Muhammad Mubbashir Khan

Leading a multidisciplinary engineering team at KaliberMotors, building hard technology from the ground up.

Collaborating in a 4-member engineering team to design, develop, and prototype an autonomous electric delivery truck under industry mentorship from Kaliber Motors. The project integrates vehicle architecture, mechanical design, electric powertrain systems, autonomous technologies, simulation, manufacturing, and prototype validation.

Developing autonomous agricultural robotics systems with a focus on mechanical design, embedded systems, prototyping, and product engineering. Currently operating in stealth mode.

As Team Lead of Team Phantom, I lead a multidisciplinary team in the design, fabrication, and testing of a competitive automotive project. I personally specialize in fabrication and CAD design, while overseeing all departments including powertrain integration, testing, and social media outreach, ensuring project milestones are met on time. I am actively involved in technical decision-making, problem-solving, and resource coordination, guiding the team from concept to a fully functional prototype ready for competition. This role allows me to combine leadership, hands-on engineering expertise, and project management skills to deliver high-performance results.

​Analyzed real-time downhole data and MWD parameters to support accurate well trajectory control within the Operations department. ​Enhanced field operations through actionable technical ideas and received commendations for excellent reporting skills.

Co-leading Phantom Falcons, a competitive UAV team participating in TEKNOFEST Türkiye, focused on the design and development of autonomous aerial systems. Actively involved in end-to-end UAV engineering, including: • Airframe conceptual design and aerodynamic optimization • CAD modeling and structural design using SolidWorks • CFD analysis for aerodynamic performance evaluation • Structural and stress analysis using ANSYS • Selection and integration of propulsion, control, and avionics systems • Payload integration and mission-specific UAV design considerations • System-level design for autonomous flight and mission execution Also contributing to project planning, technical coordination, and team execution strategy to ensure a competition-ready autonomous UAV platform.

Worked as a Mechanical Engineer contributing to the design, prototyping, and integration of robotic systems, with a focus on developing reliable mechanical structures and ensuring seamless hardware–electronics coordination. Key Responsibilities & Contributions: Designed mechanical components and assemblies in SolidWorks, including structural parts, mounts, brackets, and protective housings for robotic systems. Developed detailed CAD models, technical drawings, and manufacturing documentation for prototyping and fabrication. Supported system-level integration of motors, motor drivers, sensors, and wiring within mechanical assemblies. Participated in hands-on prototyping, assembly, and testing of robotic hardware systems. Collaborated with electronics and embedded teams to ensure mechanical-electrical compatibility and smooth system performance. Identified mechanical issues during testing and contributed design improvements to enhance reliability and durability. Assisted in preparing BOMs, parts lists, and manufacturing-ready files for production workflows.

As the Leader of Team Aeronyx, I actively contribute to the team's strategic and technical development. My responsibilities span across: Management: Assisting in planning, organizing, and leading the team through projects and competitions. Financial Oversight: Managing budgeting, resource allocation, and procurement. Technical Support: Involved in sourcing and collecting mechanical materials and supporting the electrical system design process. Interdisciplinary Coordination: Bridging technical and administrative roles to ensure smooth workflow and project delivery.