<br />
MATH 216 gives students a working knowledge and understanding of descriptive and inferential<br />
statistics and how statistics is applied in the sciences, social sciences, and business.<br />
Outline<br />
Unit 1: Descriptive Statistics<br />
Unit 2: Probability<br />
Unit 3: Probability Distributions<br />
Unit 4: Estimation<br />
Unit 5: Hypothesis Testing<br />
Unit 6: Bivariate Analysis<br />
Course Learning Outcomes<br />
Top<br />
Evaluation<br />
To receive credit for MATH 216, you must achieve a mark of at least 50 percent on each of the<br />
following:<br />
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the theory component of the midterm examination<br />
the computer component of the midterm examination<br />
the theory component of the final examination<br />
the computer component of the final examination<br />
Your composite course grade must also be at least “D” (50 percent) in order to pass this course.<br />
Unit 1 Assignment 5%<br />
Unit 2 Assignment 5%
Unit 3 Assignment 5%<br />
Midterm Theory Component 28%<br />
Midterm Computer Component 7%<br />
Unit 4 Assignment 5%<br />
Unit 5 Assignment 5%<br />
Unit 6 Assignment 5%<br />
Final Theory Component 28%<br />
Final Computer Component 7%<br />
Total 100%<br />
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
Textbook<br />
Mason, R. D., Lind, D. A., and Marchal, W. G. 1998. Statistics: An Introduction, 5th ed. Pacific Grove, CA:<br />
Duxbury Press.<br />
Other materials<br />
The course materials include a text/study guide with a solutions manuals, a student manual, a<br />
computer manual, and a package of self-tests and solutions. A CD-ROM version of Statgraphics®<br />
software is also included.<br />
Special Course Features<br />
Students must have access to a computer and printer that meet AU standards. The software for this<br />
course will not run on Mac or Linux systems.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 1, Sept. 26, 2001.<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 01/04/2010 12:00:54
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Athabasca University<br />
Computer Science (COMP) 210<br />
Introduction to Information Systems and Computer<br />
Applications (<strong>Revision</strong> 3)<br />
View previous version.<br />
Delivery mode: Individualized study online.<br />
Credits: 3 - Science.<br />
Prerequisite: Some basic competence in Windows.<br />
Note: Students who are concerned about not meeting the prerequisite for this course are encouraged<br />
to contact the course coordinator before registering.<br />
Precluded course: None.<br />
Students in this course are required to contact their tutor using email.<br />
Please see the Tutor and Coordinator Support page for more information.<br />
Centre: School of Computing and Information Systems<br />
SCIS Orientation<br />
COMP 210 has a Challenge for Credit option.<br />
COMP 210 sample<br />
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Services for students<br />
Mapping your future<br />
(self-assessment exercise)<br />
Counselling and advising services<br />
Overview<br />
COMP 210 Introduction to Information Systems and Computer Applications is designed as a threecredit<br />
course to cover fundamentals of information systems for students not planning to major in<br />
information systems (this course should NOT be taken by students planning further studies in the field<br />
of computer science). The course will cover basic hardware concepts; the structure, or architecture, of<br />
computers; the software hierarchy from systems software to application programs; and information<br />
systems concepts and development at a somewhat less intense level than COMP 200.<br />
Outline<br />
COMP 210 is composed of the following four units.<br />
Unit 1: Introduction to Computers<br />
Unit 2: Computer Systems<br />
Unit 3: The Online World<br />
Unit 4: Challenge and Change<br />
There will be hands-on experience in the application software as part of all the units except Unit 1.<br />
Top<br />
Evaluation<br />
To receive credit for COMP 210, you must achieve a course composite grade of at least “D” (50<br />
percent), including an average grade of 50 percent on all coursework, and at least 50 percent on the<br />
final examination. The weighting of the composite grade is as follows:<br />
Quiz 1 5%<br />
Quiz 2 5%<br />
Quiz 3 5%
Quiz 4 5%<br />
Project 1 15%<br />
Project 2 15%<br />
Project 3 15%<br />
Participation mark 5%<br />
Final Exam 30%<br />
Total 100%<br />
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
The course materials for COMP 210 are all in electronic format. These materials are the equivalent to a<br />
study guide, text, student manual, and to tutor-marked exercises. The electronic materials also<br />
include a number of application workbooks and lab manuals that will cover the use of wordprocessors,<br />
spreadsheets, databases, and Internet datacommunications tools.<br />
Special Course Features<br />
Information systems courses at Athabasca University require that students use computer mediated<br />
communications. Minimum hardware standards will depend on the requirements of the software used<br />
in the course (where applicable). We expect students to have access to computer equipment with the<br />
following minimum configuration:<br />
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Windows 98 or newer<br />
64 megabytes of RAM<br />
A connection to the internet<br />
See the SCIS computer requirements for potential updates to<br />
this information.<br />
Special Instructional Features<br />
Delivery of COMP 210 is based on electronic materials formatted for World Wide Web delivery and on<br />
computer mediated communications. The student must have an ISP connection supporting a graphical<br />
user interface, a working e-mail account, and must be able to use e-mail to register. Students are<br />
required to have their own copy of MS-Office.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized-study counterparts.<br />
Opened in <strong>Revision</strong> 3, November 26, 2008<br />
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<strong>Philosophy</strong> (<strong>PHIL</strong>) 333<br />
Professional Ethics (<strong>Revision</strong> 1)<br />
Delivery mode: Individualized study or grouped study.<br />
Credits: 3 - Humanities<br />
Prerequisite: None.<br />
Centre: Centre for Global and Social Analysis<br />
<strong>PHIL</strong> 333 has a Challenge for Credit option.<br />
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Overview<br />
<strong>PHIL</strong> 333 provides an introduction to the special ethical problems and issues that arise for<br />
practitioners of professions. For example, what does it mean to identify oneself as a professional?<br />
What moral qualities should professionals bring to their practice? Can one's moral judgements as a<br />
professional conflict with those one would make as a private citizen? How should the interests of the<br />
professional, the client, and the larger community be balanced? What are the special moral problems<br />
of conducting a professional practice in a multicultural setting? Students will develop their own ability<br />
to recognise moral aspects of professional practice, to analyse concepts and issues in professional<br />
ethics, and to develop and defend their own positions on a variety of issues.<br />
Outline<br />
Part I: Conceptual and Foundational Issues<br />
Unit 1: Introduction: Professions<br />
Unit 2: Ethics and Professional Ethics<br />
Unit 3: Rights and Responsibilities of Professionals I: Occupational and Ordinary Morality<br />
Unit 4: Rights and Responsibilities of Professionals II: The Relationship between Professional and Client<br />
Part II: Recurring Moral Problems<br />
Unit 5: Deception<br />
Unit 6: Informed Consent<br />
Unit 7: Privacy and Confidentiality<br />
Part III: Professional Responsibility<br />
Unit 8: Individual and Collective Responsibility<br />
Unit 9: Social Responsibility I: The Right to Strike and Whistle Blowing<br />
Unit 10: Social Responsibility II: Justice<br />
Unit 11: Regulation, Training, and Codes of Ethics for Professionals<br />
Top<br />
Evaluation<br />
To receive credit for <strong>PHIL</strong> 333, you must complete all assignments and achieve a course composite<br />
grade of at least “D” (50 percent). The weighting of the composite grade is as follows:<br />
Exercise Essay Case Study Total<br />
20% 40% 40% 100%<br />
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
Textbook<br />
Callahan, Joan C., ed. 1988. Ethical Issues in Professional Life. New York: Oxford University Press.
