Description

Besoin d’optimiser vos processus industriels ou de concevoir des solutions techniques innovantes ?

Ingénieur en Électromécanique avec plus de 8 ans d’expérience au sein de leaders mondiaux tels que Hutchinson et Lacroix Electronics, j’accompagne les entreprises dans leurs défis d’industrialisation, de conception CAO et d’amélioration continue.

Ce que j'apporte à vos projets :

- Expertise Conception (CAD/CAO) : Maîtrise avancée de SolidWorks (Certifié CSWP/CSWA) et CATIA V5 pour la conception de pièces, d’outillages complexes (moules, gabarits) et de solutions de prototypage 3D.

- Industrialisation & Méthodes : Gestion complète du cycle de vie produit, de l’étude de faisabilité à la production en série. Expert en gestion des données ERP/SAP (BOM, gammes).

- Performance & Lean Manufacturing : Optimisation de la production via les outils VSM, SMED, 5S et Kaizen. J'ai notamment réussi à réduire les temps de changement de série de 75% et les erreurs de production de 25% dans mes missions précédentes.

- Qualité & Normes : Expertise rigoureuse des standards de qualité aéronautiques (ISO 9100) et automobiles (IATF 16949, APQP, FMEA).

Languages

French
Native or bilingual
English
Fluent

Workplace preferences

Can work on-site

Braine-l'Alleud (up to 50km)

Lacroix Electronics
Project Industrialization Engineer
December 2023 - August 2025 (1 year and 8 months)
• • Lead industrialization projects for new product from feasibility study to mass production, ensuring on-time and on-budget delivery.
• • Develop plans and cost estimates for methods/tools and their qualification during project transfers, optimizing budget control.
• • Perform risk assessments and implement corrective actions, reducing delays.
• • Coordinate validation of tools, routings, and technical documentation, securing production readiness.
• • Manage ERP/SAP data (BoM codification, workstations, product ranges), ensuring data integrity and traceability.
• • Drive evolution of SAP-based information systems (file management, archiving) to improve new product instructions.
• • Define and deliver manufacturing means (ranges, FET, FEU, tooling, introduction plans) with successful validation.
• • Monitor type parts and action plans during first production runs, securing verification and validation reports.
• • Guarantee validation of Methods deliverables on time, cost, and quality targets, strengthening customer satisfaction.
• • Handle modification requests, investigating data, and ensuring shop floor application.
• • Support production with Lean, VSM, and SMED initiatives, reducing operational times and improving flows.
• • Enhance process performance in QCDSM (Quality, Cost, Delivery, Safety, Morale), achieving measurable cost reductions.
• • Optimize internal tools and processes to boost efficiency and productivity through continuous improvement.
Lean Manufacturing Electronique CATIA V5 SAP ERP
Hutchinson Sousse
Methods & Industrialization Engineer
July 2020 - December 2023 (3 years and 5 months)
• • Manage industrialization projects from prototyping to mass production, achieving milestones and quality targets.
• • Define and track industrial milestones (Go Business Award, Go Order, Go Qualif, Go Prod, FAI).
• • Lead cross-functional teams for project launches, ensuring strong coordination and communication.
Hutchinson Sousse
Process & Product Design Engineer
November 2018 - June 2020 (1 year and 7 months)
• • Design and validate tooling, jigs, and technical solutions using CAD/CATIA.
• • Develop and optimize technical solutions for automotive production, ensuring compliance with APQP, FMEA, and PPAP standards.
• • Create 3D prototypes and manage 3D printing, accelerating prototyping cycles and reducing lead time.
• • Lead continuous improvement projects in Production Units (UAPs), optimizing workstations, flows, and manufacturing processes.
• • Reduce inefficiencies through Lean, Kaizen, SMED, and VSM initiatives, driving measurable productivity gains.
◦ ➢ HIGHLIGHTS & RESULTS
◦ • Create 3D printing lab, saving €14k/month on tooling design and prototyping.
◦ • Shorten prototyping lead time from 3 weeks → 5 days, accelerating time-to market.
◦ • Develop CAD solutions, reducing reworks by 20%.