About
I am a Mechanical Design Engineer specializing in 3D modelling, complex assemblies, and robotics. With over 1.5 years of professional-grade experience in SolidWorks, I focus on creating production-ready parts and functional mechanical systems.
Core Expertise:
>3D Design: Expert in parts modeling and large-scale assemblies using the SolidWorks Toolbox.
>Analysis: Proficient in simulations to ensure design viability.
I pride myself on providing concise, technical solutions and high-quality CAD documentation for every project.
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Portfolio
Experience
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Freelance Mechanical Design Engineer
Independent / Remote Clients · Self-employed
Sep 2024 –
Present
1 yrs 6 mos
Pakistan
Focused on high-precision 3D modelling and complex mechanical assembly design. I specialize in developing production-ready parts using the SolidWorks Toolbox and creating functional robotic prototypes, including autonomous systems with integrated sensor logic. My work combines engineering principles in thermodynamics and mechanics with practical CAD solutions for remote clients.
Education
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UET Taxila, Pakistan
Mechanical Engineeiring, Design, Engineering Student.
2024 – 2028
(expected)
Activities and Societies:
Active Member, University SolidWorks Club
Focused on advanced mechanical design and robotics. As a member of the University SolidWorks Club, I lead workshops on 3D parts modelling and assembly optimization. I have also applied thermodynamics and mechanical engineering principles to troubleshoot autonomous vehicle prototypes and sensor-based systems.
Other experience
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Autonomous Obstacle-Avoiding Vehicle | Arduino & Sensor Integration
This project involved the end-to-end development of an autonomous robotic vehicle, focusing on the seamless integration of mechanical hardware and embedded systems. Using SolidWorks, I engineered a custom chassis and precisely modeled component mounts to ensure optimal weight distribution and stable sensor placement. The vehicle’s intelligence is powered by an Arduino microcontroller programmed to process real-time data from ultrasonic sensors, allowing for reliable hurdle detection and navigation. By calibrating motor speeds and steering logic, I successfully implemented a system that enables the robot to move forward until it encounters an obstacle, at which point it stops and reverses to a safe position. This mechatronics prototype serves as a practical demonstration of my ability to bridge 3D CAD modeling with functional electronic control.
Licenses & Certifications