Engineering for Sustainable and Green Future

EasyChair Preprint 15451

Abstract

With the growing emphasis on sustainability and innovation, engineering education must transform to align with industry expectations. This paper outlines a novel framework designed to integrate Metal Matrix Composites (MMCs), Polymer Composites, and green hydrogen technologies into the mechanical engineering curriculum. By doing so, it aims to boost student engagement, enhance technical proficiency, and improve readiness for industry demands. The approach combines classroom instruction with experiential, project-based learning, complemented by industry partnerships that provide exposure to real-world challenges.

The adoption of this framework has shown notable success, with over 85% of students reporting increased interest and a stronger grasp of key concepts. Hands-on projects, including MMC fabrication, material testing, and green hydrogen production, have equipped students with practical skills that align with current industry needs, particularly in the sustainability sector. Industry stakeholders have validated the framework’s effectiveness, as many students have secured internships and job offers directly linked to their project experience.

However, the study also reveals certain challenges, such as constrained resources and limited time within academic schedules. Moving forward, the focus will be on refining the framework to ensure it is scalable and accessible for institutions with tighter budgets, while also promoting interdisciplinary collaboration.

This paper underscores the necessity of evolving engineering education by embedding emerging materials and energy technologies, equipping future engineers to lead advancements in innovation and sustainability.

Keyphrases: Education, Sustainability, green energy

@booklet{EasyChair:15451,
  author    = {Nitesh Yadav and Adithya Bisht and Romesh Kumara},
  title     = {Engineering for Sustainable and Green Future},
  howpublished = {EasyChair Preprint 15451},
  year      = {EasyChair, 2024}}