Other Materials<br />
The course materials include a study guide, a student manual, and a reader.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 1<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 04/24/2009 17:41:42
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Athabasca University<br />
<strong>Philosophy</strong> (<strong>PHIL</strong>) 371<br />
Ethics, Science, Technology, and the Environment (<strong>Revision</strong> 2)<br />
Delivery mode: Individualized study or grouped study.<br />
Video component*.<br />
*Overseas students, please contact the University Library before registering in a course that has an<br />
audio/visual component.<br />
Credits: 3 - Humanities<br />
Prerequisite: <strong>PHIL</strong> <strong>252</strong> and one university-level science course are recommended but not required.<br />
Centre: Centre for Global and Social Analysis<br />
<strong>PHIL</strong> 371 has a Challenge for Credit option.<br />
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Overview<br />
This course provides an introduction to the special ethical problems and issues associated with<br />
science, scientific research, applied science, and technology. For example, should research be<br />
conducted on animals, and if so, under what conditions? What ethical issues arise as a result of our<br />
increasing use of computers?<br />
Why should students study ethical issues in science and technology? One reason is that several recent<br />
scientific developments such as cloning and genetic engineering of plants and animals have raised<br />
pressing ethical issues. Many universities and research funding agencies have determined that science<br />
and technology majors should increase their awareness of the ethical issues they are likely to face in<br />
their careers and have made courses such as this one mandatory. As well, many members of the<br />
public wish to increase their understanding of current debates about ethical issues in biotechnology<br />
and other areas of science that will affect their lives and well-being.<br />
The reasons for studying ethical issues in science and technology extend beyond current controversies<br />
to the pervasive influence of science and technology in our lives. Thus, we will focus in this course not<br />
only on current issues, but on long-standing debates and deeper questions about why ethical issues<br />
continue to arise in science and technology. For example, some people argue that our attitude toward<br />
the natural environment as a resource to be dominated and exploited is at the root of these issues.<br />
This course will not provide easy answers to the questions we will raise, but it will provide students<br />
with concepts and methods for thinking about them systematically and coherently, and for developing<br />
justifiable positions about them.<br />
Outline<br />
Part I: Foundational Issues<br />
Unit 1: Introduction: Ethical Aspects of Science and Technology<br />
Unit 2: Ethics and Moral Reasoning<br />
Part II: Social Responsibilities of Scientists<br />
Unit 3: Research Ethics<br />
Unit 4: Individual and Collective Responsibility<br />
Part III: Specific Issues<br />
Unit 5: Issues in Bioethics<br />
Unit 6: Ethical Issues in Computing and Informations Systems<br />
Unit 7: Ethics and Military Technology<br />
Part IV: Environmental Ethics<br />
Unit 8: Environmental Ethics I: Causes<br />
Unit 9: Environmental Ethics II: The Role of Science and Technology<br />
Top<br />
Evaluation<br />
To receive credit for <strong>PHIL</strong> 371, you must submit every piece of written work and achieve a course<br />
composite mark of at least “D” (50 percent). The weighting of the composite mark is as follows:
Tutor-marked Exercise Essay or Case Study Final Exam Total<br />
20% 40% 40% 100%<br />
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
The course materials include a study guide, a student manual, and a reader.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 2<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 04/24/2009 17:41:06
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Psychology (PSYC) 432<br />
Psychology and the Built Environment (<strong>Revision</strong> 3)<br />
Opened in Moodle, February 11, 2010.<br />
View previous syllabus.<br />
Delivery mode: Individualized study online.<br />
Credits: 3 - Social Science<br />
Prerequisite: PSYC 289, PSYC 290, and a senior-level psychology or social sciences course are<br />
recommended.<br />
Centre: Centre for Psychology<br />
PSYC 432 has a Challenge for Credit option.<br />
Course website<br />
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EVALUATION<br />
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Services for students<br />
Mapping your future<br />
(self-assessment exercise)<br />
Counselling and advising services<br />
Overview<br />
This course examines the transactions between people and their everyday physical environment.<br />
Topics include environmental perception and cognition, environmental stressors such as noise, spatial<br />
behaviour such as personal space and territoriality, physical settings where we live, work, and learn,<br />
and designing for more fitting environments.<br />
Outline<br />
Unit 1: Introduction<br />
Unit 2: Environmental Perception and Cognition<br />
Unit 3: Ambient Environments<br />
Unit 4: Personal Space and Territoriality<br />
Unit 5: Privacy and Crowding<br />
Unit 6: Our Residences<br />
Unit 7: Our Cities and Communities<br />
Unit 8: Our Schools<br />
Unit 9: Our Workplaces<br />
Unit 10: Designing More Fitting Environments<br />
Top<br />
Evaluation<br />
To receive credit for PSYC 432, you must achieve a composite course grade of at least “D” (50<br />
percent) and a grade of at least 50 percent on the final examination. If you receive less than 50<br />
percent on your final exam, your final exam mark will become your course grade. The weighting of<br />
assignments is as follows:<br />
Written Exercise Two Quizzes Course Project Final Exam Total<br />
10% 15% 40% 35% 100%<br />
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
Textbook<br />
Gifford, R. (2007). Environmental psychology: Principles and practice (4th ed.). Colville, WA: Optimal<br />
Books.<br />
Other Materials Online
The course materials include study guide, student manual, and a reading file accessible at the course<br />
website.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 3, February 11, 2010.<br />
View previous syllabus<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 02/11/2010 11:30:04
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Physics (PHYS) 201<br />
Introductory Physics II (<strong>Revision</strong> 3)<br />
Opened in Moodle October 26, 2009.<br />
View previous version.<br />
Delivery mode: Individualized study or individualized study online with home lab. PC-compatible,<br />
Windows-based computer required.<br />
Credits: 3 - Science<br />
Prerequisite: PHYS 200 or professor approval.<br />
Precluded course: PHYS 274 (PHYS 201 may not be taken for credit if credit has already been obtained<br />
for PHYS 274.)<br />
Centre: Centre for Science<br />
Téluq equivalency: PHY 1022<br />
PHYS 201 is not available for challenge.<br />
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Athabasca University<br />
Psychology (PSYC) 432<br />
Psychology and the Built Environment (<strong>Revision</strong> 3)<br />
Opened in Moodle, February 11, 2010.<br />
View previous syllabus.<br />
Delivery mode: Individualized study online.<br />
Credits: 3 - Social Science<br />
Prerequisite: PSYC 289, PSYC 290, and a senior-level psychology or social sciences course are<br />
recommended.<br />
Centre: Centre for Psychology<br />
PSYC 432 has a Challenge for Credit option.<br />
Course website<br />
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For Students<br />
What kind of a student are you?<br />
Services for students<br />
Mapping your future<br />
(self-assessment exercise)<br />
Counselling and advising services<br />
Overview<br />
This course examines the transactions between people and their everyday physical environment.<br />
Topics include environmental perception and cognition, environmental stressors such as noise, spatial<br />
behaviour such as personal space and territoriality, physical settings where we live, work, and learn,<br />
and designing for more fitting environments.<br />
Outline<br />
Unit 1: Introduction<br />
Unit 2: Environmental Perception and Cognition<br />
Unit 3: Ambient Environments<br />
Unit 4: Personal Space and Territoriality<br />
Unit 5: Privacy and Crowding<br />
Unit 6: Our Residences<br />
Unit 7: Our Cities and Communities<br />
Unit 8: Our Schools<br />
Unit 9: Our Workplaces<br />
Unit 10: Designing More Fitting Environments<br />
Top<br />
Evaluation<br />
To receive credit for PSYC 432, you must achieve a composite course grade of at least “D” (50<br />
percent) and a grade of at least 50 percent on the final examination. If you receive less than 50<br />
percent on your final exam, your final exam mark will become your course grade. The weighting of<br />
assignments is as follows:<br />
Written Exercise Two Quizzes Course Project Final Exam Total<br />
10% 15% 40% 35% 100%<br />
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
Textbook<br />
Gifford, R. (2007). Environmental psychology: Principles and practice (4th ed.). Colville, WA: Optimal<br />
Books.<br />
Other Materials Online
The course materials include study guide, student manual, and a reading file accessible at the course<br />
website.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 3, February 11, 2010.<br />
View previous syllabus<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 02/11/2010 11:30:04
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For Students<br />
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Services for students<br />
Mapping your future<br />
(self-assessment exercise)<br />
Counselling and advising services<br />
Overview<br />
PHYS 201 is a junior, algebra-based course that provides an introduction to simple harmonic motion,<br />
heat and elementary thermodynamics, and electrical theory. PHYS 201 combined with either PHYS<br />
200 or PHYS 202 gives the equivalent of one year in introductory physics able to be matched to<br />
offerings at other institutions.<br />
Outline<br />
Theory Section:<br />
1. Elasticity and Fracture<br />
2. Simple Harmonic Motion<br />
3. Heat and Kinetic Theory<br />
4. Thermodynamics<br />
5. Electrostatics<br />
6. Circuit Theory<br />
Experimental Section:<br />
1. The Simple Pendulum<br />
2. Thermal Expansion of Water<br />
3. Charle's Law<br />
4. Specific Heat and Heat of Fusion<br />
5. Ohm's Law<br />
6. Charging and Discharging of a Capacitors<br />
Top<br />
Evaluation<br />
To receive credit for PHYS 201, you must achieve a course composite grade of at least “D” (50<br />
percent) and a grade of at least 50 percent on the final examination. You must also get a total lab<br />
mark of at least a 50 percent to pass the course. The weighting of the composite grade is as follows:<br />
Assign 1 First Exam Assign 2 Final Exam Lab Exercises Total<br />
10% 20% 10% 40% 20% 100%
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials<br />
Textbook<br />
Giancoli, Douglas C., 2005. Physics, 6th. ed. Upper Saddle River, NJ: Prentice-Hall.<br />
Other materials<br />
The course materials include a student manual, a course manual, a study guide, a lab guide, and<br />
Graphical Analysis software. Students will access all these materials online.<br />
Special Course Features<br />
A compulsory lab component requires that students perform labs in a place of their choice using<br />
materials borrowed from Athabasca University Library, and some household items. Lab evaluation is<br />
