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Mechanical Engineering Technology - Automotive Product Design

Mechanical Engineering Technology - Automotive Product Design

University: St. Clair College
Canada

Course Level - Diploma
Type - Full Time
Duration - 3 Years
Intake - September
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Section
  • Mechanical Engineering is the study of the principles of physics for the purpose of harnessing energy for human consumption.
  • This program provides students with the knowledge to conduct the analysis, design, manufacturing, and maintenance of mechanical systems.
  • Students will develop a solid understanding of core concepts including mechanics, kinematics, thermodynamics, fluid mechanics, and energy and their applications to automotive processes.
  • Mechanical Engineering Technologists use the core principles as well as specialized knowledge in the field to design and analyze motor vehicles, aircraft, heating and cooling systems, watercraft, manufacturing plants, industrial machinery, and automation.

Language Proficiency Test - IELTS/TOEFL/PTE/DUOLINGO

  1. CHEMISTRY-AN INTRODUCTION  
  2. MECHANICAL DRAFTING
  3.  PC CAD
  4.  INSPECTION METHODS - CMM
  5.  TECHNICAL MATHEMATICS I
  6.  PHYSICS
  7.  INTRODUCTION TO CHEMISTRY I, (LABORATORY)
  8.  APPLIED ENGINEERING I
  9. PC CAD II - GD & T  
  10. ANALYSIS OF ELECTRICAL CIRCUITS
  11. MANUFACTURING PROCESSES & WORKSHOP  
  12. GEOMETRY  
  13. DIFFERENTIAL CALCULUS
  14.  COMPUTER APPLICATIONS FOR ENGINEERING
  15.  METALLURGY
  16.  APPLIED ENGINEERING II
  17.  CATIA I
  18.  DRIVELINE & TRANS. DESIGN I  
  19. FLUID POWER  
  20. INTEGRAL CALCULUS  
  21. INDUSTRIAL ENVIRONMENTAL AWARENESS
  22. COMPUTER AIDED DESIGN (CATIA DESIGN II)
  23. FLUID MECHANICS
  24. STRENGTH OF MATERIALS
  25. SUSPENSION & STEERING DESIGN
  26. MANUFACTURING PROCESSES II
  27. CHOOSE 1 ELECTIVE COURSE
  28. TECHNICAL WORKPLACE WRITING & PRESENTATION SKILLS
  29. JIG & FIXTURE DESIGN
  30. HEAT TRANSFER
  31. BRAKE DESIGN
  32.  OF MECHANISMS
  33. MOULD DESIGN
  34. ENGINE DESIGN I
  35. QUALITY CONTROL
  36. THERMODYNAMICS
  37. MECHANICS OF MATERIALS & MACHINES
  38. MACHINE DESIGN
  39. DRIVELINE & TRANSMISSION DESIGN II
  40. FINITE ELEMENT ANALYSIS
  41. ENGINE DESIGN II
  42. CHOOSE 1 ELECTIVE COURSE

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