Muiz Ur Rehman

• Design and Modeling Expertise: Demonstrated academic and industry proficiency in CAD tools including AutoCAD and SolidWorks for complex engineering designs and 3D modeling.
• Advanced Programming Skills: Highly skilled in programming and simulation with MATLAB, Simulink, and proficient in coding with C and C++, enabling efficient solving of engineering problems.
• Microcontroller Programming: Certified expertise in programming STM32 microcontrollers and Arduino Uno R3, showcasing strong capabilities in embedded systems development.
• Electronic Fabrication Skills: Experienced in precise soldering techniques for PCB assembly and adept at integrating sensors and actuators, enhancing device functionality and performance.
• Systems Engineering Knowledge: Solid understanding of control systems, electromechanical systems, and machine design principles, applied in the development of innovative solutions.
• Communication Excellence: Exceptional oral and written communication abilities honed through extensive coursework in speech, facilitating clear and effective exchange of complex technical information.

Project Manager, Capstone Design Team, University of Waterloo, ON, September 2023 - April 2024: 

• Supervised a team of five engineering students in pioneering a sustainable solution for failing foundations through innovative pile foundations and geothermal technologies, enhancing geotechnical engineering practices.
• Secured team's advancement in the MTE Pitch Competition, highlighting our project's innovation and potential impact on sustainable infrastructure.

Calcaneus Implant Design, University of Waterloo, ON, January 2024 - April 2024:

• Designed a pioneering calcaneus implant, optimizing for longevity and effectiveness to address lower limb deformities, leveraging advanced modeling techniques.
• Conducted comprehensive finite element analysis and system modeling to optimize load distribution and walking cycle adaptation, enhancing the implant's functional integration.

Front Load Washing Machine Design, University of Waterloo, ON, January 2024 - April 2024:

• Led the drive assembly design of a front-load washing machine, achieving enhanced durability with a 600-hour lifespan and a reduced failure rate through strategic bearing selection.
• Employed SolidWorks for meticulous refinement of shaft and housing designs, incorporating cutting-edge components for maximum compatibility and efficiency.

Two-Axis Line Following Machine, University of Waterloo, ON, May 2023 - August 2023:

• Developed a two-axis line-following robot using STM32 microcontroller programming, focusing on precision movement and adaptability.
• Implemented advanced control mechanisms including limit switches, interrupts, and speed regulation, demonstrating a high level of innovation and technical skill in automation.

• Engineering Society Representative (Winter 2019 – Present): Bridged student-faculty communications, driving student interest advocacy and curriculum improvements.
• Academic Representative (Fall 2019): Influenced course selection and educational resource enhancements through active student representation.
• WHMIS 2015 Certification (Fall 2019): Certified in safety standards compliance through training.
• Middle School Science Presentation (Fall 2019): Developed and delivered a presentation on suspension bridge physics, honing public speaking and software skills.
• Culvert Design Team Lead (Fall 2019): Directed a culvert design project for The Grand River, involving CAD modelling and report writing.