As CTO and Chief Engineer of Suspension and Vehicle Dynamics, I led the design team to successfully complete the design stage despite financial constraints that prevented the commencement of manufacturing.
Design stage completion while heading a team of 10 senior mechanical engineering undergraduates and 20 junior mechanical engineering undergraduates.
Chief Engineer Vehicle Dynamics
Responsibilities
Developed mathematical models for vehicle dynamics using Python, MATLAB and Simulink in order to predict vehicle behavior during quasi-static maneuvering.
Chief Engineer Suspension System
Responsibilities
Development of suspension kinematic and force analysis model using Excel in order to find the forces acting on each suspension member during movement.
Modelled Suspension System using SOLIDWORKS, followed by Ansys software static structural analysis (stress, fatigue and topology optimization) in order to validate chosen tubes and rockers endurance during operation.
Tire model development using Pacekja magic formula and non dimensionalized tire data in order to predict tire behaviour during vehicle maneuvering.
Wheel hub optimizations were carried out using ANSYS stress analysis and topology optimization.
More details about each task can be found in the portfolio project section.