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Innovation Hub · EV Research Lab

Engineering
the Future
of Mobility

Experience the journey from concept to reality. Our dedicated EV Research Lab provides institutions with enterprise-grade automotive systems, fostering the next generation of deep-tech engineers.

Scroll to build
Concept Design
Phase 01

Concept Design &
Engineering Planning

CAD/CAM conceptualization, aerodynamic wireframing, and structural load analysis ensuring precision before a single piece of metal is cut.

CAD / CAM FEA Analysis Aero CFD
Concept Design
Phase 02

Chassis Development &
Architecture

High-tensile strength chassis construction focusing on torsional rigidity testing and optimal weight distribution for electric powertrains.

Tubular Frame Torsional Rigidity Weight Optimization
Concept Design
Phase 03

Precision Frame
Assembly

Automated tools and expert metallurgy weld the core structure. Material sciences maximize durability while keeping weight penalties low.

MIG Welding Metallurgy QC Testing
Concept Design
Phase 04

Battery & BMS
Integration

Custom Li-Ion packs with advanced BMS. IoT telematics for real-time monitoring of cell thermal dynamics via CAN bus synchronization.

72V 40Ah Matrix Active Balancing IoT Telemetry CAN Bus
Concept Design
Phase 05

Drivetrain &
Control Systems

High-torque BLDC Hub Motors synchronized through proprietary controllers. Focused on regenerative braking and continuous power delivery.

BLDC Hub Motor Regen Braking VESC Controller
Concept Design
Final Assembly

The Complete
System. Ready.

Impact

From Concept to
Road-Ready Innovation

5,000+
Student engineering hours across branches
5
Core engineering phases from design to road
72V
Custom Li-Ion battery matrix with active BMS
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