Introduction:

The Mechanical Engineering Department of ZCOER has implemented an innovative teaching-learning process that actively engages students in the design and development of lab test rigs, prototypes, and commercial models. This initiative aims to provide hands-on experience in experimental setup, prototype development, and an understanding of the product commercialization process. Through this approach, students gain practical exposure to engineering concepts and problem-solving methodologies, fostering their technical and entrepreneurial capabilities.

Objectives:

• To enhance students’ understanding of experimental setups and laboratory procedures.
• To provide practical exposure to prototype development and testing.
• To introduce students to the product development lifecycle and commercialization aspects.
• To foster creativity, problem-solving abilities, and entrepreneurial skills.
• To prepare students for roles in product development, innovation, and engineering design.

Methodology:

As part of their coursework, students are encouraged to conceptualize, design, and fabricate lab test rigs and commercial models under faculty supervision. The process follows a structured approach:

1. Conceptualization – Identifying industrial or academic challenges that can be addressed through experimental setups or commercial models.
2. Design and Development – Using CAD software and engineering principles to design prototypes and test rigs.
3. Fabrication and Assembly – Utilizing manufacturing processes such as machining, welding, and 3D printing to build the models.
4. Testing and Validation – Conducting experimental analysis and performance evaluation of the developed prototypes.
5. Commercial Feasibility Assessment – Exploring market potential, cost analysis, and possible applications of the developed models.

Key Achievements:

• Development of multiple functional lab test rigs for use in academic experiments.
• Creation of industry-relevant commercial models addressing practical engineering problems.
• Increased student engagement and participation in hands-on learning.
• Exposure to real-world engineering challenges, improving technical competence.
• Strengthened collaboration between students, faculty, and industry partners.

Impact on Student Learning and Skill Development:

• Practical Skill Acquisition: Hands-on experience with design tools, manufacturing techniques, and testing methodologies.
• Innovation and Creativity: Encouragement to think critically and develop novel engineering solutions.
• Problem-Solving Abilities: Application of theoretical knowledge to real-world engineering challenges.
• Entrepreneurial Readiness: Understanding of commercialization aspects and product lifecycle management.
• Industry Preparedness: Enhanced employability through exposure to product development and engineering design roles.