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shafiee

-Concept Design: Work with industrial designers to translate concepts into functional vehicle structures. -CAD Modeling: Use software like CATIA to create 3D models of NEW components for the powertrain system. -Systems Integration: Ensure mechanical systems fit together efficiently. -Thermal analysis: Optimize cooling systems, especially for the turbocharger system. -Prototype Development: Oversee the building of physical prototypes for validation. -Testing & Validation: Conduct lab and real-world tests for new parts (supervising test procedure) -Failure Analysis: Identify and fix design flaws before mass production. -Tooling & Assembly Line Design: Work with production teams to optimize assembly processes. -Work with electrical engineers (for wiring, sensors). -Coordination with suppliers to source high-quality components. -Support regulatory compliance (safety, emissions). ✔ Developing technical and operational requirements for fuel, cooling, turbocharging, and exhaust

🔹 **Defining and spearheading cutting-edge projects** – from concept ideation to proposal drafting – that align with global trends in battery and fuel cell innovation. 🔹 **Designing advanced battery packs** optimized for performance, durability, and thermal efficiency, leveraging tools like COMSOL Multiphysics for precise thermal cooling analysis of EV systems. 🔹 **Authoring technical reports** that translate complex R&D findings into actionable insights for stakeholders, bridging the gap between engineering teams and executive decision-makers. 🔹 **Researching future technology roadmaps** for fuel cells and next-gen batteries, with a focus on emerging materials, cost-reduction strategies, and scalability for mass production. **Key Contributions:** ✅ **Thermal Solutions**: Developed cooling strategies for high-density battery systems, ensuring safety and longevity in extreme operating conditions. ✅ **Strategic Foresight**: Published analyses on fuel cell adoption trends