HOME > FULL TIME PROGRAMS > ENGINEERING TECHNOLOGIES > AUTOMOTIVE PRODUCT DESIGN
Campus:
Windsor Campus (T826)
Program Length:
Three years - Ontario College Advanced Diploma
Starts:
September 2010
Contact:


Barb Sedlacek
(519) 972-2727, ext. 4435
email: bsedlacek@stclaircollege.ca

ADMISSION REQUIREMENTS
OSSD with the majority of courses at the College (C), University (U), University/College (M) or Open (O) level plus:
  • Grade 12 Math (C) or (U)
  • Senior Level Physics (C) or (U)

Mature students status click here.

PROGRAM GOALS
Are you fascinated by the principles of how we take natural resources in order to harness their energy to make things run? Are you mechanically inclined or enjoy taking apart and building engines, turbines, and more? These concepts and their applications are part of Mechanical Engineering Technology - Automotive Product Design.

Mechanical Engineering is the study of the principals of physics for the purposes of harnessing energy for human consumption. This program provides you with the knowledge to conduct the analysis, design, manufacturing, and maintenance of mechanical systems.

It requires a solid understanding of core concepts including mechanics, kinematics, thermodynamics, fluid mechanics, and energy. Mechanical engineering technologists use the core principles as well as other knowledge in the field to design and analyze motor vehicles, aircraft, heating and cooling systems, watercraft, manufacturing plants, industrial equipment and machinery.

EMPLOYMENT OPPORTUNITIES
Graduates find excellent opportunities in product development, testing and analysis, computer aided design and drafting, material selection and estimating machine and system component design, technical sales and junior management positions in the energy, manufacturing, controls and alternative energy industries.

DEGREE COMPLETION
With a minimum B average from the Mechanical Engineering Technology - Automotive Product Design program, you can enter the Bachelor of Engineering Technology at the University of Windsor and complete this credential in one year. Other opportunities exist with Lakehead University, Lawrence Technological Institute, and more.

Those students wishing to pursue a degree in Engineering would take the following courses in addition to the regular T826 curriculum. Additional course fees will apply.
Please consult the Program Chair.
      • Linear Algebra
      • Advanced Calculus
      • Calculus B

YOUR INVESTMENT
Fees are subject to adjustment each year. The standard tuition and compulsory fees for 2009 are as follows:
Standard Tuition 1st year
$2,220.00
Books & expendable supplies per semester
$400-600

For a breakdown of tuition and other compulsory fees for Canadian, U.S. and International students click here.
PROGRAM HIGHLIGHTS
 
First year common with T842, T913 and T934 providing flexibility to transfer between programs after first year without loss of credit
 
State of the art training facility in the on-site Ford Centre for Excellence in Manufacturing
 



RELATED LINKS
 





DIPLOMA REQUIREMENTS
Code
Credit
Course Name
Semester 1
CHM161A
3
Intro to Chemistry I
MET137
3
Mechanical Drafting
MTH128
5
Technical Math I
PHY168
3
Physics
MET139
3
PCCAD
MET181
2
Inspection Methods - CMM


Semester 2
MET202
3
PC CAD II - GD & T
MET227
4
Applied Engineering I
MET243
3
Analysis of Elec. Current
MTH158
2
Geometry
MTH203
3
Differential Calculus
MET248
5
Manufacturing Processes
& Workshop


Semester 3
MET328
3
CATIA I
MET327
4
Applied Engineering II
MET332
3
Driveline/Trans. Design I
MET471
3
Fluid Power
MTH404
3
Integral Calculus
MET317
3
Metallurgy
ELEC1030
3
Choose an Elective
Code
Credit
Course Name
Semester 4
MET443
3
Suspension & Steering Design
MET430
4
CATIA II
MET439
4
Strength of Materials
MET438
3
Fluid Mechanics
MET448
2
Manufacturing Processes I
ELEC1030
3
Choose an Elective


Semester 5
MET510
4
Jig & Fixture Design
MET529
3
Brake Design
MET548
3
Engine Design I
MET542
4
Mechanics of Mechanisms
MET543
3
Mould Design
MET521
4
Thermodynamics
ELEC1030
3
Choose an Elective


Semester 6
MET541
2
Heat Transfer
MET648
3
Engine Design II
MET637
3
Driveline/Trans. Design II
MET623
3

Mechanics of Materials &
Machines
MET629
3
Machine Design
MET658
2
Finite Element Analysis
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Last updated 7/14/2010