2 - Lake Washington Institute of Technology

Course Descriptions
7
Course Descriptions
ENGT 244 MECHANICAL DESIGN
WITH INVENTOR
4CR
An introductory course using feature-based, parametric, software. Students
will learn and apply parametric solid modeling techniques to create welded
structures, cast metal and machined parts, sheet metal and plastic parts
working from engineering sketches and/or prototypes. Prerequisite: ENGT 131
or instructor permission.
ENGT 251 INDUSTRIAL DESIGN GRAPHICS 4CR
This advanced class has an emphasis on different media, software and
techniques used to create innovative solutions for two and three-dimensional
design problems. Fundamental product design principles and the human
interface are explored. Focus is on team approach to design. Prerequisites:
ENGT 211, ENGT 255, or instructor permission.
ENGT 253 MACHINE DESIGN GRAPHICS 4CR
Introduction to machine design graphics with emphasis on techniques
necessary to graphically solve linkage, cam, belt drive, chain drive, and gearing
problems. Includes fundamental kinematics. Prerequisites: ENGT 211, ENGT 255,
or instructor permission.
ENGT 255 TOOL DESIGN GRAPHICS I 4CR
Introduction to tooling design graphics: types and functions of jigs & fixtures,
supporting and locating principles. Focus on team approach to design.
Prerequisites: ENGT 211, ENGT 255, MATH 099, or instructor permission.
ENGT 256 TOOL DESIGN GRAPHICS II 4CR
Advanced concepts involved in tool design graphics. Continuation of Tool Design
Graphics I. Focus is on individual approach to design. Prerequisite: ENGT 255.
ENGT 257 TOOL DESIGN GRAPHICS III 4CR
Advanced concepts involved in tool design graphics. Continuation of Tool Design
Graphics II. Focus is on individual approach to design. Prerequisite: ENGT 256.
ENGT 258 MICROSTATION I 4CR
This is an introductory course in CAD drafting using MicroStation software.
Emphasis is placed on using basic commands such as coordinate systems,
editing, screen, text, and dimensioning commands. Prerequisites: ENGT 132 or
instructor permission.
ENGT 259 MICROSTATION II 4CR
This is an intermediate course in CAD drafting using MicroStation software.
Focus of the course is in using special features, customizing functions, and
3D design. Prerequisite: ENGT 258 or instructor permission.
ENGT 261 ENGINEERING SCHEMATICS 4CR
Introduction to analog and digital schematics graphics using manual
sketching. Development of schematics and extraction of netlists, partlists,
develop symbols and preparation of database for printed circuit graphic
design using a variety of media and software. Prerequisite: ENGT 211 or
instructor permission.
ENGT 271 ENGINEERING GRAPHICS PROBLEMS
AND ANALYSIS I
4CR
Capstone Project: Integrating and applying skills of previous courses.
Engineering graphics problem solving to create innovative solutions for two
and three dimensional design problems. Focus is on new product design.
Prerequisites: ENGT 251, ENGT 253, or instructor permission.
ENGT 272 ENGINEERING GRAPHICS
PROBLEMS AND ANALYSIS II
4CR
Engineering graphics problem solving, with an emphasis on various media,
software and techniques to create innovative solutions to two and three
dimensional design problems. Fundamental design of machine molded and
cast parts with a focus on a team approach. Prerequisite: ENGT 271.
ENGT 281 LAND DEVELOPMENT DESKTOP I 4CR
Introduction to Land Development Desktop. Students learn coordinate geometry,
digital terrain modeling and design methods using profiles, cross sections and
templates. Prerequisites: ENGT 132 and ENGT 133, or instructor permission.
ENGT 282 LAND DEVELOPMENT DESKTOP II 4CR
Advanced Land Development Desktop. Students learn advanced design
techniques using terrain model, 3Dgrading, grading object, survey coordinate
systems and hydrology. Continuation of ENGT 281. Prerequisite: ENGT 281.
ENGT 283 DIGITAL DESIGN FABRICATION
AND PROTOTYPING
55CR
This course provides a survey of the field of design fabrication and
prototyping from the perspective of design, materials, and industry practices.
Students will be guided through a lab environment using rapid prototyping
devices and physical modeling techniques. Theoretical underpinnings will
suggest how the “machine” is becoming more integrated into the design
process. Prerequisite: ENGT 131 or MMDP 124 or instructor permission.
ENGT 291 PRACTICAL DESIGN ANALYSIS 4CR
Exploration and use of varying methods of part, mechanism, product, analysis
and testing. Focus will be on proving/disproving/improving functional-design
for use. Scientific and practical methods will be applied to a range of part,
mechanism, and product designs. Prerequisites: ENGT 251, ENGT 255, or
instructor permission.
ENVS& 101 INTRODUCTION TO
ENVIRONMENTAL SCIENCE
5CR
Discusses the effects of human activity on changing ecosystems, energy flow,
sustainability, pollution, and natural cycles. Content also deals with water and
wastewater treatments, air pollution, and solid waste treatment and disposal
technologies. Includes laboratory. Prerequisites: ENGL 093, MATH 090 or
instructor permission.
ETEC 110 INTRO TO ALTERNATIVE ENERGY
& ENERGY MANAGEMENT
5CR
The fundamentals of energy and energy conservation are key to providing
alternative energy sources for the home or businesses. In this class, students will
gain a fundamental understanding of energy, the energy grid, how electrical
energy is measured, and where/how it is being consumed. Includes laboratory.
Prerequisites: MATH 090, ABED 046, or equivalent placement scores, or
instructor permission.
ETEC 121 BIOMASS AND BIOFUEL BASICS 5CR
Students learn the various processes for the creation and use of biomass
as a fuel/energy source and the creation and use of biofuels. Topics include
combustion, gasification, pyrolysis, anaerobic digestion, as well as the
production of biofuels (ethanol, biodiesel, and methanol). Includes laboratory.
Prerequisite: ETEC 110 or instructor permission.
ETEC 123 INTRODUCTION TO
PHOTOVOLTAIC SYSTEMS
4CR
Direct conversion solar (Photovoltaic) is one of several viable alternative
energy sources. In this course, students will gain the skills necessary to analyze
a site and determine if requisite conditions have been met to support a viable
Photovoltaic power generation system. Includes laboratory. Prerequisite: ETEC 110
or instructor permission.
ETEC 124 FUNDAMENTALS OF WATER
AND WIND POWER
5CR
Water and wind power are two viable energy sources that will reduce carbon
emissions in the coming century. Students will gain the skills necessary to analyze
a site and determine if it can support a viable water and wind power generation
system. Includes laboratory. Prerequisite: ETEC 110 or instructor permission.
FSE 101 INTRODUCTION AND HISTORY
OF FUNERAL SERVICE
3CR
This course is a survey of the history of funeral service. Emphasis is placed on
individuals and events which influenced contemporary funeral principles and
practices. Prerequisites: BIOL& 175, CHEM& 121, ENGL& 101.
204
2 0 1 3 - 2 0 1 4 • L A K E W A S H I N G T O N I N S T I T U T E O F T E C H N O L O G Y • C A T A L O G