Ashwin Sureshkumar Email & Phone Number

Maranello, Emilia-Romagna, Italy

Aero Physical Testing Group

Maranello, Emilia-Romagna, Italy

Maranello, Emilia-Romagna, Italy

• Developed macros in VBA environment to perform legality checks on 2022 F1 car and also CAD related macros to reduce development time.

Modena, Emilia-Romagna, Italy

• Responsible for continuous fine-tuning of tire and vehicle dynamics models and systems.
• Built double track model and solver based on backward Euler method in MATLAB for vehicle dynamics simulation and to evaluate full vehicle performance.
• Developed MATLAB scripts to find tire forces from tire tests using Pacejka’s tire model and optimized Pacejka coefficients of PAC2002 tire model using tire test data and Adams Car by Least square using MATLAB.
• Created MATLAB scripts to run… Show more
• Created MATLAB scripts to run batch simulation from VI Car Real Time and created Handling curves and Maximum Achievable Performance plots to understand handling of the car.
• Coordinated vehicle track testing and created MATLAB scripts to postprocess the testing data and computed the handling curves of the 2019 season car with the test data, to understand the handling of 2019 season car.

Modena, Emilia-Romagna, Italy

Pune, Maharashtra, India

• Streamlined the processes and systems for 25% less In-House rejections in 2 Wheeler fuel tank manufacturing by improving material handling, ECRS techniques, and ideology of Variable cushion Force in hydraulic presses.
• Revamped an objective testing method to analyze the impact of 2 wheeler hand grip's material properties on human comfort.
• Collaborated in the development of aesthetic and functional Polymer parts for a specific sport bike.
• Prepared Critical To Quality (CTQ) list,… Show more
• Prepared Critical To Quality (CTQ) list, Part Quality Standards, DFM check sheets, and DRBFM inputs for a specific sport bike.
• Developed a Poka-Yoke systems for 2 Wheeler Air Filter assembly line with a significant cost reduction.

Coimbatore Area, India

• Achieved optimization of vehicle dynamic parameters using Lotus Suspension Analysis.
• Selected and designed the components of Powertrain, including BLDC motor, Li ion battery pack and power transmitting elements.
• Designed wheel assembly to accommodate the vehicle dynamics parameters as well as to transmit power effectively to the ground.
• Achieved optimization of wheel assembly through structural analysis.

Master Of Science - Ms, Automotive Engineering Technology/Technician, 110/110

Areas of specialization: Vehicle Dynamics Racing Car Tires Aerodynamics Control Systems Vehicle NVH Testing Mechanical Vibrations

Bachelor Of Engineering, Mechanical Engineering, 7.7/10

Activities and Societies: • Organized and conducted inter-university workshop on 'IC Engines', for two consecutive years. • Worked as.