Worked on wide array of mobility solutions;- Vehicle Dynamics performance analysis of extreme offroad pickup trucks for major OEM.- Optimization of suspension and chassis systems for modular electric chassis platform.- Design and development of composite leafsprings and airsprings for electric skateboard platform.- Developed vehicle dynamics handling testing procedures and corresponding post-processing python toolsets (mainly using Bokeh, Numpy, Pandas).- Realtime modeling of tracked vehicle in Unreal Environment, integrating AirSim computer vision API. Generation of Unreal Environments from 3D scanned data.- Integration of CarSim and Vortex HUMVEE realtime models in UE4.- ATD (Anthropometric Testing Device) and energy absorption device modeling with Matlab Simscape to optimize survivability systems in defense VTOL applications.- Tracked Vehicle design and optimization with ADAMS/ATV.

- Performance Benchmarking, Gap Analysis, and Ride & Handling Target Identification- Managing early prototype content, and component specification.- Developing qualitative and quantitative methods for evaluating vehicle performance.

My working experience was mainly applied to medium sized SUV´s, large vehicle architectures, and minivan platforms. I had the main responsibilities of: - Virtual Modeling (via ADAMS) of chassis systems such as vehicle suspensions, steering columns, engine mount systems, and drivetrains. - Specification of suspension geometry and stiffness targets during early concept development. - Simulation of handling and ride events to aid the vehicle tuning development. - Translating overall vehicle handling and ride targets to component level targets of mass, MOI, and static stiffness for structural elements such as cradles, links, and knuckles- System and Component optimization through analytical DOE processes (DFSS, Monte Carlo).- Creation of in-house tools and analysis processes.- Instructor of Vehicle Dynamics and ADAMS training courses.