POLYTECHNIC UNIVERSITY 2005-2007
POLYTECHNIC UNIVERSITY 2005-2007
POLYTECHNIC UNIVERSITY 2005-2007
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CIVIL ENGINEERING PROGRAM<br />
CE 4710 Readings in Civil<br />
Engineering variable credit (1-4)<br />
Individually guided study in a subject<br />
area related to the civil engineering curriculum.<br />
Topic must arise from a regular<br />
course and must extend and go beyond<br />
what is covered in the traditional curriculum.<br />
The student must have the prior<br />
approval of the instructor with which<br />
he/she is to work and a topic approved by<br />
that instructor before registering for a<br />
readings course. A readings course shall<br />
require a written report on the subject of<br />
the student’s readings before a grade is<br />
given. A student may take this course<br />
more than once.<br />
CE 4812 Civil Engineering Design<br />
Project I 1 1 ⁄2:0:1 1 ⁄2:2<br />
The first semester of the two-semester<br />
senior capstone design experience in civil<br />
engineering. In the first semester, a project<br />
involving integration of the civil engineering<br />
subdisciplines will be described<br />
and presented. Working groups will be<br />
established. All groups may work on a<br />
single project or several may be prescribed,<br />
depending upon the semester.<br />
Lectures will be devoted to particulars of<br />
the project and will present specific<br />
design applications that may not have<br />
been included in other courses. During<br />
the first semester, each group will be<br />
expected to prepare and present a complete<br />
professional proposal for design and<br />
construction of the project, including a<br />
detailed cost estimate. Prerequisites: CE<br />
3144 and CE 3153 or equivalents. Corequisites:<br />
CE 3223 and CE 4243 or<br />
equivalents.<br />
CE 4823 Civil Engineering Design<br />
Project II 2:3:0:3<br />
The second semester of the two-semester<br />
senior capstone design experience in civil<br />
engineering. Lecture sessions will be<br />
used to present periodic topical material<br />
of relevance to the project(s) assigned<br />
and to allow student groups to present<br />
progress reports on their work. Each<br />
group will be expected to prepare a complete<br />
design report addressing all<br />
assigned aspects of the project, with functional<br />
design drawings and specifications<br />
and a refined construction cost estimate.<br />
All projects will be verbally presented<br />
and defended. Prerequisite: CE 4812.<br />
Co-requisites: CE 4163 and CE 4413.<br />
GRADUATE COURSES<br />
CORE COURSES<br />
CE 602 Materials Engineering<br />
2 1 ⁄2:0:0:3<br />
Materials composition and production of<br />
cemetitious materials; polymeric composites<br />
and metals; mechanical properties<br />
subject to short-term and long-term loads,<br />
impact and fire; fatigue and fracture;<br />
transport properties, chemical degradation<br />
and long-term durability.<br />
Prerequisite: graduate status.<br />
CE 607 Instrumentation, Monitoring,<br />
and Condition Assessment of Civil<br />
Infrastructure 2 1 ⁄2:0:0:3<br />
A systematic approach to planning and<br />
executing instrumentation, monitoring<br />
and condition assessment programs;<br />
strain measurements; civil engineering<br />
sensors (static, dynamic, optical); environmental<br />
measurements; mechatronic<br />
sensors; signal conditioning, information<br />
measurements and error analysis; business<br />
aspects; advanced measurement systems.<br />
CE 767 Environmental Impact<br />
Assessment 2 1 ⁄2:0:0:3<br />
An examination of legal and technical<br />
requirements in the preparation of environmental<br />
impact statements.<br />
Considerations include legal and technical<br />
requirements, the procedure and the<br />
interdisciplinary nature of the analysis.<br />
Topics include overall impact evaluation,<br />
categories of impacts, problem definition,<br />
quantification of impact, methods used in<br />
analysis, field evaluations, mitigations,<br />
hearing procedures and management.<br />
Practical examples and case studies are<br />
used.<br />
CE 784 Introduction to Urban<br />
Systems Engineering 2 1 ⁄2:0:0:3<br />
A descriptive overview of the key infrastructure<br />
systems and technologies that<br />
must be managed, operated and maintained.<br />
Systems treated include buildings<br />
and structures, water supply, solid and<br />
liquid waste handling and disposal, transportation,<br />
power, communications and<br />
information systems, health and hospitals,<br />
police and fire protection. Course<br />
treats the financial, political, administrative,<br />
legal and institutional settings of<br />
these systems and technologies. A portion<br />
of the course features distinguished guest<br />
lecturers who are experts in some of the<br />
systems and technologies included.<br />
CE 825 Project Management for<br />
Construction 2 1 ⁄2:0:0:3<br />
Topics specific to the development and<br />
coordination of large projects, including<br />
organizational structures, management<br />
functions, pricing and estimating project<br />
costs, bidding and contracting, risk allocation,<br />
scheduling, time and cost control,<br />
labor relations, quality management and<br />
project life-cycle activities. Also listed<br />
under MG 825.<br />
CE 828 Risk Analysis 2 1 ⁄2:0:0:3<br />
A thorough investigation of the ever-rising<br />
importance of risk analysis in project<br />
management. Analysis of qualitative and<br />
quantitative risk. Techniques in probability<br />
analysis, sensitivity analysis, simulation<br />
of risk and utility theory.<br />
Computational methods for calculating<br />
risk. An exposure to the complexity of<br />
real-world corporate and public problems<br />
through case investigations.<br />
CONSTRUCTION MANAGEMENT<br />
CE 798/799 Special Topics in<br />
Infrastructure Systems and<br />
Construction I/II 2 1 ⁄2:0:0:3<br />
Contemporary topics of interest, such as<br />
methodologies and procedures for analysis<br />
of existing infrastructure systems,<br />
geographic information, data and management<br />
systems, photogrammetric and<br />
remote sensing techniques and utilization<br />
and design of infrastructure facilities and<br />
systems. Other topics include, but are not<br />
limited to, intelligent buildings and other<br />
modern constructed works, temporary<br />
structures for construction and problems<br />
in construction engineering, new<br />
approaches in construction management<br />
and integration and automation of construction<br />
processes.<br />
CE 826 Construction Cost Estimating<br />
2 1 ⁄2:0:0:3<br />
Estimates and costs from the viewpoint<br />
of contractor or construction engineer,<br />
details of estimating with emphasis on<br />
labor, material, equipment and overhead<br />
costs. Also listed under MG 826.<br />
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