The roll cage is a critical safety component of the off-road vehicle, designed to protect the driver in the event of a rollover or impact. Using 3d CAD software We optimize the design for strength, stiffness, and weight. We consider factors such as material selection, tubing diameter and thickness. We work with metal fabrication tools, such as tube benders and welders, to fabricate and assemble the roll cage accurately. Static load testing and dynamic impact testing are done to evaluate the roll cage's performance under different scenarios to maximize safety.

The task of cleaning wide windows or facades on tall and high-rise buildings can be both tedious and dangerous. It requires a significant amount of human effort, time, and money. However, there is a solution that can make this process much easier and safer. Introducing the Win-Clean bot - a compact, user-friendly, and lightweight window cleaning robot. This innovative bot not only eliminates the need for human labor and financial resources but also eradicates the associated risks to human life. With the Win-Clean bot, window cleaning becomes a hassle-free and cost-effective experience, leaving you with peace of mind.

This project focuses on a "Setup for checking Flatness using a dial indicator." We extensively studied Geometrical Dimension and Tolerancing and its significance in product manufacturing. Among various parameters, we specifically examined Flatness, exploring existing measuring instruments and methods. After conceptualizing the setup, we determined part specifications, created 3D models, and drafted the design with appropriate dimensions. Material selection, considering economic feasibility and requirements, was followed by machining and assembly. The setup's performance was validated by testing it with a known flatness part.