HKS Authors

See citation below for complete author information.

Professor of Public Policy, HKS; Sturgis Hooper Professor of Geology and Professor of Environmental Science and Engineering, FAS

Abstract

Sustainable development has become a central global objective as societies confront interconnected challenges related to environmental degradation, economic instability, and rapid technological change. Traditional development models that prioritize economic growth without adequate environmental and social considerations have resulted in resource depletion, climate risks, and widening inequalities. This research paper examines how multidisciplinary innovation—integrating technology, environmental science, and economic planning—can create balanced and resilient pathways for sustainable development. The study explores how technological advancements enable environmentally responsible practices while simultaneously fostering economic growth. Using empirical analysis, policy review, and stakeholder perspectives, the research demonstrates that coordinated innovation across disciplines enhances productivity, environmental protection, and inclusive development. The findings emphasize that sustainable development outcomes depend on integrated governance frameworks, innovation ecosystems, and long-term policy alignment. The paper concludes that multidisciplinary innovation is not optional but essential for achieving sustainable and inclusive growth in a rapidly evolving global economy.

Citation

Schrag, Daniel. "Sustainable Development through Multidisciplinary Innovation: Linking Technology, Environment, and Economic Growth." American Journal for Multidisciplinary Research 1.1 (May/June 2026).