The Footover Bridge at PSG College of Technology was initiated as a crucial pedestrian infrastructure upgrade following the construction of a state highway flyover adjacent to the campus. The old pedestrian bridge was no longer viable due to new clearance requirements set to accommodate vehicles up to 15 meters in height. To ensure continued safety and connectivity for students, faculty, and visitors, a completely new bridge design was proposed beneath the towering flyover.

Structural & Functional Highlights

Elevated Clearance: Designed specifically to allow uninterrupted passage of large commercial vehicles below, ensuring compliance with highway standards.
Material Efficiency: Utilization of lightweight, durable materials for long-lasting performance with minimal maintenance.
Parametric Geometry: The bridge’s unique form emerges from computational design processes, ensuring optimized structural integrity and dynamic visual identity.
Accessibility: Integrated ramps or steps ensure comfortable pedestrian flow while maintaining safety features such as railings and non-slip surfaces.

Impact & Vision

This new Footover Bridge is not just an infrastructural necessity—it symbolizes adaptive urban evolution. It seamlessly integrates the needs of modern transportation with pedestrian safety and aesthetic sensibility, creating a future-ready urban space. The bridge stands as a testament to how thoughtful design can respond to changing urban contexts while enhancing the user experience.

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Design Intent & Approach

The design approach focused on creating a lightweight, functional, and visually distinct structure that could safely span the required distance while meeting all height clearance regulations. Embracing parametric design principles, the bridge was envisioned not only as a connector but as a landmark within the urban campus fabric.
The form reflects both efficiency and elegance, with smooth curves and rhythmic geometry enhancing the overall aesthetic appeal.

Foot Bridge

Location

PSG College of Technology, Peelamedu, Coimbatore.

Project Type

Infrastructure | Pedestrian Bridge

Design Approach

Functional • Parametric • Context-Responsive

Layout 01 - Vaulted Harmony with Ethnic Soul

Year

2024

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Tropical Suites

All 3 layouts displayed in order as proposed after several iterations.

Layout One – Vaulted Harmony with Ethnic Soul

Drawing inspiration from the Toda tribal architecture, this layout features a striking barrel-vaulted roof, a subtle nod to the region’s ethnic roots. The structure includes a ground floor with a double-height living room (15 ft), a walk-in wardrobe, bathroom, and a stairway to a mezzanine bedroom. Large aluminium-framed windows and private balconies open to breathtaking views of the surrounding forest. This unit is designed as a multi-use space, comfortably accommodating 4–5 guests, with provisions for a sofa-cum-bed in the living area. Four such vaulted units are clustered to form a rhythmic, sculptural façade that blends beautifully with the landscape.

Layout One – Vaulted Harmony with Ethnic Soul

Drawing inspiration from the Toda tribal architecture, this layout features a striking barrel-vaulted roof, a subtle nod to the region’s ethnic roots. The structure includes a ground floor with a double-height living room (15 ft), a walk-in wardrobe, bathroom, and a stairway to a mezzanine bedroom. Large aluminium-framed windows and private balconies open to breathtaking views of the surrounding forest. This unit is designed as a multi-use space, comfortably accommodating 4–5 guests, with provisions for a sofa-cum-bed in the living area. Four such vaulted units are clustered to form a rhythmic, sculptural façade that blends beautifully with the landscape.

1

Designed for Flow. Built for Identity.

Our first commercial foot-over bridge prototype blends parametric design with functional urban planning. Created for a renowned brand, it enhances pedestrian movement, integrates branding, and sets a benchmark in modern urban infrastructure design.

2

Minimal. Modern. Meaningful.

This prototype emphasizes clean geometry and modular construction, making it ideal for compact urban corridors. Designed for efficiency and visual clarity, it prioritizes fast assembly, low maintenance, and cost-effective pedestrian circulation without compromising on aesthetics.

3

Bold Design Meets Public Utility.

A striking structural form crafted using parametric principles, this prototype is developed for high-traffic commercial zones. Integrated lighting, material expression, and branding potential make it a landmark bridge design that goes beyond mere functionality.