based on written reports about the experiments performed.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 3, October 26, 2009<br />
View previous version<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 10/27/2009 11:38:35
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Physics (PHYS) 202<br />
Introductory Physics III (<strong>Revision</strong> 3)<br />
Opened in Moodle March 25, 2009.<br />
View previous version.<br />
Delivery mode: Individualized study or individualized study online with home lab. PC-compatible,<br />
Windows-based computer required.<br />
Credits: 3 - Science<br />
Prerequisite: PHYS 200 or equivalent.<br />
Centre: Centre for Science<br />
PHYS 202 is not available for challenge.<br />
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Services for students<br />
Mapping your future<br />
(self-assessment exercise)<br />
Counselling and advising services<br />
Overview<br />
PHYS 202 is a junior, algebra-based course that provides an introduction to magnetism,<br />
electromagnetic waves, geometrical and physical optics, and basic quantum theory. PHYS 202<br />
combined with either PHYS 200 or PHYS 201 gives the equivalent of one year in introductory physics<br />
able to be matched to offerings at other institutions.<br />
Outline<br />
Theory Section:<br />
1. Magnetism<br />
2. Electromagnetic Induction<br />
3. Electromagnetic Waves<br />
4. Geometrical Optics and Optical Instruments<br />
5. The wave Nature of Light<br />
6. Early Quantum Theory and Models of the Atom<br />
Experimental Section:<br />
1. Basic Electricity and Graphing<br />
2. Magnetic Fields of Solenoids<br />
3. Earth’s Magnetic Field<br />
4. Geometric Optics<br />
5. Polarization of Light<br />
6. Diffraction of Light<br />
Top<br />
Evaluation<br />
To receive credit for PHYS 202, you must achieve a course composite grade of at least “D” (50<br />
percent) and a grade of at least 50 percent on the final examination. You must also get a total lab<br />
mark of at least a 50 percent to pass the course. The weighting of the composite grade is as follows:<br />
Assignments Lab Work Midterm Exam Final Exam Total<br />
20% 20% 20% 40% 100%<br />
To learn more about assignments and examinations, please refer to Athabasca University's online<br />
Calendar.<br />
Course Materials
Textbook<br />
Giancoli, Douglas C., 2005. Physics, 6th. ed. Upper Saddle River, NJ: Prentice-Hall.<br />
Other materials<br />
The course materials include a student manual, a course manual, a study guide, a lab guide, and<br />
Graphical Analysis software. Students will access all these materials online.<br />
Special Course Features<br />
A compulsory lab component requires that students perform labs in a place of their choice using<br />
materials borrowed from Athabasca University Library, and some household items. Lab evaluation is<br />
based on written reports about the experiments performed.<br />
Top<br />
Athabasca University reserves the right to amend course outlines occasionally and without notice.<br />
Courses offered by other delivery methods may vary from their individualized study counterparts.<br />
Opened in <strong>Revision</strong> 3, March 25, 2009<br />
View previous syllabus<br />
© Athabasca University, all rights reserved<br />
Last updated by SAS 04/24/2009 16:23:27
APST 2YY: Publishing Design for Architects<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
None<br />
Centre:<br />
RAIC Centre for Architecture<br />
This course is available for challenge. Credit may also be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This is the first of three courses intended to prepare the student for both the Design<br />
Studios and the Learning Office, where graphic skills are essential to many of the tasks<br />
in design and construction documentation that will be required of the<br />
student/employee. These tasks require various methods of architectural communication,<br />
including hand-drawn sketches and architectural projections (plans, sections and<br />
elevations) and three-dimensional models, as well as computer-generated renderings,<br />
technical drawings and other graphics. While the computer has assumed a dominant<br />
role in how both the study and the practice of architecture are conducted, drawing with<br />
the free hand is still one of the most direct and intuitive ways to develop and present<br />
architectural ideas, and is an essential tool for seeing and for understanding. There are,<br />
consequently, two separate but related threads throughout these three studios.<br />
This course provides an introduction to the principles and techniques of visual thinking<br />
and of communicating ideas graphically. The student will learn the fundamentals of<br />
freehand drawing, sketching and 3D physical modeling. Through readings, web-based<br />
lectures and demonstrations, and exercises the student will develop both skill in<br />
freehand drawing and an understanding of drawing as a vital means to see, analyze, and<br />
represent essential aspects of the environment. Topics will include: drawing tools; how<br />
to see; visual concepts such as proportion, scale, light effect, value and texture; and<br />
various perspective techniques.<br />
In parallel studies, the student will also learn the basic application of industry standard<br />
software for computer drawing and modeling. Topics will include: an introduction to<br />
CADD machine components and procedures; basic 2D drawing; basic 3d modeling; and<br />
familiarity with common productivity and publishing software used in the professional<br />
office.<br />
To encourage mastery of those observation and sketching skills that come only with<br />
practice, each student will be required to develop and maintain a Sketchbook in which<br />
they keep a graphic record of ideas, objects and environments of interest or importance<br />
in their daily lives. The Sketchbook is similar in nature to the Design Journal that is a<br />
required part of the Design Studio sequence.<br />
Outline:
• Unit 1 - Sketchbook<br />
• Unit 2 - Visual Principles (2 assignments)<br />
• Unit 3 - Principles of Perspective (2 assignments)<br />
• Unit 4 - Freehand Drawing (4 assignments)<br />
. Unit 5 - Basic Model Making (2 assignments)<br />
• Unit 6 - Computer-based Drawing and Modeling (2 assignments)<br />
• Unit 7 - Portfolio<br />
Learning Objectives:<br />
• Understanding the use of freehand drawing techniques in the development and<br />
presentation of architectural ideas.<br />
• Understanding the fundamentals of computer drawing and modeling.<br />
• Ability to use basic graphic and digital technology skills to convey essential<br />
formal elements at each stage of the design process.<br />
Evaluation:<br />
Students will receive critical comment from the course Instructor on assignments as they<br />
are developed and submitted for review and evaluation throughout the term, both online<br />
and, if available to the student, during the Studio Workshops. To receive credit for Com<br />
1 you must achieve a minimum of C+ (67%) on the Sketchbook, and an overall grade of<br />
C+ (67%) for the entire course. The weightings for the course activities are as follow:<br />
Unit Assignments – 80% of grade<br />
(10 assignments @ 8% each)<br />
Portfolio – 10% of grade.<br />
Sketchbook – 10% of grade<br />
Upon completion of Unit 6 the student, as directed by the Instructor, will organize,<br />
annotate and compile a Portfolio of the completed work of the studio and submit it, as<br />
well as the Sketchbook, to the course Instructor, who will assign a grade for Units 1 & 7<br />
based on his or her judgment of the completeness and quality of the work.<br />
Course materials:<br />
Required:<br />
Computer, software, Sketchbook<br />
Recommended:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Architecture (ARCH) 2XX<br />
History of Ideas in Architecture 1: The Ancient World<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
None<br />
Centre:<br />
RAIC Centre for Architecture<br />
This course is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course examines the principles and ideas that shaped architecture and cities in the<br />
ancient worlds of Mesopotamia, Egypt, and megalithic Europe, and in some later<br />
survivals of them in Meso-America. The student will examine how those principles were<br />
altered after c.600 BCE in classic Greece, Israel, Persia and India, and how the climax<br />
and collapse of the Ancient world can be read in the architecture of Imperial Rome and<br />
Ch’in (later Han) China. The course readings are directed to a selected set of buildings<br />
of this period in order to understand the context of each, why it was built and the<br />
important ideas behind its technology and design.<br />
Outline:<br />
• Unit 1 - Shaping Environments: The First Architecture<br />
• Unit 2 - Great Shapes & Enduring Architecture: Antiquity to Present<br />
• Unit 3 - Learning to See: The Greek Architectural Miracle<br />
• Unit 4 - Early Ventures in Voids: c.400 to 100 BCE<br />
. Unit 5 - Architectures of Power Imagery: c.200 BCE to c.200 CE<br />
Learning Objectives:<br />
• Understanding of the architectural canons and traditions in the architecture,<br />
landscape and urban design of the ancient world, including the vernacular<br />
traditions, as well as the climatic, technological, socioeconomic, and other<br />
cultural factors that have shaped and sustained them.<br />
• Ability to identify key events and architectural works of this period.<br />
Evaluation:<br />
To receive credit for this course you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
Unit Assignments – 50% of grade<br />
Final Examination – 50% of grade.<br />
Course materials:<br />
Required:<br />
History Reader 1 (150 pages) is distributed by AU to students registered in the
course.<br />
Recommended:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Chemistry (CHEM) 2XX<br />
Architectural Technology 1: Materials: Properties & Applications<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
None<br />
Centre: RAIC Centre for Architecture<br />
CHEM 2XX is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course presents an introduction to the characteristics and appropriate application<br />
of construction materials. The student will examine building systems, assemblies,<br />
components and material characteristics and will learn to analyze and identify materials,<br />
the impact of environmental factors on materials and the impact that building materials<br />
have on the environment, including occupant health and the sustainability of resources.<br />
Outline:<br />
• Unit 1 - The Context and Content of Building<br />
• Unit 2 - Structural Systems<br />
• Unit 3 - Envelope Systems<br />
• Unit 4 - Materials<br />
Learning Objectives:<br />
• Understanding the basic principles and appropriate application and performance<br />
of various construction materials, products, components, and assemblies<br />
common to the Canadian construction industry, including their environmental<br />
impact and reuse.<br />
Ability to evaluate and select materials appropriate to the situation.<br />
•<br />
• Characterize building materials and systems in terms of attributes that align<br />
with sustainable design criteria.<br />
Evaluation:<br />
To receive credit for this course you must achieve an overall grade of C+ (67%) for the<br />
entire course. The weightings for the course activities are as follow:<br />
Assignments: 60% of grade<br />
Lesson Unit Exercises: 20% of grade<br />
Final Examination: 20% of grade<br />
Recommended Course materials:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
LABA 2XX: Foundations of Design<br />
Delivery mode:<br />
RAIC-AU Design Studio – refer to Program Introduction<br />
Credits:<br />
6- Architecture<br />
