• Design and Development: Designed and developed prosthetic hand models using SolidWorks, contributing to the
creation of finalized, functional products.
• 3D Printing and Assembly: Utilized 3D printing technology to fabricate and assemble components, ensuring precision
and reliability in prosthetic devices.

• B2B Strategy Development: Researched competitors and industry trends to devise innovative strategies MyCourier's
business-to-business (B2B) expansion, identifying new revenue streams.
• Critical Analysis: Evaluated MyCourier’s operational strengths and weaknesses, suggesting improvement that enhanced
service delivery and customer satisfaction.
• Project Collaboration: Collaborated with cross-functional teams to implement strategic initiatives
• Client Communication: Liaised with stakeholders to ensure seamless integration of new solutions, maintain high client
satisfaction

• Robotic Part Management: Meticulously sorted and managed robotic components, optimizing manufacturing
processes for efficiency and precision.
• Robotic System Integration: Operated BMB, Fanuc, and Cobot robots to seamlessly integrate parts into production,
enhancing automation capabilities.
• Senior Engineer Mentorship: Actively shadowed senior engineers, gaining valuable insights into process optimization,
troubleshooting, and continuous improvement strategies.

• Designed a system to be used individually by patients with paraplegia to provide an effective method of aerobic
exercise that is physically challenging, engaging, and mentally stimulating.
• Design was a multifunctional push bar that users can attach to their wheelchairs independently, allowing them to
engage in several different aerobic exercises in an organized manner as regulated by a connected app.

Developed a C++ program, "BMode," that can beamform multiple scanlines from acquired ultrasound data to
generate a B-mode image.
• Implemented a program that generates B-mode images containing multiple scanlines from echoes received from
an ultrasound array transducer.
• Walked through the detail of B-mode imaging transmission process, including focused pulse transmission, and
returning echoes.

Utilized SolidWorks to design a detailed 3D model of an Arctic Tern bird, incorporating a unique wing-flapping
mechanism.
• Employed a 3D printer for the precise fabrication of the model, ensuring high quality in the printed parts.
• The project resulted in a functional and interactive 3D puzzle piece of an Arctic Tern bird, demonstrating
proficiency in 3D modeling and printing.