
Bastien Borgna developed and refined mechanical and electrical CAD assets for the EOSCogniton/ELIZ-2022 repository, focusing on subsystems such as the rear triangle, steering, and brake assemblies. He established reusable template-driven workflows and standardized data formats using CATIA, DXF, and CATDrawing, which improved design iteration speed and cross-domain integration. Bastien delivered detailed 3D models and technical drawings, updated documentation lifecycles, and ensured traceability through disciplined version control. His work enhanced manufacturing readiness and reduced downstream design latency by consolidating and updating CAD data, streamlining data exchange, and maintaining high standards for documentation hygiene and component accuracy across the project.

March 2025 monthly summary for EOSCogniton/ELIZ-2022. Focused on delivering mechanical design updates and documentation lifecycle improvements to enhance manufacturing readiness, traceability, and cross-functional collaboration. No major defects fixed this month.
March 2025 monthly summary for EOSCogniton/ELIZ-2022. Focused on delivering mechanical design updates and documentation lifecycle improvements to enhance manufacturing readiness, traceability, and cross-functional collaboration. No major defects fixed this month.
February 2025 monthly summary for EOSCogniton/ELIZ-2022: Delivered the CAD Data Update Bundle for La mache laser and related components, enabling manufacturing/design data availability and integration. The work covered DXF, IGES, and CATDrawing assets for Frame Brake, Brake Pedal, Chainshield Bracket, Radiator Low Rear Bar, and rear rocker templates, with a strong emphasis on data quality, traceability, and downstream production readiness.
February 2025 monthly summary for EOSCogniton/ELIZ-2022: Delivered the CAD Data Update Bundle for La mache laser and related components, enabling manufacturing/design data availability and integration. The work covered DXF, IGES, and CATDrawing assets for Frame Brake, Brake Pedal, Chainshield Bracket, Radiator Low Rear Bar, and rear rocker templates, with a strong emphasis on data quality, traceability, and downstream production readiness.
January 2025 (2025-01) — EOSCogniton/ELIZ-2022 monthly summary. Focused on delivering CAD model refinement for the Frame Brake component in the Brake Pedal assembly to improve accuracy and rendering in design tooling. Major bugs fixed: none reported this month. Overall impact: improved CAD fidelity enables faster design iterations and reduces risk in downstream manufacturing. Technologies/skills demonstrated: CAD modeling, DXF geometry updates, rendering fidelity, and strong version control with clear commit messages.
January 2025 (2025-01) — EOSCogniton/ELIZ-2022 monthly summary. Focused on delivering CAD model refinement for the Frame Brake component in the Brake Pedal assembly to improve accuracy and rendering in design tooling. Major bugs fixed: none reported this month. Overall impact: improved CAD fidelity enables faster design iterations and reduces risk in downstream manufacturing. Technologies/skills demonstrated: CAD modeling, DXF geometry updates, rendering fidelity, and strong version control with clear commit messages.
Month 2024-12: Delivered steering system design assets for EOSCogniton/ELIZ-2022, establishing the CAD/MEP data foundation for steering subsystem design and manufacturing workflows; improved data exchange readiness and traceability.
Month 2024-12: Delivered steering system design assets for EOSCogniton/ELIZ-2022, establishing the CAD/MEP data foundation for steering subsystem design and manufacturing workflows; improved data exchange readiness and traceability.
November 2024 (EOSCogniton/ELIZ-2022) delivered foundational CAD data templates and electrical system drawings for critical subsystems, enabling faster design iterations and cross-domain integration. The work established a reusable template-driven workflow for the rear triangle and added comprehensive CAD assets for battery assembly and dashboard components, aligning mechanical and electrical design timelines.
November 2024 (EOSCogniton/ELIZ-2022) delivered foundational CAD data templates and electrical system drawings for critical subsystems, enabling faster design iterations and cross-domain integration. The work established a reusable template-driven workflow for the rear triangle and added comprehensive CAD assets for battery assembly and dashboard components, aligning mechanical and electrical design timelines.
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