Watt Worker
Internship goal
The electric vehicle battery simulation project enhances research capabilities in electric vehicles and improves software skills.
Company one liner
“ Watt Worker focuses on converting internal combustion engines into smaller electric batteries in trucks to reduce weight and lower the total cost of ownership.”
About the company
🇸🇪 Watt Worker
Website →Watt Worker revolutionizes the electric trucking industry with its efficient battery swapping system, enabling increased payload capacity and substantial cost savings. Embrace hassle-free long-haul routes and seamless back-to-back shifts without the need for extensive charging infrastructure. Explore how Watt Worker is shaping the future of sustainable transportation.
CEO & mentors
Deepak Palaksha, CTO
- Cofounder at Watt Worker
- Machine Learning Specialist
- CTO at Energy Management System AS
- Norwegian University of Science and Technology, Ph.D - Biomedical Data Analysis
Sven Peterson, CEO
- Over 10 years of experience at Vestas, Director of Strategic Projects and Business Development
- Berkeley SkyDeck Batch 13 Founder
- Founder of Chyme and Watt Worker
Program curriculum
Session 1-1
Exploring the environmental impact of internal combustion engine (ICE) vehicles and the advantages of electric vehicles as a safe and sustainable alternative.
Session 1-2
Identifying the various types of electric vehicles (2-Wheeled, 3-Wheeled, and 4-Wheeled Vehicles) and their primary components.
Session 2-1
Introducing MATLAB Simulink, covering installation and usage instructions for creating projects on electric vehicle usage.
Session 2-2
Learning about charging infrastructures, covering the different types available and the associated charging standards.
Session 3-1
Learning about the different battery technologies used in electric vehicles and the concept of battery swapping. Students will utilize MATLAB Simulink to understand how batteries work and explore their various components.
Session 3-2
How to analyze an electric vehicle's performance based on four parameters: speed, motor, battery capacity, and road conditions. Students will utilize MATLAB Simulink to test battery and vehicle performance.
Session 4-1
Learning how to create an electric vehicle using a two-wheeler spec sheet.
Session 4-2
Comparing the financial feasibility between internal combustion engine vehicles and electric vehicles through their total cost of ownership.