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).

Langues

Français
Bilingue ou natif
Anglais
Capacité professionnelle complète

Préférences en matière de lieu de travail

Accepte de travailler sur site

Braine-l'Alleud (jusqu’à 50 km)

Lacroix Electronics
Project Industrialization Engineer
décembre 2023 - août 2025 (1 an et 8 mois)
• • 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
juillet 2020 - décembre 2023 (3 ans et 5 mois)
• • 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
novembre 2018 - juin 2020 (1 an et 7 mois)
• • 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%.