Automotive Engineering (MASc)
University of Windsor, Canada
First Year Course Fee
USD 7,493
Course Accredited By
CAEB
This is a Research based Program.
International M.A.Sc. in Automotive Engineering/Laurea Magistrale in Automotive Engineering ,Dual degree program with Politecnico di Torino, Italy
Students accepted into the program will begin with one year of graduate study in Windsor taking courses and working on a research thesis that is defined and supported by FCA (Fiat Chrysler Automobiles) North America.
Students will then travel to the Politecnico di Torino to complete their Master’s degree with an additional year of study, and their thesis research with the support of Fiat.
The entire program is conducted in English.
The program starts in September and is typically completed over a two-year period.
While earning a Master of Applied Science (MASc) degree from the University of Windsor and a Laurea Magistrale degree from the Politecnico di Torino, students will receive solid professional training and the practical experience necessary to work in a competitive global environment—plus live and study in two wonderful countries and work with a large, multi-national automotive company
Areas of Study:
- Vehicle engineering
- Powertrain engineering
- Manufacturing and management
- Virtual product and process engineering
Enrollment Cycles
- January 2024
- May 2024
- September 2024
Program Specific Admission Requirements
- 4 Year honours degree in a related field
- Minimum TOEFL: IBT-83
- Minimum IELTS: 6.5
- Minimum Pearson: 65
Additional Requirements
- Please note: the admission average for this program is 78% (higher that standard grad admissions).
- Current resume describing work experiences and software program and language skills.
- Official Academic Transcript
- Authorization to Release Official Documents and Information
- Letter of Interest addressed to the program administrator Dr. Jennifer Johrendt describing why they are interested in the partnership program, their education/skills/experience, their skills using CAD/Catia/Solidworks, interpersonal and leadership skills, problem solving skills, what team involvement they've had (Formula SAE, BAJA, or other team involvement), and what they feel they will gain from this experience.
- The Graduate Record Examination (GRE) is recommended for students graduating from universities outside of North America.
TERM 1
Requirements: 8 courses
Two mandatory courses:
- MECH-8008. Fundamentals of Clean Engine Technology
- MECH-8010. Vehicle Dynamics
plus,
Two additional courses from the following list as determined by the Faculty of Engineering and the Centre
for Executive Education, and made available for the term:
- 85-501. Design and Analysis of Engineering Experiments
- 85-502. Sustainability: Principles and Practices
- 85-503. Advanced Operations Research 1
- 85-504. Engineering Design, Methodology and Applications
- 85-505. Product Innovation and Design Management
- 85-506. Tribology: Materials and Manufacturing Aspects
- 85-507. Turbulent Reacting Flows
- 85-509. Introduction to Finite Element Analysis
- MECH-8011. Bluff Body Aerodynamics
- 85-512. Managing Employees
TERM 2
Three mandatory courses:
- MECH-8025. Automotive Applications for Noise, Vibration and Harshness Evaluation
- MECH-8026. Aftertreatment and IC Engine Modeling
- MECH-8029. Automotive Paint and Industrial Coatings
One additional course from the following list as determined by the Faculty of Engineering and the Centre
for Executive and Professional Education, and made available for the term:
- 85-521. Air Pollution from Mobile Sources
- 85-522. Advanced Topics in MEMS
- Spring 2021 Academic Calendar 137
- 85-523. Manufacturing Systems Simulation
- 85-524. Corrosion Principles and Prevention
- MECH-8027. Automotive Heat Exchange Design
- 85-528. Heat Transfer and Fluid Flow in Microchannels
- MECH-8014. Management Information Systems
TERM 3
One mandatory course:
- MECH-8033. Automotive Sensor Systems plus,
Two additional courses from the following list as determined by the Faculty of Engineering and the Centre
for Executive Education, and made available for the term:
- 85-531. Introduction to Micro Fuel Cells
- 85-532. Active Vision Systems
- 85-534. Flexible Manufacturing Systems
- 85-519. Linear Systems in Mechanics
- 85-536. Casting: Modeling and Simulation
- 85-537. Metal Casting Technology
- 85-538. Finite Element Methods for Crashworthiness and Impact Analysis
- MECH-8000. Special Topics in Automotive Engineering
- MECH-8091. Engineering Venture Formation
- Program Type: Graduate
- Major or Degree: Master of Engineering - Automotive (MENG -Auto)
- Course Load: Full Time
- Fee Category: Canadian Citizen or Permanent Resident
- Term: Fall
- Residence: Alumni Hall - Single in a 2 Bedroom Suite
- Meal Plan: Full Meal Plan - moderate off campus flexibility.
- Estimated Total
- $ 11802.76
- Base Tuition
- Base Tuition - $ 4312.50 - Charged per course