This module focuses on reducing carbon emissions from the transportation sector through innovative technologies and sustainable mobility solutions. Learners will examine alternative fuels, electric vehicles, and decarbonization strategies that support cleaner transportation systems. The module also explores MRTS technologies and future transit systems that contribute to efficient, accessible, and environmentally sustainable mobility.

This module introduces the fundamentals of renewable energy and its importance in the transition toward sustainable power generation. Learners will explore the current energy landscape, major energy consumers, and key renewable technologies such as solar and wind energy systems. The module also covers energy calculations, hybrid energy solutions, and their role in enhancing energy security, reducing carbon emissions, and supporting sustainable development.

This module explores advanced renewable energy systems and their role in the global transition to clean energy. Learners will examine biomass conversion technologies, biofuel production processes, hydropower, geothermal energy systems, tidal energy technologies, and hydrogen production methods. The module emphasizes the technical principles, benefits, and challenges of these renewable energy solutions in achieving a low-carbon and sustainable energy future.

This module introduces the concepts and practices of green manufacturing, focusing on sustainable product and process design. Learners will explore green design principles, design for sustainability guidelines, and their practical applications in manufacturing environments. The module emphasizes resource efficiency, waste reduction, and environmentally responsible decision-making to support sustainable industrial development.

This module introduces the core technologies and frameworks driving the Fourth Industrial Revolution (Industry 4.0). Learners will explore digital design tools, resource modeling techniques, simulation methodologies, and Industry 4.0 architecture. The module also examines the adoption of smart manufacturing practices in India and the emerging concept of Manufacturing as a Service (MaaS) to enhance flexibility, efficiency, and innovation in industrial operations.

This module introduces additive manufacturing technologies and their role in the evolution of smart manufacturing. Learners will explore the additive manufacturing process chain, key AM techniques, and their industrial applications. The module also examines smart factory concepts, highlighting how automation, connectivity, and data-driven technologies enable efficient, flexible, and sustainable manufacturing operations.