E-BIKE DESIGN & FABRICATION

INTERNSHIP CUM
TRAINING PROGRAM

End-to-end E-Bike development — from concept and CAD design through simulation, fabrication, and real-world prototype testing. 100% offline. 100% hands-on.

Days Intensive

Modules

100%

Hands-on

1:1

Mentor Support

pages.razorpay.com/ebike2026

Program Overview

🎯

What You'll Learn

End-to-end E-Bike development — from concept and CAD design through simulation, fabrication, and real-world prototype testing.

🔧

How You'll Learn

Fully workshop-based. Hands-on tools, real machines, real materials. No slides-only lectures — every session involves making something.

🏆

What You'll Build

A fully functional E-Bike prototype — designed, fabricated, wired, and tested by you under expert mentor guidance.

🚀

Career Outcome

Industry-ready skills in EV design, CAD/CAE tools, fabrication techniques, and electrical integration for the growing e-mobility sector.

The Journey

Concept & Design

CAD/CAE Simulation

Fabrication & Welding

Electrical Integration

Assembly & Testing

This program follows a professional product development cycle. You start with design principles and CAD tools, validate using simulation, then move to the workshop for fabrication. You wire the electrical systems, assemble every component, and finally test and calibrate your complete E-Bike prototype.

Training Modules

Introduction to E-Bikes

E-Bike ecosystem & architecture
Types of E-Bikes and applications
Regulations & safety standards

E-Bike Design Fundamentals

Frame geometry, materials & strength
Suspension systems & performance
Ergonomics & rider comfort

Electric Powertrain & Battery

Motors, controllers & sensor integration
Battery technologies & BMS basics
Efficiency & performance optimization

E-Bike Dynamics & Performance

Vehicle dynamics & stability
Weight distribution & handling
Performance parameters & calculations

Fabrication — Frame & Components

Workshop tools & safety practices
Frame welding & brazing
Quality inspection methods

Battery Integration & Electrical

Battery mounting & structural integration
Wiring, connectors & electrical layout
Troubleshooting electrical systems

Assembly & Integration

Motor, controller & drivetrain install
Wheel assembly & alignment
Full system integration

Testing & Calibration

Mechanical & electrical testing
Controller tuning & calibration
Performance testing & data logging

Finishing & Customization

Frame finishing & painting
Lighting & accessories integration
Final product enhancement

Final Presentation & Evaluation

Final assembly & inspection
Prototype demonstration
Mentor evaluation & feedback

Who Should Apply?

❤️

Genuine Interest

Passion and curiosity for electric mobility and vehicle engineering.

🎓

Career Focus

Actively pursuing a career in EV design, fabrication, or e-mobility engineering.

📚

Basic Knowledge

Foundational understanding of engineering concepts. No deep prior experience required.

⏰

Full Commitment

Attend all 30 days, complete assignments, and actively engage in every workshop session.

💬

Communication

Sufficient proficiency in the language of instruction for class participation.

💻

Tech Access

A computer/device with internet access for course materials and resources.

Terms & Conditions

📅

Program Schedule30-day program; participants must attend all sessions, workshops, and scheduled activities.

🤝

Code of ConductProfessional and respectful behavior at all times. Discrimination or harassment leads to immediate dismissal.

🔒

ConfidentialityAll proprietary or sensitive information shared during the program must remain confidential.

❌

TerminationOrganizers may terminate participation for misconduct. No refund or compensation will be provided in such cases.

📝

AmendmentsOrganizers reserve the right to modify the schedule, content, or terms. Participants will be notified in advance.

INTERNSHIP CUMTRAINING PROGRAM