Seif Esghaier
Electromechanical Engineer
Profile summary
Electromechanical Engineer specializing in the design and development of mechanical components for various applications. Proven expertise in utilizing advanced CAD software and FEA tools to optimize designs and enhance product performance for wire harnesses used by industry leaders such as AUDI and BMW. Experienced in testing electrical systems using a variety of protocols, ensuring reliability and compliance. Skilled in collaborating with cross-functional teams and adopting industry best practices to enhance product quality and efficiency.
Career highlights
Optimized Wire Harness Design: Led initiative to optimize and resize wire harness for AUDI Q2 facelift by 20%, enhancing design robustness.
Engineered Automated Cutting System: Developed a semi-automated plate cutting system to meet production unit demands during onsite construction operations.
Key skills
Professional experience
Project AUDI E3 Harness prototype phase: • Preparated for the new generation of the electric AUDI A3 model. • Solved clashs problem environment-wire harness using CATIA V5, ensuring 99% product quality. Project AUDI Q2 engine harness development: • led the design and development of engine compartment harness for Audi Q2 (serie phase) and the integration of BEV and China models. • Solved clashs problem environment-wire harness using CATIA V5, ensuring 85% product quality. Project AUDI Q3 Interior harness development start of production phase: • led the design and development of 95% of interior harness for AUDI Q3 and the integration of S-line ,Sportback and China models. • Contacted and negotiated with the client to solve assembly line problem. • Praperated the product details manual for new version for the OEM Audi. • Merged the mechanical and electrical data using ELENA to release 2D drawing for the poduction. • Participated in design FMEA components analysis and fault tree creation for components.
- Preparated for the new generation of the electric AUDI A3 model.
- Solved clashs problem environment-wire harness using CATIA V5, ensuring 99% product quality.
- led the design and development of engine compartment harness for Audi Q2 (serie phase) and the integration of BEV and China models.
- Solved clashs problem environment-wire harness using CATIA V5, ensuring 85% product quality.
- led the design and development of 95% of interior harness for AUDI Q3 and the integration of S-line ,Sportback and China models.
- Contacted and negotiated with the client to solve assembly line problem.
- Praperated the product details manual for new version for the OEM Audi.
- Merged the mechanical and electrical data using ELENA to release 2D drawing for the poduction.
- Participated in design FMEA components analysis and fault tree creation for components.
• Led the initiative to optimize and resize the wire harness for AUDI Q2 facelift by 20%. • Conducted rigorous simulations, enhancing design robustness and reducing post-production iterations by 40%. • Conducted a comprehensive study seamlessly integrate aluminum wiring into engine compartment and reduced the overall weight by 3%. • Utilized advanced CAD software to simulate and optimize designs, resulting in a 15% cost reduction.
- Led the initiative to optimize and resize the wire harness for AUDI Q2 facelift by 20%.
- Conducted rigorous simulations, enhancing design robustness and reducing post-production iterations by 40%.
- Conducted a comprehensive study seamlessly integrate aluminum wiring into engine compartment and reduced the overall weight by 3%.
- Utilized advanced CAD software to simulate and optimize designs, resulting in a 15% cost reduction.
• Implemented stratigies to minimize downtime and overhaul heavy equipment, employing FMEA analysis to mitigate failure risks. • Supervized and analysed performance metrics of CAT and Komatsu equipments.
- Implemented stratigies to minimize downtime and overhaul heavy equipment, employing FMEA analysis to mitigate failure risks.
- Supervized and analysed performance metrics of CAT and Komatsu equipments.
• Developed a semi automated plate cutting system to meet production unit demands during onsite construction operations. • Deployed a human-interaction interface using Wincc to improve the control of the machine.
- Developed a semi automated plate cutting system to meet production unit demands during onsite construction operations.
- Deployed a human-interaction interface using Wincc to improve the control of the machine.
Education
• Specialized in mechatronics, graduated with honors.
• Specialized in mechanical designing and manufacturing, graduated with excellence.