Semiconductor electronics technology park in Mysore: an iconic hub for clip design manucturing r&d and educational engagement/

Abstract

This thesis presents the design of a Semiconductor Electronics Technology Park in Mysore, Karnataka—conceived as a ‘foundational hub’ for India’s entry into the global semiconductor industry. Semiconductor Electronics is the defining technology of the 21st century, powering everything from smartphones, computers, electric vehicles, and radar systems to solar panels, LEDs, lasers, and even everyday items like switchboards. Despite their vital role, India currently has no capacity to fabricate advanced semiconductor chips. In response, the Indian government has launched major initiatives in recent years and has committed investments worth lakhs of crore rupees, with companies like Tata Electronics taking the lead. The proposed park is anchored by five key pillars that are vital for establishing a self-sustaining semiconductor ecosystem: Exhibition, Chip Design, Research, Training, and Manufacturing. Similar to Silicon Valley in California, this facility is envisioned as a launchpad for India’s semiconductor ambitions—bringing together industry, academia, and innovation within a single integrated campus. Architecturally, the design draws inspiration from Richard Meier’s signature clean white facades, reflecting the controlled, sterile environments of the FAB’s (Fabrication Plant) cleanrooms. It also borrows from Renzo Piano’s Centre Pompidou, where mechanical and service elements are exposed and celebrated as part of the visual language. Pipes, ducts, and machines are not hidden—they are elevated into architectural expression, symbolizing transparency, complexity, and the beauty of high-tech industry. At its core, this thesis explores the idea of "Exposing Industry Through Architecture." The goal is to foster public understanding and pride in India’s semiconductor journey by making parts of the facility accessible to visitors and students through multi-tiered public zones. Viewing corridors, exhibitions, and training centers create an engaging, educational experience. Simultaneously, the design ensures a human-centric work environment that supports the well-being of scientists, engineers, and staff. Through openness, visibility, and architectural expression, the Technology Park becomes more than just a manufacturing site—it becomes a bridge between people, technology, and the future. Keywords: Semiconductor Electronics, Tech Park, Mysore, FAB, Industrial Architecture.