A research study exploring methods to enhance patient comfort and safety during assisted lifting, along with a novel proposal for an improved patient lifting technique

An externally navigating pipeline robot capable of carrying a 1kg sensor payload, featuring onboard processing and image recognition capabilities.

An STM32-based quadcopter optimized for landing stability, featuring dual microcontrollers to maintain level and calculate distance to the ground, enabling smooth landings and takeoffs.

The installation of a 2-ton loading capacity vacuum distillation plant, carried out in accordance with manufacturer specifications and customized with alterations to meet budget and environmental constraints.

The automation of a 4-level series vacuum pump system capable of achieving a 10 Pa vacuum, utilizing pressure sensors, a PLC, and integrating an HMI for monitoring and control

A design for a locally manufacturable centrifuge optimized for cost-efficiency and safety.

The design, development, and commissioning of an industrial radiator in the form of a tower with cascading water for efficient heat dissipation.

Research and development at Libo to create a passive idler roller mechanism capable of correcting belt misalignment without the need for active monitoring and control

The complete overhaul of a Horiba C400 biochemistry analyzer, including the replacement of the main rotor motor and the measuring cell to restore optimal functionality.