Green Mobility, Energy and Manufacturing

L&T EduTech via Coursera

Go to class Write review

Overview

Google, IBM & Meta Certificates – 40% Off

One Coursera Plus subscription covers most Professional Certificates on Coursera.

Unlock All Certificates

The global industrial landscape is undergoing a massive transformation driven by the urgent need for sustainability, decarbonization, and digital innovation. Green Mobility, Energy, and Manufacturing is a comprehensive, multidisciplinary course designed to equip learners with the critical knowledge and practical insights needed to lead this transition. By bridging the gap between clean transportation, renewable energy engineering, and smart manufacturing, this course provides a holistic understanding of how interconnected modern industrial ecosystems operate. Completing this course will position you at the forefront of the green industrial revolution, opening diverse career pathways in engineering, urban planning, sustainability consulting, and smart manufacturing operations. Through seven comprehensive modules, you will develop a highly sought-after, versatile skill set: Master Net-Zero Mobility: Learn to design low-carbon transportation frameworks using circular economy principles, alternative fuels, electric vehicles, and Mass Rapid Transit Systems (MRTS). Harness Clean Power: Gain foundational and advanced technical knowledge of solar, wind, biomass, hydro, geothermal, and hydrogen energy systems, enabling you to calculate and implement resilient, hybrid energy solutions. Architect Smart, Sustainable Factories: Develop expertise in Design for Sustainability (DfS), additive manufacturing (3D printing) process chains, and data-driven smart factory frameworks. Ultimately, you will graduate with the systemic thinking required to reduce carbon footprints, minimize industrial waste, and make environmentally responsible, data-driven decisions that balance economic productivity with planetary health. Unlike traditional programs that isolate engineering, logistics, or environmental science, this course offers an integrated ecosystem approach. It explicitly connects the dots between energy generation, how that energy moves people and goods, and how products are physically built. Furthermore, the curriculum directly addresses the modern intersection of sustainability and technology. You will not just learn traditional green concepts; you will explore how the Fourth Industrial Revolution actively accelerates sustainability goals. By diving into Industry 4.0 architecture, digital resource modeling, Manufacturing as a Service (MaaS), and automated smart factories, this course ensures you are fully prepared for the future of digitalized, eco-conscious industrial environments.

Syllabus

Sustainable Transportation
- This module provides an overview of the transportation sector and its role in sustainable development. Learners will examine the impacts of transportation activities, sustainable transport planning principles, and strategies for improving mobility while reducing environmental impacts. The module also introduces transit-oriented development and circular economy practices that support cleaner, more efficient, and resilient transportation systems.
Transportation Decarbonization
- 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.
Renewable Energy
- 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.
Advanced Renewable Energy Systems
- 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.
Green Manufacturing
- 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.
Industry 4.0 Technologies
- 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.
AM Processes and Smart Factories
- 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.