
Salim Ouahdani developed modular 3D CAD assemblies and data integration features for the EOSCogniton/ELIZ-2022 repository over a three-month period. He focused on building scalable hardware housing, including a modular casing for the EL_A2300, and integrated electrical components and couvercle lid assemblies using CATIA and STEP. Salim emphasized data traceability and governance, aligning CAD models with bill of materials and manufacturing workflows. His approach combined 3D modeling, assembly design, and product definition to streamline configuration management and enable future customization. The work demonstrated depth in CAD data management and modular design, supporting robust, maintainable product development without major bug fixes.

Monthly summary for 2025-07 focusing on delivering scalable hardware housing improvements for EL_A2300 within EOSCogniton/ELIZ-2022. Key accomplishment: delivered modular casing design with dedicated 3D part files for front, back, side, and top, plus assembly and product definition files. This enables a modular breakdown of the casing, simplifying manufacturing, configuration management, and future customization. The work is tracked by commit 2ff5a6f6ea028cca604094aaf7c4e2c16c239da5 ("Eclatement du casing presque fini"), indicating near completion of the casing breakup. Overall impact: reduces BOM complexity, accelerates assembly, improves serviceability, and positions the product for rapid iteration. Technologies/skills demonstrated: 3D CAD modeling, modular design principles, CAD data management, and version control.
Monthly summary for 2025-07 focusing on delivering scalable hardware housing improvements for EL_A2300 within EOSCogniton/ELIZ-2022. Key accomplishment: delivered modular casing design with dedicated 3D part files for front, back, side, and top, plus assembly and product definition files. This enables a modular breakdown of the casing, simplifying manufacturing, configuration management, and future customization. The work is tracked by commit 2ff5a6f6ea028cca604094aaf7c4e2c16c239da5 ("Eclatement du casing presque fini"), indicating near completion of the casing breakup. Overall impact: reduces BOM complexity, accelerates assembly, improves serviceability, and positions the product for rapid iteration. Technologies/skills demonstrated: 3D CAD modeling, modular design principles, CAD data management, and version control.
Monthly work summary for 2025-06 focused on delivering key features for EOSCogniton/ELIZ-2022 and stabilizing CAD data workflows. This month centered on integrating the couvercle lid into the EL_Electrical assembly, establishing the CAD data lineage, and laying groundwork for manufacturing readiness.
Monthly work summary for 2025-06 focused on delivering key features for EOSCogniton/ELIZ-2022 and stabilizing CAD data workflows. This month centered on integrating the couvercle lid into the EL_Electrical assembly, establishing the CAD data lineage, and laying groundwork for manufacturing readiness.
May 2025 — EOSCogniton/ELIZ-2022: Delivered foundational TSAC modeling and data integration work, enabling improved CAD accuracy, BOM generation, and OS architecture expansion. No major bugs fixed this month; focus was on feature delivery and data governance to support longer-term roadmap.
May 2025 — EOSCogniton/ELIZ-2022: Delivered foundational TSAC modeling and data integration work, enabling improved CAD accuracy, BOM generation, and OS architecture expansion. No major bugs fixed this month; focus was on feature delivery and data governance to support longer-term roadmap.
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