Leading team focused on hardware [motors, inverters, battery, EDS, etc.] selection and development for Hybrid and BEV Motorsports projects.Formula 1 development with Red Bull Ford Powertrains for 2026+

Powertrain system architecture for electrified vehicles within the Ford Performance Motorsports group. Focused on high performance HV Battery design for BEVs. Ford Performance Technical Exchange (FPTE) rotational program.

Hybrid Powertrain Systems Engineer working early in vehicle design process to define xEV powertrain content (eDrive, HV Battery, engine, transmission, etc.) required to meet vehicle attribute targets. Leading vehicle performance, Fuel Economy, and EV range attribute assessments, capability, and trade-off studies for RWD hybrid vehicles.

Provided early program vehicle cooling system design, cost, capability, and complexity studies to help determine feasibility and profitability of new vehicle powertrain and platform decisions. Lead powertrain cooling design interface for all I3 and I4 engines (including their Hybrid variants), working with Ford Engine team to develop 3 new engine architectures for increased capability at reduced cost.

Hydraulic systems engineer in the Powertrain Cooling group. Led hydraulic cooling circuit designs for 2020+ electrified vehicles including: Battery Electric Vehicles (BEV), Hybrid Electric Vehicles (HEV), and Plug-In Hybrid Electric Vehicles (PHEV).

Romulus Thermal Solutions offers a wide range of services that supports the full product design cycle. We specialize in the development, design and evaluation of new and novel thermal-fluid components and systems such as: liquid-air heat exchangers, refrigeration systems and heat pump systems.

Rotations within the Edison program include:• Sealed Systems Modeling - (Heat Pump Water Heaters)• New Product Introduction - (Heat Pump Water Heaters)• Sealed Systems Optimization - (Refrigeration)• Product Quality - (Dishwashers)• New Product Introduction - (Range)Accomplishments:• Managed the creation and validation of condenser modeling software, predicting heating capacity within 5%• Led capillary tube and charge optimization on BF Refrigerators, resulting in a 10% energy improvement• Successfully executed multiple quality projects, reducing total cost by over $100K annually • Designed and developed multiple injection molded parts, using Six Sigma tools to ensure a robust design with minimal cost• Performed statistical analysis of lab equipment to determine testing variationCompleted Training:• Foundations of GE Leadership - (Crotonville, NY)• Technical Presentation Training - (Crotonville, NY)• Engineering at GE - (Greenville, SC)• LEAN, DFSS, and DMAIC - (Louisville, KY)• GE Recruiter Training - (Louisville, KY)• Advanced Courses in Engineering - (Louisville, KY)Other Activities:• Arranged weekly tennis events for GE social networking group (2013, 2014)• Co-organized Edison graduation and celebration events, hosting executive staff (2013)• Coordinated annual Edison/Co-op softball game with attendance of over 100 people (2012, 2013)

Body Component Systems- Conducted lighting and accelerated life testing for verification of new instrument cluster designs for multiple automotive platforms- Develop and validate prototypes for improved cluster design

- Led prototype build and conducted air flow analysis of new cooking design- Managed renovation of electric range engineering lab- Redesigned air flow system to improve manufacturability and product quality- Leader of co-op social committee, organizing weekly networking events

- Designed new cooking platform and performed feasibility analysis- Developed prototypes and data acquisition/control systems- Created and analyzed thermodynamic and CAE models for design improvement

- Improved design guidelines and specifications for door closure mechanisms- Conducted structural analysis of new door hinge design, resulting in a cost reduction of $536K- Developed testing procedures to validate improved door closing system- Active member of co-op volunteering committee