Prerequisite:<br />
COMP 210: Introduction to Information Systems and Computer Application, CHEM<br />
2FF: Materials, Properties and Applications, ARCH 2XX: History of Ideas in Architecture<br />
1: The Ancient World, ARCH 3XX: Design Theory Fundamentals<br />
Centre:<br />
RAIC Centre for Architecture<br />
This design studio workshop is not available for challenge. Credit may be transferred for<br />
previous work considered equivalent.<br />
Overview<br />
This studio introduces the student to creative thought arising from careful observation,<br />
and to the rules of visual perception and the principles of 2D and 3D composition.<br />
Through readings on basic design theory and a series of abstract design exercises,<br />
students develop their skills and judgment in the making of form and space as<br />
fundamental tools in the making of meaningful Architecture. These exercises also<br />
require the development of the intellectual and manual skills for the appropriate and<br />
effective visual communication of ideas and concepts. Studio 1 will emphasize the<br />
freehand drawing, sketching and 3D modeling skills begun in the Communication 1<br />
course. While most exercises will remain abstractions and purposely not refer to<br />
architectural phenomenon, the final exercise will develop a 3 dimensional space as the<br />
stage for a simple human activity, providing an introduction to the application of both<br />
theory and intention in the practice of design.<br />
Throughout the course each student will maintain a personal journal capturing their<br />
personal engagement with the Studio, their thoughts and observations on their own<br />
work and that of others, the design explorations that were considered and abandoned,<br />
their interaction with critics and fellow students and questions that remain unanswered.<br />
Outline<br />
• Unit 1 - The Design Journal<br />
• Unit 1 - Elements of Two Dimensional Design<br />
• Unit 2 - Elements of Three Dimensional Design<br />
• Unit 3 - The Intentional Experience through Design<br />
Learning Objectives:<br />
• Understanding the fundamentals of visual perception and the principles and<br />
systems of order that inform two- and three-dimensional design and architectural<br />
composition.<br />
• Ability to prepare 2 and 3 dimensional assignments with skill and craftsmanship.<br />
• Ability to observe and apply critical thought to the visual world, and communicate<br />
ideas freely and with skill.<br />
Evaluation<br />
Each student will receive critical comment on their work as it develops throughout the
term from both the course Instructor and their classmates online, and where available,<br />
from classmates and Studio Mentors during the Studio Workshops. To receive credit for<br />
D1, you must achieve an overall grade of C+ (67%) for the course. The weightings for the<br />
course activities are as follows:<br />
• Unit 1 – 20% of grade (1 assignment)<br />
• Unit 2 – 30% of grade (3 assignments)<br />
• Unit 3 – 30% of grade (2 assignments)<br />
• Unit 4 – 20% of grade (1 assignment )<br />
The Design Journal will be submitted for assessment by the Instructor at the conclusion<br />
of the course.<br />
Course materials<br />
Required:<br />
xx<br />
Recommended:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
APST 2ZZ: Visual Communications Design I<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
APST 2YY: Publishing Design for Architects<br />
Centre:<br />
RAIC Centre for Architecture<br />
This course is available for challenge. Credit may also be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This is the second of three courses intended to prepare the student for both the Design<br />
Studios and the Learning Office, where graphic skills are essential to many of the tasks<br />
in design and construction documentation that will be required of the<br />
student/employee.<br />
This course continues the development of graphic skills and knowledge with a focus on<br />
computer applications for drawing and publishing. The student will be given an<br />
intensive introduction to computer-aided design systems for developing design and<br />
construction documentation. Web-based lectures and exercises focus on the<br />
methodology for using CADD to efficiently prepare design and working drawings, as<br />
well as understanding and applying the principles of 3D computer graphics and<br />
rendering software.<br />
Throughout the course each student will maintain the personal Sketchbook. The<br />
Sketchbook is a required element of the Communications sequence, and is similar in<br />
nature to the Design Journal that is a required part of the Design Studio sequence<br />
Outline:<br />
• Unit 1 - Sketchbook<br />
• Unit 2 - 2D CAD Fundamentals (1 assignment)<br />
• Unit 3 - Drawing Setup (1 assignment)<br />
• Unit 4 - Drawing Objects (1 assignment)<br />
. Unit 5 - Precision Drawing (2 assignments)<br />
• Unit 6 - Modifying and Layers (1 assignment)<br />
• Unit 7 - 3D Modeling (2 assignments)<br />
• Unit 8 - Rendering Models (2 assignments)<br />
• Unit 9 - Electronic Portfolio<br />
Learning Objectives:<br />
• Understanding the role of computer-based tools in the design process.<br />
• Ability to apply industry standard computer applications to technically clear<br />
drawings and models illustrating and identifying the appropriate materials,<br />
systems, and components of a building design.
Evaluation:<br />
Students will receive critical comment from the course Instructor on exercises as they<br />
are developed and submitted for review and evaluation throughout the term, both online<br />
and, if available to the student, during the Studio Workshops. To receive credit for Com<br />
2 a student must achieve a minimum of C+ (67%) on the Sketchbook, and an overall<br />
grade of C+ (67%) for the entire course. The weightings for the course activities are as<br />
follow:<br />
Unit Assignments – 80% of grade<br />
(10 assignments @ 8% each)<br />
Portfolio – 10% of grade.<br />
Sketchbook – 10% of grade<br />
Upon completion of Unit 8 the student, as directed by the Instructor, will organize,<br />
annotate and compile an electronic Portfolio of the completed work of the studio, and<br />
submit it, as well as the Sketchbook, to the course Instructor, who will assign a grade to<br />
Units 1 and 9 based on his or her judgment of the completeness and quality of the<br />
work.<br />
Course materials:<br />
Required:<br />
Computer, software, sketchbook<br />
Recommended:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Architecture (ARCH) 3XX<br />
Architectural Theory 1: Design Theory Fundamentals<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
None<br />
Centre:<br />
RAIC Centre for Architecture<br />
ARCH 3NN is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course provides an introduction to how architects have conveyed the ideas and<br />
values of society in built form, and seeks to understand the purpose of architecture as a<br />
cultural artifact. Through readings, web-based lectures and discussions, directed<br />
observation and critical thought the student will be introduced to architectural design<br />
vocabularies and language, elements and principles of architectural form, design<br />
process and methods, aesthetic issues and values, and the principles of environmental<br />
responsibility and sustainable design.<br />
Outline:<br />
• Unit 1 – Visual Diction<br />
• Unit 2 – The Design Process<br />
Learning Objectives:<br />
• Objective awareness of the natural and built environments through critical<br />
observation.<br />
• Understanding the basic nature and vocabulary of the design process.<br />
• Ability to relate an architectural idea to the creation of meaningful form and<br />
space.<br />
Evaluation:<br />
To receive credit for this course you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
• Unit 1 Assignment – 30% of grade<br />
• Unit 2 Assignment – 30% of grade<br />
• Final Examination – 40% of grade<br />
Required Course Materials:<br />
A detailed course outline and bibliography of required, recommended and<br />
supplementary readings and web-based links is available from AU to students<br />
registered in the course.
Architecture (ARCH) 3AA<br />
History of Ideas in Architecture 2: Medieval Times<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
Architecture (ARCH) 2XX History of Ideas in Architecture 1: The Ancient World<br />
Centre:<br />
RAIC Centre for Architecture<br />
This course is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course examines the principles and ideas that shaped architecture and cities both<br />
by and for world religions across Eurasia from c.300CE – c.1450CE. The course readings<br />
are directed to a selected set of buildings of this period in order to understand the<br />
context of each, why it was built and the important ideas behind its technology and<br />
design.<br />
Outline:<br />
• Unit 1 – Architecture as Abstract Persuasion: c.200 to 500CE<br />
• Unit 2 – Monasteries and Pilgrimage Shrines: c.400 to 900 CE<br />
• Unit 3 – Heavenly Monuments: Architecture for Imperial Religions c.800 to c.1250 CE<br />
• Unit 4 – Architecture as Mystic Experience<br />
Learning Objectives:<br />
• Understanding of the architectural canons and traditions in the architecture,<br />
landscape and urban design of Europe and Asia during the Medieval period,<br />
including the vernacular traditions, as well as the climatic, technological,<br />
socioeconomic, and other cultural factors that have shaped and sustained them.<br />
• Ability to identify key events and architectural works of this period.<br />
Evaluation:<br />
To receive credit for this course you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
Unit Assignments – 50% of grade<br />
Final Examination – 50% of grade.<br />
Course materials:<br />
Required:<br />
History Reader 2 (150 pages) is distributed by AU to students registered in the<br />
course.<br />
Recommended:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Physics (PHYS) 2XX<br />
Architectural Technology 2: Introduction to Structures<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
CHEM 2XX: Materials, Properties and Applications<br />
Centre: RAIC Centre for Architecture<br />
PHYS 2XX is available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course examines basic structural concepts including types of forces, equilibrium,<br />
the strength of materials and the behavior of structural members and systems. The<br />
student will examine the varied relationships between loading, span, shape of a<br />
structural member, common structural patterns and deflection and movement of<br />
structural members and systems. This studio will be limited to the analysis of statically<br />
determinant structures.<br />
Outline:<br />
• Unit 1 - Overview of Structures<br />
• Unit 2 - Statics<br />
• Unit 3 - Analysis of Structural Systems<br />
• Unit 4 - Characteristics of Materials<br />
• Unit 5 - Analysis and Design of Structural Members<br />
• Unit 6 - Structural Systems and Architectural Expression<br />
Learning Objectives:<br />
• Understanding the principles of structural behavior in withstanding gravity and<br />
lateral forces and the evolution, range, and appropriate application of<br />
contemporary structural systems.<br />
• Ability to evaluate and select structural systems appropriate to the circumstance.<br />
• Illustrate the reactions of typical structural building components when forces<br />
are applied<br />
• Calculate forces acting upon and reactions to determinant structural systems<br />
and assemblies<br />
• Analyze load distributions in structural assemblies<br />
• Design structural members through an analysis of loading, internal stress<br />
and<br />
the strength of materials.
