Enzo D.

Experience

• Stage : Production industrielle & découpe laser UIMM Occitanie · Internship May 2024 – Present 1 yrs 9 mos Beauzelle, Occitanie, France 3-week internship within an industrial environment focused on metallurgy and mechanical manufacturing.
  
  Practical training in manufacturing processes, including:
  
  • Laser cutting of steel and various metallic materials
  • Creation of technical drawings
  • File optimization for manufacturing
  • Introduction to laser and plasma cutting
  
  Developed an understanding of industrial constraints such as tolerances, material selection, machine safety, and production optimization.
  
  First hands-on immersion into the industrial world and the complete workflow from design to manufacturing.
• Junior Electronic Integration Technician OMICRON EMS · Part-time Mar 2025 – Jun 2025 3 mos Claret, Occitanie, France 3-month fixed-term contract within a technical industrial environment, with progressive immersion from production to the engineering office.
  
  Participated in the assembly and integration of electronic systems for specialized technical equipment, including PCB assembly, wiring, integration into compact enclosures, and functional system verification.
  
  Transitioned to the engineering office (~1.5 months), contributing to the development of custom technical solutions. Primary work conducted in Fusion 360, including:
  
  • Mechanical part design and modification
  • Design optimization based on technical specifications
  • Development of technical supports (optical components, structural elements, specific parts)
  • In-house prototyping using 3D printing
  
  Collaborated across production and R&D departments, gaining comprehensive understanding of the full product lifecycle: design, manufacturing, integration, and validation.
• Mecahnical Design Engineer 3d designer · Apprenticeship Apr 2021 – Aug 2021 4 mos Sauve, Occitanie, France The training covered the full mechanical design workflow, including:
  
  • Parametric 3D modeling
  • Complex assemblies and joint integration
  • Technical drawing creation and detailing
  • Tolerancing and design validation
  • Design for Manufacturing (DFM) principles
  • File preparation for CNC machining and 3D printing
  
  Developed strong expertise in structured modeling methods, design optimization, and mechanical coherence across multi-part systems.
  
  Emphasis was placed on real-world industrial constraints such as mechanical interfaces, structural rigidity, manufacturability, and production readiness.
  
  Through hands-on projects and applied exercises, gained practical experience in transforming technical requirements into fully functional and manufacturing-ready 3D models.
  
  This training strengthened my ability to design reliable mechanical components and assemblies using an engineering-driven approach.