Abderrahim Hafdi

Fresh graduated materials engineer
🪙 10000 / month
March 9, 2001

About Candidate

I am a Mechanical Materials Engineer (Master’s graduate) with a strong analytical mindset, and I prefer understanding concepts step by step rather than relying on shortcuts. I value technical precision, transparency, and structured explanations, especially in areas like traitement thermique, corrosion, soudage, and the diagramme d’équilibre fer–carbone.

I am currently in Doha, Qatar, seeking professional opportunities in engineering while building my long-term vision of launching an industrial project in Algeria focused on manufacturing high-quality, affordable gas ovens to support small businesses and low-income families.

I approach problems logically, prefer concise and direct communication, and make career decisions strategically with a long-term perspective.

Location

Education

M
Mechanical engineering 2024
University of science and technology

I hold a Master’s degree in Mechanical Materials Engineering. During my studies, I gained in-depth knowledge of engineering materials, stress analysis, and thermal treatment techniques.
I completed a semi-medical graduation thesis, focusing on the study and analysis of joint stresses in prosthetic limbs, which combined my engineering expertise with biomedical applications.
I have strong experience in material design, durability testing, and applying engineering standards to semi-medical and industrial products.

Work & Experience

S
Site supervisor 25-02-2025 - 25-02-2026
Al itqan wa Al riyada

Skills

Safety & Medical Knowledge: First Aid certified (Red Crescent) Technical Skills: Mechanical materials engineering knowledge Understanding of corrosion and rust prevention Basic CAD skills (SolidWorks, Abaqus) Familiarity with welding (practical understanding, not professional certification) Other Skills: Ability to read technical documents Volunteer experience (demonstrates reliability and teamwork)

Awards

P
Patent startup :(Investigated joint stresses in prosthetic limbs (Mechanical analysis focused on optimizing stress distribution and material behavior)). 2024

Analyzed joint stresses in prosthetic limbs to understand how forces are distributed during movement.
Studied the impact of different materials and designs on stress concentration and durability.
Aimed to optimize prosthetic limb performance and enhance comfort and safety for users.