• Relate the expressive potential of structural components and systems to<br />
architectural design.<br />
Evaluation:<br />
To receive credit for this course you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
Unit Assignments – 80% of grade<br />
Final Examination – 20% of grade.<br />
Recommended Course materials:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
LABA 3XX<br />
Foundations of Architectural Design: Elements<br />
Delivery mode:<br />
RAIC-AU Design Studio – refer to Program Introduction<br />
Credits:<br />
6- Architecture<br />
Prerequisite:<br />
LABA 2XX: Foundations of Design, APST 2YY: Publishing design for Architects, ARCH<br />
3XX: Design Theory Fundamentals, ARCH 3AA: History of Ideas-Medieval, and PHYS 2XX:<br />
Introduction to Structures<br />
Centre:<br />
RAIC Centre for Architecture<br />
This studio is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This studio introduces the student to the principles and processes of architectural<br />
design. The focus will be on the application of the basic skills in the making of form and<br />
space, and on the organization of habitable spaces in plan and section. The design<br />
process will be presented as the realization of an architectural idea that arises in<br />
response to both the context, which is the natural and built environments in which the<br />
building will exist, and the program, which is the functional and experiential<br />
requirement of the human activity to be supported and enhanced by the building.<br />
The project description, including important aspects of the site and the program, are<br />
usually assembled into a Design Brief at the beginning of a design project. The<br />
Instructor will provide the initial Design Briefs for this studio. The work for the term will<br />
be 2 small-scale design Projects, each with its own Design Brief. The student will review<br />
the brief and annotate or supplement it as their early research and understanding may<br />
dictate. A schematic design for the project will be developed, documented and<br />
presented for review and comment before the final design is developed. Students will<br />
continue to develop visual communication skills and judgment through the application<br />
of both manual and computer based techniques as may be appropriate to the various<br />
design tasks. This studio will emphasize the computer-based drawing and modeling<br />
skills developed in the Communications 2 course.<br />
Throughout the course each student will maintain the personal journal begun for Studio<br />
1 and described in the Overview for that course. The Design Journal is a required<br />
element of the BSc Arch studio sequence.<br />
Outline:<br />
• Unit 1 – The Design Journal<br />
Project One<br />
• Unit 2 – Understanding the Design Brief<br />
• Unit 3 – Schematic Design and Interim Presentation<br />
• Unit 4 - Design Development and Documentation
Project Two<br />
• Unit 5 – Understanding the Design Brief<br />
• Unit 6 – Schematic Design and Interim Presentation<br />
• Unit 7 - Design Development and Documentation<br />
Learning Objectives<br />
• Understanding the basic principles and ethical issues regarding the ecology of a<br />
site and the human dimension of a program.<br />
• Ability to apply fundamental architectural principles in the design of simple<br />
buildings, interior spaces and sites, and to respond to natural and built site<br />
characteristics in the development of a project.<br />
• Ability to use appropriate representational media, including freehand drawing and<br />
basic computer technology, to convey essential elements at each stage of the<br />
design development process<br />
Evaluation:<br />
Each student will receive critical comment on their work as it develops throughout the<br />
term from both the course Instructor and their classmates online, and where available,<br />
from classmates and Studio Mentors during the Studio Workshops. To receive credit for<br />
this studio, you must achieve a minimum of C+ (67%) on each of the 2 Projects, and an<br />
overall grade of C+ (67%) for the entire course. The weightings for the course activities<br />
are as follows:<br />
• Unit 1 – 10% of grade<br />
Project One<br />
• Unit 3 – 15% of grade<br />
• Unit 4 – 30% of grade<br />
Project Two<br />
• Unit 6 – 15% of grade<br />
• Unit 7 – 30% of grade<br />
The Design Journal will be submitted for assessment by the Instructor at the conclusion<br />
of the course.<br />
Course materials:<br />
Required:<br />
xx<br />
Recommended:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
APST 3XX: Visual Communications Design II<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
APST 2ZZ: Visual Communication Design I<br />
Centre:<br />
RAIC Centre for Architecture<br />
This course is available for challenge. Credit may also be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This is the third of three courses intended to prepare the student for both the Design<br />
Studios and the Learning Office, and focuses on the integration of freehand sketching<br />
and technical drawing with computer/digital media.<br />
This course explores methods and techniques of graphic design and communication,<br />
with an emphasis on advanced sketching, drawing, diagramming and document<br />
preparation and publication. It will apply contemporary e-Graphic tools in the production<br />
of 2, 3, and 4 dimensional digital presentations and computer aided visualization, both<br />
in the context of design studio work and in relation to graphic standards associated with<br />
professional design practice. The student will learn to select and apply the tools best<br />
suited to a particular design task and appropriate to the audience.<br />
Students will demonstrate achievement in visual thinking and communication through<br />
course assignments and through the development of an online ePortfolio that organizes,<br />
annotates and presents their work from this and other studios or courses, including<br />
Sketchbooks and Design Journals, as appropriate. This ePortfolio will be continuously<br />
developed over the course of the student’s progress toward the degree or diploma, and<br />
will become a record of their achievement, an academic reference and a source of<br />
documentation for the student’s personal or professional purposes.<br />
Outline:<br />
• Unit 1 - Sketchbook<br />
• Unit 2 - Graphic Design Principles and Templates<br />
• Unit 3 - Presentation Layout and Story Boards<br />
• Unit 4 - Advanced Presentation Software<br />
. Unit 5 - Integrating Freehand Material<br />
• Unit 6 - Integrating Photos and Videos<br />
• Unit 7 - Presentation Exercises<br />
• Unit 8 - ePortfolio development<br />
Learning Objectives:<br />
• Understanding the tools and techniques for computer-based document<br />
publishing.<br />
• Ability to apply advanced graphic skills and knowledge, both manual and<br />
computer-based, to the design and production of architectural presentations at a<br />
variety of scales and at a professional level.
Evaluation:<br />
Students will receive critical comment from the course Instructor on exercises as they<br />
are developed and submitted for review and evaluation throughout the term, both online<br />
and, if available to the student, during the Studio Workshops. To receive credit for Com<br />
3 you must achieve a minimum of C+ (67%) on the Portfolio and the Sketchbook, and an<br />
overall grade of C+ (67%) for the entire course. The weightings for the course activities<br />
are as follow:<br />
Unit Assignments – 70% of grade<br />
Portfolio – 20% of grade.<br />
Sketchbook – 10% of grade<br />
Upon completion of Unit 8 the student, as directed by the Instructor, will submit the<br />
ePortfolio and the Sketchbook to the course Instructor, who will assign a grade for Units<br />
1 and 8 based on his or her judgment of the completeness and quality of the work.<br />
Course materials:<br />
Required:<br />
Computer, software, sketchbook<br />
Recommended:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Architecture (ARCH) 3BB<br />
History of Ideas in Architecture 3: Post-Medieval to Early Modern<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
Architecture (ARCH) 3XX History of Ideas in Architecture 2: Medieval Times<br />
Centre:<br />
RAIC Centre for Architecture<br />
This course is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course examines the principles and ideas behind civilization and architecture of the<br />
period across Eurasia c.1400CE – c.1750CE (from the end of the Middle Ages to the early<br />
Modern era); how architecture was used to promote and sustain states structured along<br />
hereditary class lines, and later their dissolution. The course readings are directed to a<br />
selected set of buildings of this period in order to understand the context of each, why<br />
it was built and the important ideas behind its technology and design.<br />
Outline:<br />
• Unit 1 – Introduction to Class-structured Architecture: Beijing c.1400 to c.1750<br />
• Unit 2 – Architectural Imagery for a Class-structured State in Japan c.1500 to c.1890<br />
• Unit 3 – Russia c.1450 to c.1750: A Class-structured State of Sorts<br />
• Unit 4 – Palaces for Western Princes: Renaissance, Baroque, Rococo c.1400 to c.1750<br />
. Unit 5 – New Architecture and New Society in the West<br />
Learning Objectives:<br />
• Understanding of the architectural canons and traditions in the architecture,<br />
landscape and urban design of Europe and Asia from the end of the Middle Ages<br />
to the early Modern era, including the vernacular traditions, as well as the<br />
climatic, technological, socioeconomic, and other cultural factors that have<br />
shaped and sustained them.<br />
• Ability to identify key events and architectural works of this period.<br />
Evaluation:<br />
To receive credit for this course you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
Unit Assignments – 50% of grade<br />
Final Examination – 50% of grade.<br />
Course materials:<br />
Required:<br />
History Reader 3 (150 pages) is distributed by AU to students registered in the<br />
course.
