30 Days E Bike Design & Fabrication Internship cum Training Program
This is a 30-day Internship cum Training Program that will be conducted in a hybrid mode, consisting of 20 days of online Design & Dynamics Training followed by 10 days of offline Design, Validation, Fabrication & Testing. However, interns have the flexibility to choose either the complete offline or online mode for the program.
During this internship, participants will receive comprehensive training in utilizing tools such as CAD, CAE, and mathematical modeling to design a fully functional E-Bike. They will gain hands-on experience in various stages of the design process, from conceptualization to validation and fabrication.
The program aims to provide a well-rounded understanding of E-Bike design principles and dynamics through online training modules. Participants will learn about different components, frame design, suspension systems, ergonomics, electric powertrains, battery systems, and performance optimization.
In the offline portion of the program, interns will apply their knowledge in a practical setting. They will have the opportunity to design, validate, fabricate, and test their own E-Bike prototypes. This hands-on experience will allow them to understand the challenges and considerations involved in real-world fabrication and ensure their designs meet safety standards and performance requirements.
This internship offers a unique blend of theoretical knowledge and practical skills, preparing interns for a successful career in E-Bike design and manufacturing. The flexibility in attending the program online or offline accommodates individual preferences and circumstances while still providing a comprehensive learning experience.
Course Overview:
The Design and Fabrication of E-Bikes course is an intensive program that combines theoretical knowledge and hands-on practical skills to enable participants to design and build their own electric bicycles. Over the course of 30 days, participants will learn the fundamental principles of e-bike design, gain proficiency in fabrication techniques, and assemble their own functional e-bike prototype.
