M. Hamza F.
Mechanical Engineer | Fusion 360 & AutoCAD | 3D CAD, Product Design & Drafting
Lahore,
Pakistan
About
I help inventors, startups, and companies transform ideas into accurate, functional, and manufacturing-ready designs. Whether you need a simple 2D-to-3D conversion, an assembly with motion study, or a product optimized for 3D printing and prototyping, I can deliver high-quality results.
What I Offer:
2D to 3D CAD conversions (sketches, blueprints, PDFs)
Product design & prototyping (ready for manufacturing)
Technical drawings with tolerances & annotations
STL files for 3D printing
Exploded views & assembly animations
My focus is on precision, clarity, and practical engineering solutions that help clients move from concept → design → prototype.
Let’s bring your idea to life 🚀
Portfolio
Education
-
University of Engineering and Technology Lahore
Mechanical Engineering, Engineering, A+
2023 – 2027
(expected)
Activities and Societies:
Chess, Badminton, Cricket, Football, AAA games,
Relevant Coursework & Skills:
Engineering Drawing & CAD (Fusion 360, AutoCAD)
Mechanics of Materials, Thermodynamics, Fluid Mechanics
Machine Design & Manufacturing Processes
Product Design & Prototyping (3D Printing, CNC basics)
Introduction to Simulation & Analysis (FEA, CFD basics)
Focused on building strong expertise in CAD modeling, product development, and mechanical systems design, with practical experience in Fusion 360 and AutoCAD for creating 2D/3D models, assemblies, and technical drawings.
Other experience
- 7-Inch Drone Frame Design (Self Project) Designed a lightweight 7-inch drone frame in Fusion 360 optimized for strength and durability. Created parametric 3D models with precise mounting points for motors, flight controller, and battery. Prepared technical drawings and STL files for CNC cutting and 3D printing. Applied basic stress analysis to evaluate structural integrity under load and ensured weight-efficient geometry for improved flight performance.
- Strandbeest Mechanism (Self Project) Modeled a Strandbeest walking mechanism in Fusion 360 to study kinematic linkages and motion. Designed link lengths based on Theo Jansen’s ratios, assembled multiple legs, and simulated the walking cycle. Created exploded views and animations to visualize how the mechanism converts rotary motion into smooth, lifelike walking. Demonstrated understanding of linkages, assemblies, and motion studies in mechanical systems.
- 4-Stroke Engine Design (Self Project) Developed a 3D CAD model of a 4-stroke internal combustion engine using Fusion 360. Designed key components including piston, crankshaft, connecting rod, cylinder, and valve mechanism. Created detailed assemblies and exploded views to illustrate the motion cycle. Applied motion study to demonstrate piston-crankshaft interaction and validated dimensional accuracy for mechanical functionality.
Licenses & Certifications
- Fusion 360 Jun 2025 – Present
- Using Rapid Prototyping in the Engineering Design Process Mar 2025 – Present See credential
- AI for Everyone Jan 2025 – Present See credential
- AutoCAD Nov 2023 – Present See credential
- MATLAB Nov 2023 – Present See credential
0 followers, 6 following
Joined: August 28, 2025
Last seen: August 29, 2025
Languages
English Professional working proficiency
Urdu Native or bilingual proficiency
Hindi Native or bilingual proficiency
Punjabi (Eastern) Native or bilingual proficiency
Arabic Limited working proficiency
Location
Lahore, Pakistan