Recommended:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Applied Science (APST) 3YY<br />
Architectural Technology 4: Architectural Applied Sciences<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
CHEM 2XX: Architectural Technology 1: Materials: Properties & Applications<br />
Centre:<br />
RAIC Centre for Architecture<br />
APST 3YY is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course is an introduction to the scientific basis of the design, analysis and<br />
evaluation of the building envelope as a separator of differential environments. The<br />
student will examine the relationship between building assemblies, components and<br />
materials and differential thermal, hydrostatic and hygrometric conditions. The student<br />
will learn to control both the impact of the building on its own microclimate and the<br />
interactions of building form, orientation and envelope on sustainable building design.<br />
Outline:<br />
• Unit 1 - Factors in the environment<br />
• Unit 2 - Concepts and Pronciples<br />
• Unit 3 - Managing Environmental Factors in Design<br />
Learning Objectives:<br />
• Understanding basic building science principles and the appropriate application<br />
of building materials and assemblies in the Canadian environment<br />
• Understanding the scientific basis for sustainable design decisions.<br />
• Ability to apply building science principles to the selection and design of<br />
appropriate building components and systems.<br />
Evaluation:<br />
To receive credit for Te4 you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
Assignments: 60% of grade<br />
Lesson Unit Exercises: 15% of grade<br />
Final Examination: 25% of grade.<br />
Recommended Course materials:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links are available from AU to students registered in the course.
LABA 3YY<br />
Foundations of Architectural Design: Simple Habitat<br />
Delivery mode:<br />
RAIC-AU Design Studio and may be taught in a Vertical Studio mode<br />
– refer to Program Introduction to Studios<br />
Credits:<br />
6- Architecture<br />
Prerequisite:<br />
LABA 3XX Foundations of Architectural Design-Elements; APST 2ZZ: Visual<br />
Communcaitions Design I; ARCH 3BB: History if Ideas in Architecture-Medieval; PHYS<br />
3XX: Advanced Structures<br />
Centre:<br />
RAIC Centre for Architecture<br />
This studio is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This studio continues the development of design and communication skills and<br />
knowledge through their application to a more complex design condition. It will build<br />
upon the design process introduced in Studio 2, and will establish a structure for design<br />
studio explorations that will be common to the BSc Arch studio set. Studio 3 will<br />
continue to explore the synthesis of site and program, adding the basic considerations<br />
of material qualities and construction, and a broader program of human activities. This<br />
studio will give special emphasis to site analysis and design through careful<br />
consideration of the effects of topography, climate and orientation on building design<br />
and of the appropriate design responses to these natural conditions through choices of<br />
form and material.<br />
The Instructor will provide the Design Brief for this studio, including the selection and<br />
documentation of the site, the detailed functional program and important environmental<br />
and community goals. In discussion with the Instructor, a Student may substitute a site<br />
that is still considered appropriate to the project but more familiar or accessible to the<br />
student. At the appropriate stages in the development of the project, the student will<br />
submit the work to that date for review and comment by the Instructor. Studio 3, as the<br />
student’s first single project studio, will require two interim presentations. The<br />
remaining studios in the sequence require one.<br />
Following the second interim presentation, the project will be completed and prepared<br />
for a public presentation of the work and its documentation as described below. This<br />
document will be in digital format and suitable for dissemination beyond the public<br />
presentation, and will normally include scalable site and building plans, building<br />
sections and elevations, larger scale details of plan and section, diagrams and text<br />
sufficient to describe the building and its response to the natural context, and finally,<br />
rendered 3D images illustrating the material and visual qualities of the building in detail<br />
and of the building in its larger context. These requirements will be spelled out in the<br />
detailed Course Outline for each Studio offering, and may be adjusted in response to a<br />
particular Design Brief.
Throughout the course each student will maintain the personal journal begun for Studio<br />
1 and described in the Overview for that course. The Design Journal is a required<br />
element of the BSc Arch studio sequence.<br />
Outline:<br />
• Unit 1 – The Design Journal<br />
• Unit 2 – Review of the Problem Statement<br />
• Unit 3 – Schematic Design and First Interim Presentation<br />
• Unit 4 – Design Development and Second Interim Presentation<br />
• Unit 5 – Final Design and Documentation<br />
• Unit 6 – Project Presentation<br />
Learning Objectives:<br />
• Understanding the principles of ecology and sustainability both in making<br />
architecture decisions that conserve natural and built resources, and in the<br />
creation of healthful buildings.<br />
• Ability to respond to important site characteristics in the development of a project design.<br />
• Ability to integrate basic building systems into a simple building and to use<br />
appropriate representational media, including freehand drawing and computer<br />
technology, to convey essential elements at each stage of the design process<br />
Evaluation:<br />
The Student will receive critical comment on their work as it develops throughout the<br />
term from the course Instructor, their Professional Advisor and classmates both online<br />
and during Studio Workshops. The Instructor will assign grades for Units 3 & 4 as they<br />
are submitted, and the grades for Units 1, 5 & 6 will be determined following the Project<br />
Presentation, as described below. To receive credit for D3, you must achieve a minimum<br />
of C+ (67%) on Unit 4, and an overall grade of C+ (67%) for the entire course. The<br />
weightings for the course activities are as follows:<br />
• Unit 1 - 10% of grade<br />
• Unit 3 - 15% of grade<br />
• Unit 4 - 20% of grade<br />
• Unit 5 - 50% of grade<br />
• Unit 6 - 5% of grade<br />
Upon completion of Unit 5 and as directed by the Instructor each student, utilizing the<br />
organized Studio Workshops and/or the advanced computer technologies available to<br />
the University and as appropriate to their circumstances, will present the project to the<br />
Instructor, Professional Advisor and colleagues and will respond in real time to<br />
questions and comments.<br />
Prior to the presentation, documentation of Unit 4 will be submitted to the course<br />
Instructor who, following the presentation, will assign a grade for Units 5 & 6 based on<br />
his or her judgment of the completeness and quality of the work, its presentation and its<br />
defense, and considering the advice of the Professional Advisor. The student will submit<br />
the Design Journal for assessment by the Instructor following the Presentation.<br />
Recommended Course materials:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Architecture (ARCH) 3YY<br />
Architectural Theory 2: Theory of Modernism<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
Architecture (ARCH) 3NN Architectural Theory 1: Design Theory Fundamentals<br />
Centre:<br />
RAIC Centre for Architecture<br />
Th2 is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course examines the conditions that brought forth the Modern movement in the<br />
early 20th century, its evolution through the first half of the century, and the rise of<br />
Post-Modern theory and architecture. The student will explore key events in the rise of<br />
Modern architecture, including the various movements that arose in the first two<br />
decades of the century, the development of Modern architectural theory and the<br />
reactions to Modern theory thatdone led to Post-Modern theory in architecture.<br />
Outline: [an outline is required]<br />
•<br />
Learning Objectives:<br />
• Understanding the theories and methods of inquiry commonly known as the<br />
Modern Movement, that sought to clarify the relationship between the human<br />
condition and the physical environment.<br />
• Ability to examine and comprehend the fundamental principles present in<br />
relevant precedents and to make choices regarding the incorporation of such<br />
principles into architecture and urban design projects.<br />
Evaluation:<br />
To receive credit for Th2 you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
• Research Paper – 80% of grade<br />
• Final Examination – 20% of grade<br />
Required Course Materials:<br />
A detailed course outline and bibliography of required, recommended and<br />
supplementary readings and web-based links is available from AU to students<br />
registered in the course.
