Back to freelancer search

Mohamed A.

Mechanical designer with SolidWorks experience

Oran, Algeria

Global rank:

8,083 / 115,320

Skill pts: 5

3D Design 3D Modeling CAD Design Mechanical Design SolidWorks 2024

Get a quote

About

I’m a mechanical designer passionate about creating machines, technical products, and custom solutions. With strong experience in 3D design, manufacturing, and industrial project development, I turn ideas into functional, build-ready systems.

My approach is focused on efficiency, problem-solving, and quality. I handle the full development process — from concept and 3D modeling to technical drawings, documentation, and prototyping.
Every project is designed with attention to detail, ease of manufacturing, and long-term reliability.

Experience

Mechanical Design and Production Engineer Areeny Med · Freelance Aug 2024 – Sep 2024 1 mos Algeria I was working on a medication dispenser device for elderly

Education

école nationale polytechnique Master, Mechacnical Engineering, last year 2021 – 2026 (expected) Activities and Societies: -Mechanics responsible for "Talebot" robotics team. -IT member for the vision and inovation club

Other experience

Rocketry national competition 2024 Participated in a national rocketry competition with a team of 16 members, where we designed and built a full model rocket system — including the airframe, motor, parachute recovery system, avionics, and scientific payload.

I worked alongside two teammates on the avionics system and the payload module, which was awarded the Best Payload Trophy for its creativity and technical execution.
EUROBOT 2025 (international robotics competition) We participated in the Eurobot International Robotics Competition held in France, a global event that challenges teams to design, build, and program fully autonomous robots to complete complex tasks on a predefined arena.

As part of the mechanical team, I was responsible for designing and developing the robot’s structural components and motion systems. This included 3D modeling, mechanism design, selecting components (motors, sensors, drive systems), and ensuring the robot’s reliability and performance during high-speed interactions.