The Rajen Auto Spare Parts project in Ahmedabad is a meticulously planned facility dedicated to the storage and management of automobile spare parts. Spread over a plot area of 6,900 sqm with a built-up area of 10,150 sqm, the facility includes four distinct warehouses and an administrative office area, tailored to meet the client’s unique operational requirements.

The key challenge was to design four warehouses, each with independent entry and exit points, while ensuring efficient vehicular movement. With only one side of the plot available for truck and vehicular access, the layout demanded innovative functional planning to minimize movement constraints while ensuring optimal functionality. The result is a streamlined design that optimizes traffic flow and ensures seamless operations. The architectural elevation of the facility incorporates glass facades and fins, lending the building a timeless, modern aesthetic that aligns with the client’s vision for a contemporary industrial space.

Another significant aspect of the project was the integration of an existing shed into the new development. The shed, repurposed for warehousing, required the addition of a new mezzanine floor. The absence of initial structural data for the shed posed a major design challenge, necessitating meticulous engineering to ensure structural stability and alignment with the overall facility. Additionally, the site’s location in a waterlogged area demanded careful attention to the design of foundations and drainage systems, ensuring durability and functionality in challenging conditions.

We provided comprehensive services for this project, including tendering, master planning, architectural planning, structural design, and MEPF services (ELV, Electrical, and Plumbing), along with landscaping. This project exemplifies a successful blend of modern architecture, functional efficiency, and engineering ingenuity, tailored to meet the unique demands of Rajen Auto Spare Parts. The facility exemplifies the seamless integration of functionality and aesthetics, overcoming site-specific challenges to deliver an efficient and modern yet highly functional warehouse complex.

Year: 2024