- Duration: 22 weeks (6 months)
- Learning Split: 40% theory / 60% practical
Build a strong understanding of the electric vehicle powertrain and energy systems that drive modern electric race cars. This module covers Battery Management Systems (BMS), motor controllers, electric motors, thermal management, battery-pack architecture, and high-voltage safety protocols. Participants will learn how these systems work together while developing an awareness of the safety requirements involved in working with high-voltage EV systems.
What You’ll Learn:
- Fundamentals of EV battery-pack architecture and operation
- Battery Management Systems (BMS) and cell monitoring
- Motor controllers and electric powertrain control
- Electric motor fundamentals and power delivery
- Thermal management of batteries and powertrain components
- High-voltage electrical safety principles and protocols
- Battery testing, monitoring, and basic fault detection
- Safe practices for EV powertrain assembly and testing
Value — What You Gain
Gain practical, safety-conscious experience with modern EV powertrain systems while understanding how batteries, controllers, motors, and thermal systems work together to deliver electric vehicle performance. By the end of this module, you’ll have a strong foundation in EV technologies while developing the safety discipline required for high-voltage engineering environments.
This foundation prepares you for advanced areas such as EV powertrain development, battery engineering, BMS development, motor control, thermal management, electric racing, automotive electronics, and EV systems engineering.
REGISTRATION PROCESS
Interest Submission
Prospective students (or their institution) submit the registration form either as a physical printout, Google Form, or PDF fillable form.
Eligibility Review
XSPEED Academy reviews each application against the basic program prerequisites.
- Currently enrolled in an engineering / technical diploma program or equivalent
- Genuine interest in motorsport, automotive, or autonomous systems
- Prior experience is not required
- Institutional approval, if registering through a college/university partnership
Seat Confirmation
Once eligibility is confirmed, the applicant receives:
- Confirmation of seat in the upcoming cohort
- Payment / fee instructions or institutional sign-off requirement
- Program start date and orientation details
Fee / Sign-off
Applicant completes payment if self-funded, or the institution confirms sponsorship / enrollment on the student’s behalf.
Team Allocation
Enrolled students are grouped into build teams ahead of Module 1, based on stated module interest, skill background, and team-size requirements.
Orientation Session
A mandatory kickoff session covering:
- Program structure and 22-week schedule
- Lab safety protocols and PPE requirements
- Equipment and lab kit briefing
- Introduction to team members and mentors
Program Commencement
Begins on the scheduled cohort start date.