Located in Sheikhupura, Pakistan the design approach was to divide the designated plot into a grid, which would then be manipulated by the U-shaped curve naturally formed by the circulation path of vehicles through the plot, with entrance and exit points positioned at opposite ends. This U-shaped curve was utilized in the parametric design process as an input, acting as both an attractor and a repellor to influence the parameters of the grid's modules. This included factors like the distance of extrusions and their altitude, resulting in a distinctive pixelated stepped effect visible on the canopy and surrounding structures, giving the design its unique identity.

Ecoscape station breaks traditional norms by transforming into a multifunctional complex that goes beyond its conventional role. Offering not only fuel services but also housing a restaurant, mosque, garage, offices, a market, and motel rooms, it becomes a versatile hub catering to various needs within a single space. This innovative approach redefines the functionality of a gas station, providing a holistic and integrated experience for visitors

Sustainability takes center stage at the Ecoscape Station showcasing a commitment to environmental responsibility. Green roofs are implemented for air purification and temperature regulation, contributing to the local microclimate. The installation of solar panels harnesses clean energy, while rainwater collection systems and wastewater treatment underline water conservation efforts. The use of eco-friendly materials like ECOPact concrete emphasizes the station's dedication to minimizing its ecological footprint. By providing green fuel options, this forward-thinking gas station stands as a beacon of sustainability, illustrating how environmental consciousness can be seamlessly integrated into everyday infrastructure.

Incorporating cutting-edge smart building technologies, the Ecoscape Station embraces advancements that enhance user experience and operational efficiency. Smart lighting systems and Building Automation Systems contribute to a seamlessly managed environment, ensuring optimized energy use and improved safety. The overhead fuel dispensing system further adds convenience, facilitating better space utilization and streamlined vehicle maneuverability during refueling. By integrating these technologies, the gas station not only modernizes its operations but also sets a precedent for efficiency in the industry.

This project shatters the mold for traditional gas stations by embracing innovation and sustainability in its very framework. The core structure relies on a robust steel frame, ensuring exceptional strength and flexibility to accommodate the diverse functions housed within. The striking facade is crafted from UHPC (Ultra-High-Performance Concrete), a revolutionary material offering unmatched strength and a remarkably slender profile. This allows for the project's signature pixelated design while maximizing natural light penetration. To further enhance energy efficiency, the facade incorporates low-emissivity glass, minimizing heat gain or loss and reducing reliance on HVAC systems. Sustainability takes center stage with the use of EcoPact concrete throughout the construction. This groundbreaking material boasts a significantly reduced environmental footprint compared to traditional concrete.The roof it's adorned with solar panels that harness clean energy from the sun, contributing to a more sustainable future and powering the building's operations. This thoughtful selection of materials creates a structure that is not only visually captivating but also exceptionally strong, durable, and environmentally responsible.