M. Umar H.
Global rank:
17,026 / 137,549
Skill pts: 5
Blender EasyEDA KiCAD PCB Mentor Graphics PADS Solidworks

About

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Experience

  • Chief Technologist Markhor3D · Self-employed Dec 2016 – Present 9 yrs 7 mos Lahore, Punjab, Pakistan Architected and modeled the M3D Enabler, a commercial-grade desktop 3D printer, handling the end-to-end mechanical design and rapid manufacturing pipeline.

    Designed and prototyped M3D Go, a modular educational robotics kit requiring complex 3D-printable snap-fit components and tight electromechanical integration.
  • Chief Technologist Qosain Scientific · Full-time Feb 2016 – Jun 2026 10 yrs 4 mos Lahore, Punjab, Pakistan Designed and fabricated intricate, high-precision scientific apparatuses and automated robotic stages for advanced experimental physics research.

    Led the 3D CAD modeling, mechanical enclosure design, and hardware-software co-design for PhysLogger, a comprehensive physical data acquisition ecosystem.

Education

  • UET - Lahore M.Sc, Mechatronics Engineering, 3.0/4.0 2019 – 2021 Activities and Societies: Advanced robotics, control engineering projects Focused on advanced mechanical design, complex kinematics, and hardware-software integration. Designed, modeled, and simulated intricate robotic systems, including:Master's Thesis: "Robotic Reconstruction of Islamic Calligraphy" – Modeled continuous spatial trajectories and complex multi-axis kinematics to translate digital spline data directly into physical robotic movement. Advanced Mechanisms: Designed and built a computer-controlled 3-Axis Spirograph.
  • UET - Lahore B.Sc, MECHANICAL EGINEERING, 3.24/4 2008 – 2012 Activities and Societies: Self motivated projects, robots, vehicles, automation Culminating in a 6DOF robot with complete inverse kinematics and fabrication.

Other experience

  • Founder @ M3D As the founder and lead mechatronics engineer at M3D, I built a hardware manufacturing company from the ground up, successfully bringing multiple complex electromechanical products to market. This experience guarantees to my clients that I understand the entire product lifecycle—from initial 3D CAD modeling to scalable production.

    End-to-End Product Development: Led the complete mechanical design, 3D modeling, and rapid prototyping for the M3D Enabler (a commercial desktop 3D printer), M3D GO (a modular robotics kit), and MeasureLab (a sensor-based STEM suite).
    Design for Manufacturing (DFM): Engineered complex mechanical assemblies, custom transmission systems, snap-fit components, and electronic enclosures optimized for both 3D printing and mass manufacturing.

    Hardware-Software Integration: Bridged physical mechanics with embedded electronics, custom kinematics, and user interfaces, ensuring that the 3D models translated perfectly into robust, real-world machines.

Licenses & Certifications

  • Registerd Engineer PEC Oct 2012 – Present