This concept robotic arm was designed to explore multiple mechanical motions within a single articulated system, focusing on clarity of movement rather than cosmetic detailing. The model was fully created and assembled in Fusion 360, with each joint and link built as a separate mechanical component to ensure correct motion logic. The assembly was then animated in Blender to visualize both working motion and exploded view. Motions demonstrated in this concept: • Gear-driven joint motion at the arm • Base rotary motion for positioning • Linear sliding motion to extend the arm • Hook capture motion for end-effector interaction This project was built as a mechanical visualization exercise, focusing on joint hierarchy, axis discipline, and clean CAD-to-animation workflow rather than cinematic effects. The goal was to clearly show how different mechanical motions can work together in one system, from power transmission to controlled tool interaction.

Designed and textured a low-poly, game-ready off-road vehicle with a focus on mobile optimization and clean topology.

The asset was created under a strict polygon budget, using efficient UV layouts and shared texture sets. Subtle weathering and dirt were added to convey a driven, off-road look while maintaining performance suitability for real-time applications.

Made this Ferrari 3D animated commercial using blender which also includes 3D character (not animated) with cold 3D environment of landscapes which shows the power and exclusivity of Ferrari

Created a Blender animation demonstrating a renewable energy concept using a VAWT setup placed along railway tracks to capture wind generated by moving trains. The harvested energy is stored via a Battery Management System and converted from DC to AC for later use.