Electrifying the Drive – An EV Manufacturing Plant

The thesis project, Electrifying the Drive – An EV Manufacturing Plant, explores the architectural possibilities of designing a next-generation automobile facility tailored for the electric vehicle (EV) industry. The proposal seeks not only to enhance productivity through optimized industrial planning but also to create a humane and worker-centric environment that supports innovation, sustainability, and well-being.

At its core, the design adopts efficient loop and circulation systems that streamline production, material handling, and workflow. The manufacturing plant is carefully zoned into four key divisions—Bodyshop, Paintshop, Battery Manufacturing, and General Assembly—ensuring a logical, uninterrupted progression of the production line. Supporting this, ancillary zones such as Warehouses, the Final Check Workshop, and R&D facilities are strategically positioned for seamless integration. A large test track within the compound further emphasizes the project’s holistic approach, enabling real-time performance evaluation of vehicles on site.

Equally significant is the project’s focus on the workforce as a driver of productivity. The design integrates breakout spaces, recreational areas, and interlinked work environments to improve morale, reduce fatigue, and foster collaboration. These worker-friendly interventions reframe the factory not as an isolated, monotonous space but as a vibrant, interconnected hub where efficiency and well-being co-exist.

Sustainability is embedded through the incorporation of Circular Economy principles, minimizing resource wastage by promoting reuse and recycling within the production process. From material flow to spatial allocation, zones are meticulously arranged to ensure this closed-loop system functions effectively, reducing the environmental footprint of the facility.