Training on Electric Vehicle Technology
Training on Electric Vehicle Technology for Electrical Engineers
Pertecnica Engineering offers a specialized course on Electric Vehicle (EV) Technology, designed for electrical and EEE engineers who want to build skills in EV systems, charging technologies, BMS, power electronics, motor drives, and EV service engineering. The training focuses on design, integration, testing, maintenance, safety, and troubleshooting of electric vehicles using industry standards.
This program helps engineers who already have experience but lack certification, as well as fresh engineers who want to enter the rapidly growing EV industry.
Topics Covered
1. Fundamentals of Electric Vehicle Systems
Basics of EV architecture and vehicle components
BEV, HEV, PHEV, Fuel Cell EV comparison
Vehicle control units and powertrain layout
EV safety requirements and certification standards
Cooling, thermal design concepts for EV components
2. Electric Motors & Motor Control Systems
BLDC, PMSM, Induction, Switched Reluctance motors
Motor sizing, torque calculations, efficiency improvement
Motor controller design, inverter control techniques
Regenerative braking concepts and implementation
Noise reduction, EMI/EMC issues in EV motors
3. Power Electronics in EVs
DC-DC converters, On-board chargers, Inverters
Gate drivers, switching losses, heat management
IGBT, MOSFET selection for EV drives
EMI filtering, protection circuits, isolation techniques
Hands-on understanding of EV controller electronics
4. Battery Technologies & Battery Management Systems (BMS)
Li-ion chemistries (LFP, NMC, LCO, LMNO)
Battery pack design, cell balancing, thermal management
State of Charge (SOC), SOH estimation fundamentals
BMS architecture, fault diagnosis, CAN-based BMS communication
Charger integration, DC fast charging standards
5. EV Charging Stations & Infrastructure
Level 1/2/3 charging, AC/DC charging fundamentals
CCS, CHAdeMO, GB/T, Type-2 standards
Charging station installation and protection
Smart charging, reservation systems, billing software
Grid integration, load management, renewable charging
6. Trouble Shooting, Repair & Maintenance
Fault finding in motor controllers and BMS
Battery diagnostics, wiring faults, connector failures
CAN communication troubleshooting
Insulation testing, protection system testing
Preventive and predictive maintenance practices
Skill Assessment, Training, and Certification
Skill Assessment
Before training begins, each learner is given a skill assessment to evaluate:
Understanding of electrical machines and power electronics
Knowledge of battery safety and testing
Familiarity with embedded controls and communication
Practical troubleshooting ability
This helps us identify your strengths and exact areas needing improvement.
Training
Engineers needing support receive focused skill-gap training, including:
Real EV industry case studies
Diagnostic tools and testing simulations
Practical learning with EV components and safety protocols
Hands-on introduction to motors, BMS, and charging systems
Training is realistic and based on industrial problems and real product designs.
Certification & Project Experience
Upon completion:
Certification is issued by Pertecnica Engineering
Project experience certificate is provided
Projects may include BMS integration, motor drive control, or charger system analysis.
This strengthens your job profile and builds proof of practical skill.
Who Should Join?
Diploma / B.Tech / BE in EEE, ECE, EIE
Engineers in power electronics, automotive, energy, robotics
Service engineers in EV companies or charging stations
Anyone wishing to join the EV sector with practical certification
Career Opportunities After Training
EV Powertrain Engineer
Battery and BMS Engineer
EV Charging Infrastructure Engineer
Power Electronics Engineer for EV Systems
EV Maintenance and Service Engineer
Motor Controller Testing & Calibration Engineer
How to Join
To receive fees, schedules, and brochure details, choose your mode of learning:
Classroom Training
Online Training
Weekend Fast-Track Batch