INNOVATION CAMPUS: A HYBRID MODEL FOR TECHNOLOGY EDUCATION AND INCUBATION IN LAHORE

No Thumbnail Available

Date

2026-06-30

Journal Title

Journal ISSN

Volume Title

Publisher

Library Information Services, COMSATS University Islamabad, Lahore Campus

Abstract

The role of universities in the 21st century is evolving beyond conventional education toward environments that foster research, innovation, entrepreneurship, and industry collaboration. In Pakistan, however, universities, incubators and technology hubs largely operate in isolation that is limiting interdisciplinary interaction and weakening academia–industry linkages. This thesis investigates how an Innovation Campus in Lahore can address this gap through a hybrid architectural model integrating learning, research, incubation and public engagement within a collaborative environment. The research examines concepts such as University 4.0, Innovation Districts and Knowledge Cities within the context of Pakistan’s emerging knowledge economy and rapidly growing youth population by using literature review, comparative case studies and urban analysis. The study proposes a new campus typology with flexible interdisciplinary spaces that encourage creativity, innovation and knowledge exchange among students, researchers, entrepreneurs, startups and industry partners. The proposed Innovation Campus is envisioned as an active urban platform rather than an isolated institution, supporting sustainable and climate-responsive design, social interaction, industry–academia collaboration and inclusive urban regeneration while located within Lahore’s developing institutional corridor. The thesis argues that such a model can redefine higher education in Pakistan by transforming the university into a dynamic infrastructure for innovation and long-term socioeconomic growth.

Description

Keywords

MOEEZ HASAN, BAR, Innovation Campus, Hybrid Learning Environments, Technology Education, Incubation Architecture, Knowledge Economy, Lahore, University 4.0, Urban Regeneration, Sustainable Design, Department of Architecture

Citation

Endorsement

Review

Supplemented By

Referenced By