Project: Reducing Energy Usage for HVAC Blowers: Blade Re-Design and Assessment of the Impact of Flow Non-Uniformity Elimination• Designed a centrifugal blower model with SOLIDWORKS, CATIA, and SALOME.• Calculated peak mechanical efficiency based on experimental data.• Analyzed the flow field using Computational Fluid Dynamics.• Determined optimal blade angle and rotational speed for maximum efficiency.• Investigated the efficiency impact of non-uniformity.

• Authored over 40 technical articles covering Iranian domestic and foreign automobile brands, including Peugeot, Renault, Citroen, and Toyota.• Conducted test drives, evaluations, and CFD simulations for market-leading automobiles, assessing their performance, emissions, fuel efficiency, durability, and aerodynamics.• Conducted test drives, performance testing, and benchmarking for market-leading automobiles, analyzing their emissions, fuel efficiency, durability, and aerodynamics.• Conducted Test drives to assess Ride, Handling, and Kinematics.• Performed engine and chassis dyno testing on several market-leading automobiles to compare their performance during different ride conditions.

• Leveraged expertise in CATIA, SolidWorks, and Nx Team Center to optimize the design workflow.• Demonstrated proficiency in producing 2D and 3D designs with a proven ability to generate comprehensive Bill of Materials (BOM) to facilitate seamless procurement and manufacturing processes. • Experienced in verifying dimensional values of the Body in Black (BIB) for accuracy and compliance during the prototype phase.• Utilized Body in White (BIW) expertise to improve structural integrity and efficiency in vehicle assembly design.• Created GD&T documents for the redesigned engine parts (Crank shaft, Bearings, etc.)• Conducted assembly measurements to ensure alignment of body parts within standards.• Applied DMAIC project methodology to successfully drive process improvements and achieve targeted outcomes.• Effectively communicated intricate technical details with Clarity, precision, and adaptability to diverse audiences.