LABA 4XX<br />
Foundations of Architectural Design: Collective Habitat<br />
Delivery mode:<br />
RAIC-AU Design Studio and may be taught in a Vertical Studio mode<br />
– refer to Program Introduction<br />
Credits:<br />
6- Architecture<br />
Prerequisite:<br />
LABA 3YY: Foundations of Architectural Design: Simple Habitat, ARCH 3YY: Theory of<br />
Modernism<br />
Centre:<br />
RAIC Centre for Architecture<br />
This studio is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This studio continues the development of design and communication skills with a focus<br />
on the functional and expressive qualities of structure, materiality and building technical<br />
systems, and how they affect the design of meaningful space. These studies will require<br />
the development of visual communication skills with an emphasis on presenting<br />
technical aspects of building with precision and clarity. The Instructor will provide the<br />
Project Description, including the site information and the detailed functional program.<br />
Following a review of the Project Description, each Student will submit for review and<br />
comment, a Design Brief including a summary of precedents for this building type, and<br />
outlining the important organizing principles, site relationships and the design idea for<br />
the project.<br />
As the project is developed, a schematic design will be submitted for review and<br />
comment. Following the interim presentation, the project will be completed and<br />
prepared for a public presentation of the work and its documentation as described<br />
below. This document will be in digital format and suitable for dissemination beyond the<br />
public presentation, and will normally include scalable site and building plans, building<br />
sections and elevations, larger scale details of plan and section, diagrams and text<br />
sufficient to describe the how the building is made and how the choices of materials and<br />
systems contribute to a sustainable architecture, and finally, rendered 3D images<br />
illustrating the material and visual qualities of the building in detail and of the building<br />
in its larger context. These requirements will be spelled out in the detailed Course<br />
Outline for each Studio offering, and may be adjusted in response to a particular site<br />
condition or Design Brief.<br />
Throughout the course each student will maintain the personal journal begun for Studio<br />
1 and described in the Overview for that course. The Design Journal is a required<br />
element of the BSc Arch studio sequence.<br />
Outline:<br />
• Unit 1 – The Design Journal<br />
• Unit 2 – Review of the Project Statement
• Unit 3 – Analysis of the Program and Preliminary Selection of Building Systems<br />
• Unit 4 – Schematic Design and Interim Presentation<br />
• Unit 5 - Design Development and Documentation<br />
• Unit 6 – Project Presentation<br />
Learning Objectives:<br />
• Ability to develop and document an architectural project based on a building<br />
program and a site, and that demonstrates a basic understanding of structural<br />
and environmental systems, building envelope systems, building assemblies and<br />
life-safety provisions, and of the principles of sustainability and environmental<br />
stewardship.<br />
• Ability to integrate appropriate technical systems into a complex building and to<br />
use appropriate representational media, including freehand drawing and<br />
computer technology, to make technically clear drawings that convey essential<br />
elements at each stage of the design development process<br />
Evaluation:<br />
The Student will receive critical comment on their work as it develops throughout the<br />
term from the course Instructor, their Professional Advisor, classmates and workshop<br />
Mentors, both online and during Studio Workshops. The Instructor will assign grades for<br />
Units 3 & 4 as they are submitted, and the grades for Units 1, 5 & 6 will be determined<br />
following the Project Presentation, as described below. To receive credit for D4, you<br />
must achieve a minimum of C+ (67%) on Unit 4, and an overall grade of C+ (67%) for the<br />
entire course. The weightings for the course activities are as follows:<br />
• Unit 1 - 10% of grade<br />
• Unit 2 - 5% of grade<br />
• Unit 3 - 10% of grade<br />
• Unit 4 - 25% of grade<br />
• Unit 5 - 45% of grade<br />
• Unit 6 - 5% of grade<br />
Upon completion of Unit 5 and as directed by the Instructor each student, utilizing the<br />
organized Studio Workshops and/or the advanced computer technologies available to<br />
the University and as appropriate to their circumstances, will present the project to<br />
Instructor, Professional Advisor, colleagues and mentors and respond in real time to<br />
questions and comments.<br />
Prior to the presentation, documentation of Unit 4 will be submitted to the course<br />
Instructor who, following the presentation, will assign a grade for Units 5 & 6 based on<br />
his or her judgment of the completeness and quality of the work, its presentation and its<br />
defense, and considering the advice of the Professional Advisor and Studio Mentors. The<br />
student will submit the Design Journal for assessment by the Instructor following the<br />
Presentation.<br />
Recommended Course materials:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Architecture (ARCH) 4XX<br />
Architectural Theory 3: Contemporary Theory<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
Architecture (ARCH) 3YY Architectural Theory 2: Theory of Modernism<br />
Centre:<br />
RAIC Centre for Architecture<br />
Th3 is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course examines architectural theory and the practice directed by that theory from<br />
the early 1970’s to the present. The student will explore various philosophical attempts<br />
to understand an evolving, pluralistic world, and to find appropriate architectural<br />
directions that respond to our times. This will include current thought and experiments<br />
in all domains of architecture – buildings, landscapes and urbanism – and the ascending<br />
values and approaches toward social and environmental responsibility and sustainable<br />
design. Through individual study, online discussions and reflection on the course<br />
reference material students will learn to provide critical and informed responses to<br />
architectural ideas, including through one assignment which will focus on the student’s<br />
own work, in written and graphic form.<br />
Outline: [requires an outline]<br />
•<br />
Learning Objectives:<br />
• Understanding the contemporary schools of thought and the instruments by<br />
which architecture is now questioning past practices and assumptions.<br />
• Ability to apply critical thought and informed response to current speculation in<br />
the field.<br />
• Ability to relate theoretical points of view to the creation of meaningful form and<br />
space, most importantly as the student’s own studio work matures at the<br />
Graduate Diploma level.<br />
Evaluation:<br />
To receive credit for Th3 you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
• Research Paper – 80% of grade<br />
• Final Examination – 20% of grade<br />
Required Course Materials:<br />
A detailed course outline and bibliography of required, recommended and<br />
supplementary readings and web-based links is available from AU to students<br />
registered in the course.
Architecture (ARCH) 3YY<br />
History of Ideas in Architecture 4: Modernist (c.1750 to c.1970)<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
Architecture (ARCH) 3BB<br />
History of Ideas in Architecture 3: Post-Medieval to Early Modern, Design Workshop (LAB)<br />
2YY Introductory Design Studio 2: Introduction to Architectural Design and Applied<br />
Communications (APST) 2ZZ Architectural Communications 3: Advanced Graphic<br />
Representation<br />
Centre:<br />
RAIC Centre for Architecture<br />
This course is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course examines how the principles and ideas behind civilization and architecture<br />
in the West (1750 – 1960) were shaped by ideas behind capitalism, nationalism,<br />
scientific materialism and socialism, and were manifested in shifts of style from<br />
historicist revivals to minimalist design. The course readings are directed to a selected<br />
set of buildings of this period in order to understand the context of each, why it was<br />
built and the important ideas behind its technology and design.<br />
Outline:<br />
• Unit 1 – Three Belief Systems in Western Architecture c.1750 to c.1860<br />
• Unit 2 – From Crystal Palace to Pravda Project: Mechanistic Theory in Search of Form<br />
• Unit 3 – The War Between the Wars: Modernism Takes Command c.1920 to 1960<br />
• Unit 4 – Forever Future: The Modernist Movement c.1950 to c.1970<br />
Learning Objectives:<br />
• Understanding of the architectural canons and traditions in the architecture,<br />
landscape and urban design of the modern era and the technological,<br />
socioeconomic, and other cultural factors that have shaped and sustained them.<br />
• Ability to identify key events and architectural works of this period.<br />
Evaluation:<br />
To receive credit for the course you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
Unit Assignments – 60% of grade<br />
Final Examination – 40% of grade.<br />
Course materials:<br />
Required:<br />
History Reader 4 (150 pages) is distributed by AU to students registered in the
course.<br />
Recommended:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Physics (PHYS) 3XX<br />
Architectural Technology 3: Advanced Structures<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
PHYS 2XX: Introduction to Structures<br />
Centre: RAIC Centre for Architecture<br />
PHYS 3XX is available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course will familiarize the student with the detailed considerations of structural<br />
design, including quantitative load, stress and strain analysis and structural member<br />
design. The student will develop a basic facility in the qualitative and quantitative design<br />
of structural systems in steel, wood and concrete through the application of basic theory<br />
and processes to structural design exercises.<br />
Outline:<br />
• Unit 1 - Loads<br />
• Unit 2 - Designing in Steel<br />
• Unit 3 - Designing in Wood<br />
• Unit 4 - Designing in Concrete<br />
• Unit 5 - Designing in Masonry<br />
Learning Objectives:<br />
• Understanding the principles of structural analysis and the behavior of selected<br />
materials as elements of structural systems.<br />
• Ability to select and design structural members and systems appropriate to the<br />
circumstance and in materials common to contemporary structures.<br />
• Calculate gravitational and lateral loads acting upon building structures<br />
• Design structural elements of normative assemblies in steel, wood and<br />
concrete using limit states analysis within the constraints of the National<br />
Building Code and other regulations and standards including fire resistance<br />
rating.<br />
• Analyze structural system design, from assemblies to connections, for the<br />
purpose of identifying and optimizing opportunities for expressive design.<br />
Evaluation:<br />
To receive credit for this course you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
Unit Assignments – 80% of grade
Final Examination – 20% of grade.<br />
Recommended Course materials:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
LABA 4YY<br />
Architectural Design: Cultural and Recreational<br />
Delivery mode:<br />
RAIC-AU Design Studio and may be taught in a Vertical Studio mode<br />
– refer to the Program Introduction<br />
Credits:<br />
6- Architecture<br />
Prerequisite:<br />
LABA 4XX: Foundations of Architectural Design: Collective Habitat, ARCH 4XX:<br />
Contemporary Architectural Theory, ARCH 4YY: History of Ideas In Architecture:<br />
Modernist, and APST 4XX: Building Envelope and Assemblies<br />
Centre:<br />
RAIC Centre for Architecture<br />
This studio is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
In this studio the Student will develop a building for a public institution according to a<br />
coherent architectural idea and in response to a complex architectural program. This<br />
will require the design of spaces appropriate to each activity, and their organization in<br />
accordance with the relationships required by the functional program and the site.<br />
Special attention will be given to the human dimension of both public and private space.<br />
The Instructor will provide the Project Description, including the site information and the<br />
detailed functional program. Following a review of the Project Description, each Student<br />
will submit for review and comment, a Design Brief including a summary of precedents<br />
for this building type, and outlining the important organizing principles, site<br />
relationships and the design idea for the project. In discussion with the Instructor, a<br />
Student may substitute a site that is still considered appropriate to the project but more<br />
familiar or accessible to the student.<br />
As the project is developed, a schematic design will be submitted for review and<br />
comment. Following the interim presentation, the project will be completed and<br />
prepared for a public presentation of the work and its documentation as described<br />
below. This document will be in digital format and suitable for dissemination beyond the<br />
public presentation, and will normally include scalable site and building plans, building<br />
sections and elevations, larger scale details of plan and section, diagrams and text<br />
sufficient to describe the building and its response to the program and to the natural or<br />
urban context, and finally, rendered 3D images illustrating the material and visual<br />
qualities of the building in detail and of the building in its larger context. These<br />
requirements will be spelled out in the detailed Course Outline for each Studio offering,<br />
and may be adjusted in response to a particular site condition or Design Brief.<br />
Throughout the course each student will maintain the personal Design Journal begun for<br />
LABA 2XX: Foundations of Design and described in the Overview for that course. The<br />
Design Journal is a required element of the BSc Arch studio sequence.<br />
As this is the final studio in the BSc Architecture program, it will serve to demonstrate<br />
achievement at the undergraduate level, and requires a synthesis of the important<br />
issues, methods and techniques that were explored and developed throughout the
undergraduate studio program. The student will apply their design skills and knowledge<br />
to a complex building project, whose description and scope will be determined by the<br />
student in consultation with the course Instructor.<br />
Outline:<br />
• Unit 1 – The Design Journal<br />
• Unit 2 – Review and Analysis of the Project Description and Program<br />
• Unit 3 – The Design Brief<br />
• Unit 4 – Schematic Design and Interim Presentation<br />
• Unit 5 - Design Development and Documentation<br />
• Unit 6 – Project Presentation<br />
Learning Objectives:<br />
• Understanding a comprehensive architectural program that accounts for client<br />
and user needs, appropriate precedents, space and equipment requirements, the<br />
relevant laws and standards, sustainability goals and site assessment and<br />
selection criteria.<br />
• Ability to apply advanced architectural principles in the design of a building based<br />
on a clear and thoughtful idea about place and that satisfies both a<br />
comprehensive architectural program and sustainable design principles.<br />
Evaluation:<br />
The Student will receive critical comment on their work as it develops throughout the<br />
term from the course Instructor, their Professional Advisor and classmates, both online<br />
and during Studio Workshops. The Instructor will assign grades for Units 2, 3 & 4 as<br />
they are submitted, and the grades for Units 1, 5 & 6 will be determined following the<br />
Project Presentation, as described below. To receive credit for this studio, you must<br />
achieve a minimum of C+ (67%) on Unit 5, and an overall grade of C+ (67%) for the entire<br />
course. The weightings for the course activities are as follows:<br />
• Unit 1 - 10% of grade<br />
• Unit 2 - 5% of grade<br />
• Unit 3 - 10% of grade<br />
• Unit 4 - 25% of grade<br />
• Unit 5 - 45% of grade<br />
• Unit 6 - 5% of grade<br />
Upon completion of Unit 4 and as directed by the Instructor each student, utilizing the<br />
organized Studio Workshops and/or the advanced computer technologies available to<br />
the University and as appropriate to their circumstances, will present the project to<br />
Instructor, Professional Advisor and colleagues, and will respond in real time to<br />
questions and comments.<br />
Prior to the presentation, documentation of Unit 4 will be submitted to the course<br />
Instructor who, following the presentation, will assign a grade for Units 4 & 5 based on<br />
his or her judgment of the completeness and quality of the work, its presentation and its<br />
defense, and considering the advice of the Professional Advisor. The student will submit<br />
the Design Journal for assessment by the Instructor following the Presentation.
