Troy Johnson Email & Phone Number

Milton Keynes, Gb

Milton Keynes, Gb

Remote

- Directed development of Matlab/Simulink multi-domain simulation models, scripting tools, and automated workflows for the purpose of vehicle and component level optimization studies, controls architecture/calibration evaluations, and VTS development for the Alaska, PEAR, and Ronin vehicle platforms.- Ideated and deployed in-house Windows, Python, and Matlab applications for automated test data processing and reporting. These tools resulted in a >90% reduction of data ingest and analysis time across a variety of vehicle testing projects.

Loveland, Colorado, United States

- Led Lightning eMotor’s system modeling strategy including from-scratch creation of multi-domain models, MIL validation workflows, and source control processes.- Developed a bespoke Python/Matlab vehicle routing program for the purpose of optimizing vehicle configurations for any specified on-road route, allowing vehicle teams to develop tailor-made vehicles to specific customer needs.- Performed performance impact analysis of component specifications, control strategy modifications, thermal component selections, and environmental conditions.

Newark, California, United States

- Created a novel point-mass vehicle dynamics/lap time simulation model for the purpose of aiding in aero-thermal design, BMS development, cooling system optimization, and brake thermals prediction for motorsport applications of the Lucid Air Sapphire. Predicted lap-time performance within 3% of real-world tests.- Developed multi-domain systems models with the objective of supporting Lucid Air powertrain system and control strategy optimizations with a focus on energy management and battery systems, leading to a record 5.0 kWh/mi vehicle efficiency.- Conducted on-road and on-track prototype vehicle testing, benchmarking, and model validation including road-load/homologation data collection and analysis.

Irvine, California

- Aided in simulation and analysis of powertrain systems, energy management algorithms, energy storage components, and high level component placements for a prototype vehicle build.- Developed system/component functional requirements and test cases.

Fort Collins, Colorado Area

- Led the technical design of a hybrid-electric powertrain for 2019 Chevrolet Blazer, including a $300k+ budget and a team of 43 graduate and undergraduate engineering students, in collaboration with General Motors and the Dept. of Energy.

Loveland, Colorado

Responsibilities include:-Assembly fixture design and construction-Drafting and implementation of assembly procedures and necessary documentation-Implementation of additive manufacturing technologies in a production environment

Fort Collins, Colorado Area

Responsibilities included:-Design of quality assurance procedures for outgoing products-Carrying out measurement system analyses -Assembly tool design and implementation-Engineering changes for assembly fixtures and test systems

Fort Collins, Colorado Area

- Directed team of a 45+ engineer team in designing, manufacturing, and competing with a prototype electric race car.

Master'S Degree, Mechanical Engineering

Bachelor'S Degree, Mechanical Engineering

Activities and Societies: Formula SAE Electric | NCAA Division 1 Track and Field