"Commercial motion simulators cost a fortune. Our project is a compact, affordable, and DIY 6DOF motion platform that brings professional-grade immersion to sim racing and flight. I provide the complete guide—from the Arduino code to the mechanical design—so you can build it yourself without the massive price tag."

This is a microwave with every part that a real microwave has, from a magnetron to a power chord. It is made to immitate a real, functional microwave.

This CAD model represents a high-quality laboratory table designed to provide a stable, ergonomic workspace for various scientific and research applications. Constructed with a robust frame and corrosion-resistant surfaces, this lab table supports heavy equipment and materials handling while ensuring longevity and easy maintenance. The design emphasizes user comfort with an optimized height and spacious tabletop, suitable for experiments, sample preparations, and analytical tasks. Ideal for chemistry, biology, and industrial labs, this table is engineered for durability and adaptability, ready to integrate with other lab furniture or customizable setups. The CAD file suits engineers and designers for seamless incorporation into lab layout plans and industrial furniture designs.

Meet the Manual Universal Testing Machine — a compact powerhouse built for pure mechanical precision. Powered by a smooth hand-crank and guided by dual precision screws, it delivers rock-solid tension and compression testing without electronics, noise, or complications. Engineered with a premium metallic finish and modular fixtures, it turns classroom experiments and lab tests into a hands-on, intuitive experience. Simple. Accurate. Beautifully built. This is material testing—redefined

OmniFire is an intelligent autonomous robot capable of detecting and extinguishing fires using dual fire extinguishers, 12 ultrasonic sensors, and omnidirectional Mecanum wheels. Powered by an Arduino–Raspberry Pi hybrid control system, it combines precision motion, real-time environment mapping, and autonomous fire suppression for safety applications in homes, factories, and labs.

Redefining classic steam design with modern precision — the Twin Cylinder Paddle Steamer Engine is a tribute to engineering artistry in SOLIDWORKS.

A 3 dof arm robot is a personal assistant robot for lab and an added hand for hardware engineers in a lab to pick, place and hold in a collaborative woring space.

A 3D model of an Audi A7 designed in SolidWorks, suitable for rendering and 3d printing

Motherboard for 3d printer that I designed myself

n innovative drone project designed to deliver high performance, precision control, and smart automation for real-world applications.

This is a “smart moving dustbin” (trash can) which can be controlled via smartphone (likely via Bluetooth or WiFi) and is capable of moving in all directions (forward, backward, left, right) under control

A fully engineered obstacle-avoidance robotic car featuring a complete SolidWorks design, 6-sensor perception, and Arduino-based control—built as a foundation for future autonomous navigation modes.

A fully automatic pallet depalletizer designed for all types of jars and cans. Featuring smart height calibration, QR code recognition, and a vacuum separator system, it ensures fast, precise, and maintenance-friendly pallet unloading for modern industrial production lines.

Eurocard guide system made by 3D-printer

This is a pressure driven expansion tunnel, which is used to test the deviation of Human rated Vehicle which is given by NASA.