photo de profil d'un membre

Maxence Huet

Résumé

Mechanical Engineer | 3 Years of Experience in Automotive Driven mechanical engineer with a strong specialization in designing and optimizing automotive components, ensuring seamless alignment with manufacturing and cost standards. Proven expertise in stack-up analysis, GD&T, and problem-solving, with hands-on experience supporting development and serial life phases of different automotive components. Skilled in balancing requirements across customers, internal teams, and suppliers, and dedicated to enhancing quality and efficiency through innovative solutions and cost-saving initiatives.

Expériences professionnelles

Mechanical engineer - metal parts - battery pack systems

OPmobility , Venette - CDI

De Avril 2024 à Aujourd'hui

Development of High Voltage Battery Pack Metal Structure for Automotive application from RFQ to Serial Life phases.

• ???????????????????????? & ????????????????????????????????????????????????: Driving technical design and specification of components, prioritizing Design for Manufacturing (DFM) and Design for Cost (DFC) principles to ensure efficiency, manufacturability, and cost-effectiveness.

• ???????????????????????????? ????????????????????????????????: Develop comprehensive, ISO-compliant drawings for complex components, integrating GD&T principles, Key Product Characteristics (KPCs), and critical specifications based on DFMEA's, PFMEA’s, customer standards, industry norms, and internal best practices.

• ???????????????????????????????????????????? & ????????????????????????????????????????: Create technical specifications and validation plans accordingly (DVP & PVP), following up closely with customer norms, internal standards, and ISO norms, analyzing results, and implementing corrective actions for any deviations.
Contributions to product DFMEA and PFMEA, and the establishment of new testing protocols.

• ???????????????????????????????? ???????????????????????????? & ???????????????? ????????????????????????????????: Lead technical reviews of suppliers and cost analyses of offers in close collaboration with the purchasing team to identify optimal suppliers, balancing technical requirements, quality standards, and cost considerations.

• ???????????????????????????? ???????????????????????????? & ???????????????? ????????????????????????????????????????: Conduct root cause analyses, develop and implement corrective action plans (8D reports). Implementation of an Excel macro for statistical tolerance analysis and risk assessment with ppm and requirement considerations, enhancing overall process reliability and quality.

• ???????????????????????????????????? ????????????????????????????????????????????????????: Consolidation of technical knowledge through internal design rules, lessons learned, improvement of internal procedures.

• ???????????????? ???????????????????????????????? & ????????????????????????????????????????????????: Collaboration with CAD designers to align 3D designs and drawings with project requirements and ensure adherence to standards.

Vie product engineer - automotive seats

Faurecia

De Octobre 2022 à Mars 2024

Support serial life and development phase of Mechanisms (Tracks & Recliners) and Frames of automotive seats:
• Stack-up, tolerancing and dimensioning
• Problem-solving (PDCA cycle, 8D tool, 3 Reals, Fishbone, 5 Why’s, Block Diagram)
• Led action plans for ICA (Interim Containment Action) and PCA (Permanent), while maintaining direct contact with OEM, suppliers and plants
• Responsible for Engineering Change of products to improve quality or design while respecting customers specifications, Design For Manufacturing and Assembly
• Calculation and interpretation of Cpk and Ppk performance indices
• Implementation of tests (testing procedure, fixtures, support, etc) and follow-up
• VAVE (Value Analysis and Value Engineering): Cost savings by modification of process or product functions
• Development of prototypes

Development of knowledge and understanding of products and processes within North America:
• Internal presentation of innovative products to customers
• Participation in events and presentations on topics related to the automotive industry
• Factory tours (processes, products, etc.) and provided on-site assistance to factories in the United States and Mexico
• Assisted in technical tests at suppliers, providing support

Mechanical design and prototyping engineer - hydrogen storage & exhaust systems

Faurecia

De Février 2022 à Juillet 2022

Worked on Exhaust systems and Hydrogen tanks within an Innovation Laboratory:
• Designed prototypes and mock-ups of innovative products
• Lead simultaneously time-critical projects with short deadlines, requiring efficient prioritization, quick decision-making, and stress tolerance
• Problem-solving, designing and leading Proof Of Concept of tools for technical issues during production, testing or quality control
• Fast prototyping (3D printing / laser cutting / thermoforming / CNC machining…)
• In charge of a Fab Lab inside an innovation laboratory
• Workshop, design thinking & agile methodologies

Mechanical design engineer

PIXII

De Septembre 2020 à Février 2021

Industrialization of a digital camera with rangefinder:
• Problem-solving, designing, manufacturing, selection of suppliers, and integration of new mechanisms inside the camera
• Identified, designed, and prototyped special tools, during the manual assembly of the
cameras to optimize and achieve Design For Assembly and Manufacturing

Parcours officiels

VIE – ETATS-UNIS – 2024

Compétences

Controls Development
Microsoft Excel
Microsoft Office
Project Management
Procedure Development
Interpersonal Communication
Communication
Case Studies
Testing
teamwork
Root Cause
3D Modeling
Research and Development (R&D)
English
High-Voltage Engineering
DVP&R
Root cause analysis
8D Problem Solving
Metallurgy
Metal Fabrication
Tolerance Analysis
Documentation
ISO Standards
Design
Métallurgie
Analyse des défaillances
Battery Pack Structures
Design for X
Dessin technique
Drawing
GD&T
Normes ISO
KPC
DFMEA
DVP
PVP
Technique de résolution des problèmes 8D
Problem solving
Analyse des causes
Évaluation des fournisseurs
Revues de projet
Directives de conception
Discussions techniques
Sens de l’organisation
Exigences produit
Techniques analytiques
Stockage de l’hydrogène
Esprit critique
Exigences techniques
Conception de composants
documentation technique
Instrumentation
Nomenclature produit
DMAIC
Capabilité du processus
Contrôle des processus
Analyse des systèmes de mesure
Design For Cost
six sigma
Certification Lean Yellow Belt
Minitab
Développement de produits
Réduction des coûts
Chaîne de cotes
Tolérance géométrique
dimensionnement
Calculs
Économies de coûts
Planification des tests
Assurance qualité
Fast prototyping
Design for Assembly
Conception assistée par ordinateur (CAO)
Design for Manufacturing
Design Thinking
Catia
SolidWorks
Résolution de problèmes
Prototype