Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
The Electric and Conventional Vehicles programme is offered by the Chalmers University of Technology and taught by associate professors Anders Grauers and Sven Andersson. MathWorks supports this programme, enabling learners to access MATLAB/Simulink during the course. Candidates will pick up on formulating vehicle performance requirements, sizing powertrain components, and driving cycle simulation.
The Electric and Conventional Vehicles certification syllabus covers the working mechanisms, performance analysis, and energy consumption of various vehicle types. Students will learn about electric and conventional combustion engines for trains through this programme. Topics range from batteries, combustion engines, electric machines, transmissions, and power electronics, which are taught across a span of seven weeks.
As an associated programme of MicroMasters in Emerging Automotive Technologies, students will gain in-depth knowledge in the field of hybrid vehicles. This advanced course in engineering is set at an instructor’s pace. Additionally, students can opt for the course completion certificate for the Electric and Conventional Vehicles online course by paying a nominal fee. They can also audit the programme free of cost for a limited duration.
The Highlights
- Associated program
- Seven-week course
- MATLAB/Simulink supported course
- Online program
- An advanced course
- In-depth learning
- Instructor-paced
- A verified certificate
- Video-based lectures
- Video transcripts
Programme Offerings
- Associated programme
- Verified Course Completion Certificate
- Instructor-paced
- Online lectures
- MATLAB/Simulink
- Video transcripts
- Expert-driven curriculum
- in-depth learning
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 20790 | yes | Chalmers University of Technology, Gothenburg |
- For the course Electric and Conventional Vehicles by edX, students can access the course for free.
- For the certificate, students need to pay ₹ 20,790
Electric and Conventional Vehicles course fee structure
Course | Fees |
Electric and Conventional Vehicles (Course materials for learning) | Free |
Electric and Conventional Vehicles (Course materials for learning + certificate) | ₹ 20,790 |
Eligibility Criteria
Applicants need to have a bachelor’s level understanding of physics to participate in the Electric and Conventional Vehicles Certification Course.
What you will learn
Through the Electric and Conventional Vehicles training, students will explore the following concepts:-
- Simulating the drive cycle
- Sizing powertrain components
- Fuel or electricity consumption for different powertrains
- Pros and cons of conventional and electric powertrains
- Design vehicle performance requirements
- Translate requirements of vehicles to that of powertrain’s
Who it is for
The Electric and Conventional Vehicles program aims at engineers and students with a Bachelor’s degree who aspire to work in the automotive industry by developing their knowledge of electric and conventional power trains.
Admission Details
Interested applicants of the Electric and Conventional Vehicles online course will need to create a learning account with edX by following the steps below:
Step 1: Learners can visit the course page here: Electric and Conventional Vehicles | edX and explore the site for details.
Step 2: They will then need to click on the “Enrol” option available with the batch start date on the top of the page.
Step 3: Students have to register with edX using a mail ID or social media account to access the program.
Step 4: O successful registration, learners can begin the course through the individual’s dashboard.
Application Details
The Electric and Conventional Vehicles certification course can be enrolled in by signing up or logging in. When signing-up, you will have to furnish details like name, email ID, password, and residence country. Individual application forms for the program are not available.
The Syllabus
- 0.1 Course introduction
- 0.2 Pre-course survey
- 0.3 Discussion forum guidelines
- 0.4 Recap of the basics in vehicle technology and physics
- 0.5 MATLAB and Simulink
- 0.6 The QSS toolbox
- 1.1 Vehicle forces
- 1.2 Operating points and modes
- 1.3 Vehicle and powertrain requirements
- 1.4 Driving cycles
- PA.1 Practice Section Assignment 1
- SA.1 Section Assignment 1
- 2.0 Introduction to this section
- 2.1 Combustion engines and drivelines
- 2.2 Combustion powertrain performance
- PA.2 Practice Section Assignment 2
- SA.2 Section Assignment 2
- 3.0 Introduction to this section
- 3.1 Gear shift control
- 3.2 Driving cycle simulation
- PA.3 Practice Section Assignment 3
- SA.3 Section Assignment 3
- 4.0 Why electric vehicles?
- 4.1 Electric machines
- 4.2 Batteries
- 4.3 Sizing of BEVs
- PA.4 Practice Section Assignment 4
- SA.4 Section assignment 4
- Practice Final Exam
- Final exam
- 5.2 Course summary
- Post-course survey
Instructors
Chalmers University of Technology, Gothenburg Frequently Asked Questions (FAQ's)
Anders Grauers and Sven Andersson of the Chalmers University of Technology guide the students of the program.
The Electric and Conventional Vehicles Syllabus covers the essential functions, pros, and cons of combustion engines, batteries, electric machines, power electronics, and transmissions.
Students can benefit from the Simulink/MATLAB access granted through the course. An associated learning MicroMasters in Emerging Automotive Technologies is also available.
EdX’s regrets to inform that learners from Cuba, Crimea regions of Ukraine, and Iran cannot sign up for this course as their licenses do not extend to those regions.
No, the Electric and Conventional Vehicles program is led by a schedule set by the instructors.
Students interested in the course need to have a Bachelors’s level of understanding in Physics before starting the course.