Hands on training on “Reverse Engineering Challenge”

The Department of Mechanical Engineering successfully conducted a Hands-on Training on “Reverse Engineering Challenge” at CAD Laboratory for third-year undergraduate students. The programme was designed to develop students’ analytical, design, and problem-solving skills by introducing them to the principles and practices of reverse engineering.

The training session was conducted by Mr. M. Anbalagan, Assistant Professor, Department of Mechanical Engineering, SCT. During the session, students were introduced to the systematic process of reverse engineering, which involved examining existing mechanical components, understanding their design features, measuring critical dimensions, and recreating accurate CAD models using industry-standard design software.

Students actively participated in analyzing machine components, identifying their functional features, preparing engineering sketches, and developing three-dimensional models based on the collected measurements. The session emphasized design interpretation, dimensional accuracy, modelling techniques, and the importance of reverse engineering in product development, maintenance, redesign, and manufacturing.

The hands-on training enabled students to bridge the gap between physical components and digital design, enhancing their proficiency in CAD modelling, engineering drawing interpretation, and design validation. The programme also strengthened their technical competency, creativity, and confidence in applying reverse engineering concepts to solve real-world engineering problems.

The programme concluded with an interactive discussion and model evaluation, where students presented their recreated CAD models and demonstrated their understanding of reverse engineering methodologies. The training served as a valuable experiential learning opportunity, preparing students for advanced product design, innovation, and industrial engineering applications. A total of 52 students benefited from the course.