2 - Lake Washington Institute of Technology

ENGR 113 DIMENSIONING WITH DRAWINGS 4CR
This course is an introduction to basic dimensioning techniques using
orthographic, Floor plan, and civil plat drawings. Students will create bordered
drawings using industry level dimension techniques relating to architecture,
civil and mechanical disciplines using ASME and AIA standards. Prerequisites:
MATH 080, ENGR 111 (as a pre or corequisite), or instructor permission.
ENGR 121 GRAPHIC PROBLEM SOLVING 4CR
This class focuses on graphic problem solving. Principles and techniques of
descriptive geometry and section views are the main subject taught. Students
will also learn how to create development patterns. Emphasis is placed on
ASME standards. Prerequisite: ENGR 113 or instructor permission.
ENGR 122 ENGINEERING GRAPHICS III 4CR
Fundamentals of engineering graphics including: section views, intersections,
developments, and isometric drawing. Emphasis is placed on ASME, DOD and
ISO standards. Prerequisite: ENGR 121.
ENGR 123 APPLIED DIMENSIONING
AND TOLERANCING
4CR
This is a more advanced class on dimensioning with an added focus on
tolerancing. Students will learn how dimensions relate to the form, fit, and
function of the part by the application of linear and geometry tolerancing. ASME
and ISO standards are used. Prerequisite: ENGR 113 or instructor permission.
ENGT 101 ENGINEERING INTRODUCTION
AND ORIENTATION
2CR
Overview and survey of a cross-section of engineering fields. Includes an
introduction to all phases of engineering graphics technology, role of the
technician in industry, and career survey. Prerequisites: ABED 046 and ABED 040
or MATH 070.
ENGT 105 ENGINEERING COMPUTER APPLICATIONS 2CR
This is an introduction to the use of personal computers and file management
specific to the engineering environment. Course will include hands-on
experience with Windows, Word, Excel, and PowerPoint, plus various basic
programs as they relate to graphic programs. Prerequisites: ABED 046 and
ABED 040 or MATH 070.
ENGT 108 INTRODUCTION TO DRAFTING 4CR
Fundamentals of drafting including: sketching techniques, orthographic
projection, layout techniques and dimensioning. This is a basic course for
non-engineering graphics majors.
ENGT 131 AUTOCAD I 4CR
An introductory course in Computer Aided Drafting and Design using state
of the art software. Emphasis is placed on using the basic commands such
as coordinate system, editing, screen, text, and dimensioning commands.
Prerequisite: ENGR 113, or instructor permission.
ENGT 132 AUTOCAD II 4CR
An advanced course in Computer Aided Drafting and Design. This is a 2D class
that has its focus on architectural, civil, and mechanical scaling for engineering
drawings. Prerequisite: ENGT 131 or instructor permission.
ENGT 133 AUTOCAD III 4CR
An advanced course in Computer Aided Drafting and Design that introduces
the student to 3D surfacing and modeling. The students will also learn how to
create 2D dimensional drawings from 3D modeling. Prerequisite: ENGT 131 or
instructor permission.
ENGT 141 APPLIED MATERIALS TECHNOLOGY 4CR
Relationships between properties, structure and processes of engineering
materials. Discussion of surfaces, finishes and manufacturing processes.
Various engineering materials are included with an emphasis on metals and
polymers. Prerequisites: ENGR 121 or instructor permission.
Course Descriptions
ENGT 151 APPLIED MACHINE
METAL PROCESSES
4CR
Introduction to machining processes and technology. Identification of metals,
use and care of hand tools, thread forms, work location and holding devices.
Practical application of measuring, drilling, grinding, sawing, and milling with
an introduction to CNC milling and turning processes. Prerequisite: ENGT 141 or
instructor permission.
ENGT 202 SPECIALIZED TECHNICAL
EMPLOYMENT PREPARATION
2CR
An advanced course in specialized employment preparation for the technology
industry. Course covers job search techniques including: resume writing, cover
letters, job applications, interviewing techniques and portfolio preparation.
Use of joblines and developing networks is included. Prerequisite: ENGT 102.
ENGT 211 APPLIED INDUSTRIAL GRAPHICS 4CR
Application of advanced engineering skills to create complex detail drawings
of machined and cast metal parts from engineering sketches with emphasis
on ASME, DOD and ISO standards. Includes research and use of various
reference materials and vendor resources and media selection. Prerequisites:
ENGT 122, ENGT 131, or instructor permission.
ENGT 222 CATIA V5 FOR ENGINEERING I 4CR
Introduction to 3D modeling and parametric design using CATIA Version 5
software. Application of advanced engineering graphics skills to create basic
parts and assemblies in both solids and wireframe. Prerequisite: ENGT 133 or
instructor permission.
ENGT 223 CATIA V5 FOR ENGINEERING II 4CR
Advanced 3D modeling and parametric design using CATIA software.
Application of advanced engineering graphics skills to create complex parts
and assemblies in both solids and wireframe. Prerequisite: ENGT 133, or
ENGT 222, or instructor permission.
ENGT 224 CATIA V5 FOR ENGINEERING III 4CR
Advanced 3D modeling and parametric design using CATIA software.
Application of advanced engineering graphics skills to create complex parts
and assemblies in both solids and wireframe. Continuation of ENGT 223.
Prerequisite: ENGT 133, or ENGT 223, or instructor permission.
ENGT 225 SOLIDWORKS FOR ENGINEERING I 4CR
An advanced course in engineering graphics using feature based, parametric,
state of the art software. Students will learn and apply parametric solid modeling
techniques to create machined and cast metal, sheetmetal and plastic parts
working from engineering sketches and/or prototypes. Prerequisite: ENGT 131 or
instructor permission.
ENGT 226 SOLIDWORKS FOR ENGINEERING II 4CR
An advanced course in engineering graphics using feature based 3D
parametric, state of the art software. Students will learn and apply parametric
solid modeling techniques to create machined, cast metal, sheetmetal and
plastic parts and mated assemblies working from engineering sketches and/or
prototypes. Prerequisite: ENGT 225 or instructor permission.
ENGT 227 SOLIDWORKS FOR ENGINEERING III 4CR
An advanced course expanding on the use of feature-based parametric.
Students will apply parametric solid modeling and photo-realistic rendering
techniques to create complex parts and assemblies using Top-Down assembly
and multiple-configuration techniques working from engineering sketches
and/or measured parts. Prerequisite: ENGT 226 or instructor permission.
ENGT 233 PRESENTATION GRAPHICS I 4CR
This course is an introduction to methods for creating professional-quality
technical presentations, utilizing various manual and software-assisted
techniques. Emphasis will be placed on creating customer-focused, audiencecentered,
presentations. Prerequisite: ENGT 225 or instructor permission.
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Course Descriptions
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