Md Humza Rahman

Project Leader – Taylor’s Robotics Club @ Centre for Higher Degrees by Research, Taylor's University, Malaysia

About

I am a robotics engineer focused on developing autonomous robotic systems, humanoid robots, and intelligent robotic platforms designed for real-world environments.My work includes building nationally recognized humanoid robots such as Vulgrim and Her-ra, which were featured across 50+ national and regional media outlets in India.Currently I am pursuing a B.Eng. in Robotics Design & Development at Taylor’s University (Malaysia) and actively working on robotics research and development involving:• ROS2 • SLAM and LiDAR-based navigation • Robot perception and computer vision • Autonomous robotic platforms •3D Design and ModellingI also serve as a Project Leader at the Taylor’s Robotics Club, where I lead robotics development initiatives and collaborate with engineering teams on robotics projects.Alongside academic research, I am currently leading a tele-operational humanoid robot project, focused on full-body human motion replication for remote industrial operation.#I am preparing for Work-Based Learning opportunities starting September 2026 and am interested in robotics roles involving autonomous systems, perception, and real-world robotics deployment.

Country

Malaysia

City

Subang Jaya

Industry

Computer Software

Skill

Lego Robotics, Lego Mindstorms, Engineering, Microcontrollers, Onshape, Robot Operating System (ROS), Python (Programming Language), Robotics, Laboratory Robotics

Experience

Project Leader – Taylor’s Robotics Club

Centre for Higher Degrees by Research, Taylor's University, Malaysia

2024-4 - Present · 2 yrs 6 mos

Subang Jaya

Leading robotics development initiatives and organizing hands-on robotics activities within the Taylor’s Robotics Club and the School of Engineering. Key responsibilities: • Organize and lead robotics workshops and technical events for university students • Conduct workshops teaching practical robotics skills, including servo control, sensors, actuators, and Arduino-based systems • Mentored participants in workshops such as: Spider Robot Workshop (servo motors & robotic movement) Hand-Following Robot Workshop (sensor-based robot interaction) Arduino Fundamentals Workshops (microcontrollers and electronic components) BattleBots Robotics Event where students design robots capable of playing robotic football • Lead development of a tele-operational humanoid robot MEGA project under the Taylor’s Robotics Club and School of Engineering • Currently developing an autonomous parcel delivery robot project • Work with robotics technologies including ROS2, embedded systems, sensors, and robotic system integration