• Responsible for leading hardware subsystem development within a neurotechnology club.• Managing a team of engineering students to design and implement innovative hardware solutions.• Coordinate with interdisciplinary teams to integrate hardware with software systems, and more.• Oversee project timelines to ensure timely delivery of milestones.• Contribute expertise in hardware design, prototyping, and testing to advance neurotechnology research and development efforts.

• Actively contributing to a healthcare technology team, specializing in the hardware aspect.• Specifically involved in the motor module for a brainwave-controlled prosthetic arm.• Goals of the motor module include providing sufficient torque, quick convergence, promptresponse to disturbances, and maintaining system stability.• Approaching the design by leveraging 3D printing to minimize mechanical part weight.• Responsible for implementing a stable and accurate control system• Committed to advancing healthcare through innovative technological solutions.

• Organize CUBE’s academic and industrial events for undergraduate students• Maintain good relationships with BME Faculty and Affiliated Students

• Conducting on-site visits to ORs and ICUs for equipment maintenance and repair.• Collaborating with healthcare professionals to address technical issues and optimize equipment performance.• Assisting in troubleshooting and diagnosing equipment malfunctions.• Contributing to the development of innovative solutions to improve service efficiency and customer satisfaction.• Reviewing and providing valuable feedback on clauses discussing operational procedures toensure clear communication and enhance service efficiency.• Cooperating effectively with engineers, technical specialists, and Service and Repair departments across the Middle East and Asia to streamline the service process and maintain optimal functionality of medical equipment.

• Active member of the Mechanical Subsystem within the Unmanned Aerial Systems Team.• Collaborated with fellow engineering students on the design and optimization of drone cabins,contributing to the team’s overall project goals.