Recommended Course materials:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Applied Science (APST) 4XX<br />
Architectural Technology 5: Building Envelope & Assemblies<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
Applied Science (APST) 3YY: Architectural Technology 4: Architectural Applied Sciences,<br />
Design Workshop (LAB) 3YY: Intermediate Design Studio : Architectural Design 4<br />
Centre:<br />
RAIC Centre for Architecture<br />
APST 4XX is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course examines the application of building science principles to the design of<br />
building structures and enclosures. It examines various types of building elements from<br />
footings to roofing systems with respect to their suitability to their intended function<br />
and performances. Considerations for occupant health and safety, fire rating, and<br />
building performance are examined. The student will use case studies of building<br />
components to illustrate the importance of having a comprehensive understanding of<br />
building materials and processes, and will develop wall sections and other building<br />
details as a way to understand potential problems.<br />
Outline:<br />
• Unit 1 - Principles of Building Envelope Design<br />
• Unit 2 - Detailed Building Design: Wall Systems<br />
• Unit 3 - Detailed Building Design: Other Systems<br />
• Unit 4 - Documenting the Design<br />
Learning Objectives:<br />
• Understanding of the basic principles and practices for the appropriate<br />
application of building envelope systems and associated assemblies, with<br />
particular respect to fundamental performance, aesthetics, moisture transfer,<br />
durability, and energy and material resources.<br />
• Ability to document, analyze and make recommendations respecting the<br />
performance of both proposed building components and systems, and existing<br />
components or systems that have failed in some way.<br />
Evaluation:<br />
To receive credit for this course you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
Assignments:<br />
Exercises:<br />
Final Examination:<br />
60% of grade<br />
15% of grade<br />
25% of grade.
Recommended Course materials:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.
Architecture (ARCH) 4QQ<br />
Architectural Theory 4: Urbanism<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
Architecture (ARCH) 4PP Architectural Theory 3: Contemporary Theory, Design<br />
Workshop (LAB) 2YY Introductory Design Studio 2: Introduction to Architectural Design,<br />
Applied Communications (APST) 2ZZ Architectural Communications 3: Advanced Graphic<br />
Representation, Architecture (ARCH) 3YY History of Ideas in Architecture 3: Post-<br />
Medieval to Early Modern, Physics (PHYS) 3XX Architectural Technology 3: Advanced<br />
Structures<br />
Centre:<br />
RAIC Centre for Architecture<br />
ARCH 4QQ is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course examines historical and contemporary notions of the city and the processes<br />
by which they have developed. The student will explore human settlements both as<br />
artifact and as process. This will include landscapes, buildings and the spaces between<br />
buildings, which are the physical elements from which cities are made, the social and<br />
cultural purposes for which they are made, and the political and economic processes by<br />
which they are made.<br />
Outline:<br />
• The City in History<br />
• The City as Environment<br />
• Urban Issues, Problems and Potentials<br />
• Social and Intellectual Framework for Urbanism<br />
• The Urban Development Process<br />
Learning Objectives:<br />
• Understanding the significant links between social goals, the natural<br />
environment and appropriate models for sustainable human settlement.<br />
• Ability to relate theoretical points of view to the analysis and design of<br />
architectural elements within a city fabric.<br />
• Ability to apply critical thought and informed response to ideas of the city in the<br />
future.<br />
Evaluation:<br />
To receive credit for Th4 you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
• Research Paper – 80% of grade<br />
• Final Examination – 20% of grade
Required Course Materials:<br />
A detailed course outline and bibliography of required, recommended and<br />
supplementary readings and web-based links is available from AU to students<br />
registered in the course.
Applied Science (APST) 4YY<br />
Architectural Technology: Mechanical Systems of Buildings<br />
Delivery mode:<br />
Individualized study online (computer<br />
component) & Internet.<br />
Credits:<br />
3- Architecture<br />
Prerequisite:<br />
Applied Science (APST) 4XX: Architectural Technology 5: Building Envelope &<br />
Assemblies, Design Workshop (LAB) 3ZZ: Intermediate Design Studio: Architectural<br />
Design 5<br />
Centre:<br />
RAIC Centre for Architecture<br />
APST 4YY is not available for challenge. Credit may be transferred for previous work<br />
considered equivalent.<br />
Overview:<br />
This course will examine the fundamentals of mechanical systems for storm and<br />
sanitary drainage, potable water supply, fire protection, thermal comfort, heat loss and<br />
gain and the design of plumbing, hot water, hot air, refrigeration and air conditioning<br />
systems. The student will explore the relationships between building envelope design<br />
and building systems design, particularly with regards to responsible energy use,<br />
comfort and control, and will develop a general knowledge of the basic components and<br />
equipment involved in these systems.<br />
Outline:<br />
• Unit 1 - Environmental Basics of HVAC<br />
• Unit 2 - HVAC Systems for Buildings<br />
• Unit 3 - Concept Sizing and Sustainable Design<br />
• Unit 4 - Other Mechanical Systems<br />
Learning Objectives:<br />
• Understanding the principles of environmental control systems, such as<br />
embodied energy, active and passive heating and cooling, indoor air quality and<br />
solar orientation, including the use of appropriate performance assessment<br />
tools.<br />
• Describe the function, characteristics, and operation of mechanical systems<br />
in buildings, including heating, ventilation and cooling systems, water supply,<br />
drainage systems and fire protection systems.<br />
• Relate the function, characteristics, and operation of mechanical systems in<br />
buildings to the overall design concept, sustainable design principles,<br />
building construction and operational strategies.<br />
• Relate the physiological processes of human temperature regulation to the<br />
body’s the perceptions of comfort, the external environment and the building<br />
envelope.
• Perform basic heat transfer calculations.<br />
• Estimate approximate sizing of ducts and other mechanical system<br />
components in the early stages of a project to ensure that the design concept<br />
is viable.<br />
• Evaluate the interrelationships between building mechanical systems and<br />
other systems, such as envelope, structure and comfort.<br />
• Understanding the basic principles and appropriate application and performance<br />
of plumbing, electrical, vertical transportation, communication, security, and fire<br />
protection systems.<br />
• Ability to select and integrate appropriate mechanical systems into a complex<br />
building.<br />
Evaluation:<br />
To receive credit for this course you must achieve a minimum of C+ (67%) on the final<br />
examination, and an overall grade of C+ (67%) for the entire course. The weightings for<br />
the course activities are as follow:<br />
Unit Assignments – 80% of grade<br />
Final Examination – 20% of grade.<br />
Recommended Course materials:<br />
A bibliography of recommended and supplementary readings and web-based<br />
links is available from AU to students registered in the course.