Arash Moradian

* Designed and simulated cooling circuits using PTC Creo and MATLAB Simulink, optimizing system performance. * Selected components based on technical requirements, lead time, and cost-effectiveness. * Conducted feasibility analyses, balancing thermal performance with mechanical constraints. * Collaborated with cross-functional teams to integrate design requirements into production workflows. * Prepared comprehensive technical documentation, including BOMs, design specifications, and validation reports.

* Designed products and optimized existing models using CAD software Catia V5 and AutoCAD for 3D models and drawings * Analyzed products, utilizing Numerical (finite element) methods using Ansys Workbench (Structural, Fluent) * Improved productivity and reduced cycle-time by designing and utilizing production tools and fixtures and applying kaizen and poka yoke principles * Produced documentation such as BOM, FPC, DFMEA, PFMEA and CP alongside a multidisciplinary team

* Took charge of commissioning, maintenance and repair of research center equipment * Supervised and cooperated with researchers in conducting experiments * Reviewed and evaluated technical specifications of equipment's internal parts to identify the required spare parts for the procurement of spare parts * Identified and negotiated with vendors and manufacturers of equipment and spare parts and evaluated technical proposals

* Reviewed and prepared technical documents to clarify and implement guidelines . * Supervised technicians on site to ensure adherence to health and safety and relevant standards . * Documented progress reports and communicated with stakeholders to ensure satisfaction and implement changes as needed. Skills: Organization Skills · Mechanical Engineering · Maintenance · Microsoft Office · Team Leadership · Communication · Collaborative Work

* Analyzed performance deterioration of a compressor and brought the drop of 25% in mechanical efficiency to the attention of stake holders. * Utilized free resources to learn and apply Hysys software for that task. Cutting down on the cost of modeling and simulation considerably. * Completed the project to the in allocated time proposing further steps for root cause diagnostics, and repairs which led to regaining efficiency of over 85%.