EV CoE Philosphy

Electric mobility is the convergence of electrical engineering, electronics, energy storage, control systems, and system integration. The EV CoE reflects this by:

• Treating EVs as complete systems, not isolated components

• Emphasizing integration, diagnostics, and performance evaluation

• Aligning learning outcomes with real EV job roles

• Encouraging experimentation and problem-solving

EV Architecture & System Integration

Learners gain exposure to:

• EV system architecture and energy flow

• Integration of motor, controller, inverter, and drivetrain

• Efficiency mapping and performance analysis

• Subsystem interaction and failure impact

Battery Systems & BMS Engineering

Battery systems are approached as engineered platforms:

• Battery pack design logic and configuration

• Battery Management System (BMS) architecture

• Cell balancing, thermal behavior, and safety mechanisms

• Battery diagnostics and fault analysis

EV Testing, Diagnostics & Validation

A strong focus on testing and diagnostics includes:

• EV subsystem testing and commissioning

• Sensor data interpretation and fault tracing

• Safety checks and compliance validation

• Root-cause analysis and failure investigation

EV Charging Systems & Enerrgy Interface

Charging is treated as an extension of the vehicle:

• AC and DC charging principles

• Charger architecture and protection logic

• Vehicle–charger interaction fundamentals

• Charging system troubleshooting

Learning Framework & Training Programs

The EV CoE supports:

• EV System Technician programs

• EV Integration and Diagnostics modules

• Academic EV curriculum support

• Faculty enablement programs

• Industry-focused EV certifications

Research, Experimentation & Innovation

The lab enables:

• Student design and capstone projects

• EV subsystem experimentation

• Efficiency and reliability studies

• Prototype development

Career Readiness & Skill Outcomes

Learners develop:

• Practical EV system understanding

• Diagnostic and troubleshooting capability

• Confidence to work on live EV platforms

• Industry readiness

EV LAB & CoE Configuration Options

• Foundational EV Lab

• Advanced EV Integration Lab

• Research and Innovation EV CoE

• Skill-Centric EV CoE

Target Institutions

• Engineering Colleges and Universities

• Polytechnics and ITIs

• Skill Development Centers

• Research Institutions

• Government Programs

Why Malus Technolab

• System-level EV expertise

• Diagnostics-driven lab design

• Practice-first approach

• Industry-aligned training

• Long-term capability building

Build electric mobility capability, not just infrastructure

The Electric Vehicle Lab & Centre of Excellence by Malus Technolab prepares professionals to contribute to the EV ecosystem from day one.