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Autonomous delivery vehicle concept
Bringing automation to last-mile logistics, this project developed an autonomous delivery vehicle concept that prioritizes efficiency and sustainability. The innovative design integrated advanced navigation systems with eco-friendly engineering.
Task
Design an autonomous vehicle capable of efficient and reliable last-mile deliveries. design the tubular chassis run mechanical simulations for crashworthiness
I focused on the vehicle’s architecture, ensuring it could support autonomous systems, battery integration, and modular storage while remaining compact and efficient.
The goal wasn’t just to create another concept—it was about designing something that could actually work in a real city without major infrastructure changes.
- -Last-mile delivery is inefficient and costly.
- -Urban congestion demands compact, smart vehicles.
- -Existing solutions either lack automation or sustainability
- This project tackled all three, creating a feasible alternative that’s both autonomous and energy-efficient..
Compared to existing electric delivery vans.
Modular storage for scalable delivery solutions.
Last-mile delivery costs. Making it more resilient.
Eliminating emissions.
“This project made me rethink how cities will handle logistics in the future. The challenge wasn’t just autonomy, but making it work in the real world.”
— Personal Reflection
– Autonomous Vehicle Concept Development
– Sustainable Product Architecture
– Urban Mobility Research
– Modular System Planning
– Vehicle Architecture Design
– Storage Optimization for Logistics
– Battery & Power System Planning
– Ergonomics & Safety Considerations
– Cross-Team Coordination with AI Engineers
– Presenting Feasibility Studies
– Documentation for Future Prototyping
– Integrating Stakeholder Requirements
– Autonomous Navigation System Research
– Energy-Efficient Vehicle Design
– AI-Ready Sensor Integration
– Lightweight Structural Engineering