Profile
Principal Systems Engineer with more than 15 years of automotive systems experience focused on making vehicles safer, more reliable, and less complex. Currently focused on centralized E/E architectures, native 48V powernet systems, and Remote Control Protocol (RCP), with a background spanning hardware, software, and systems. My experience includes developing ADAS and powernet systems, including Bosch's Power Distribution Controller, for various OEMs. I have a proven track record of leading cross-functional teams to deliver innovative solutions that meet customer requirements and industry standards. My expertise lies in system architecture, hardware design, software development, and project management, with a strong emphasis on safety, reliability, and efficiency.
Experience
Principal Systems Engineer - E/E Architectures
From July 2026 to Present at Robert Bosch, Plymouth, MI- Lead software-defined vehicle (SDV) electrical and electronic architecture efforts, specializing in 48V powernet designs that help OEMs transition to more efficient, scalable vehicle platforms.
- Drive the pre-development and validation of Remote Control Protocol (RCP) solutions that reduce edge-node costs and support centralized SDV architectures.
Senior Vehicle Systems Engineer for Powernet Systems
From October 2024 to June 2026 at Robert Bosch, Plymouth, MI- Consulted and collaborated with diverse OEMs to develop tailored powernet solutions that effectively addressed specific vehicle loads while optimizing power distribution strategies.
- Created 48V powernet architectures to assist OEMs in their transition to a 48V powernet system, enhancing efficiency and performance.
- Actively contributed to the SAE International Working Group, playing a key role in the development of the ISO25769 standard, which defines vehicle system voltage classes and essential supply requirements.
- Coordinated cross-functional teams across mechanics, hardware, and software disciplines to ensure stakeholder requirements were met and designs aligned with project constraints
Senior Systems Architect for Parking Systems
From August 2021 to September 2024 at Robert Bosch, Plymouth, MI- Designed complex parking solutions for ADAS system spanning 10+ variants
- Lead the parking team in the implementation of parking systems that supported various ADAS features including autonomous parking and emergency braking
- Collaborated with software and hardware teams to seamlessly integrate up to 16 ultrasonic sensors, 6 cameras, and an ECU
- Developed and maintained system architecture that meets strict MBSE methodology and compliance with level 2 ASPICE processes
- Worked closely with customer OEMs to ensure the parking system aligns with customer goals and expectations
Senior Systems/Software Engineer for Parking Systems
From January 2021 to July 2022 at Robert Bosch, Plymouth, MI- Lead the engineering team in designing parking systems for customers ranging from a startup to a well establish automotive OEM
- Headed the design of Cyber Security in our system, ranging from secure boot, secure diagnostics, secure messaging, etc.
- Performed requirements elicitations to ensure that our system meets expectations of various stakeholders, including customer, legal, regulatory, etc.
- Designed and implemented software architecture and design in C coding language while maintaining strict coding practices and quality measures
- Spearheaded troubleshooting efforts that helped save $200,000+ in additional costs during production
Systems/Software Engineer
From January 2016 to December 2020 at Robert Bosch, Plymouth, MI- Lead the implementation of Cyber Security in parking systems that helped secure our system in the procution plant as well as on the road
- Performed requirements elicitations to ensure that our system meets expectations of various stakeholders, including customer, legal, regulatory, etc.
- Troubleshooted and found solutions to various issues in our system, including issues during production as well as in the vehicle
Hardware Design Engineer
From April 2014 to January 2016 at Robert Bosch, Plymouth, MI- Responsible for hardware design of a parking ECU, specifically on modifications to support start up and shutdown of our system based on customer requirements
- Lead the validation efforts, including EMC and environmental testing, to ensure our ECU is compliant to various specifications and regulations
- Supported production in regards to end of line testing and cyber security
Education
MS Electrical and Computer Engineering - Advanced Mobility
2017 to 2022 at Kettering University, Flint, MIBS Electrical Engineering and Computer Engineering
2009 to 2014 at Kettering University, Flint, MISkills
- E/E Architectures
- Powernet Systems
- Power Electronics
- 48V Systems
- RCP
- SDV
- Product Management
- Hardware Design
- CPU Architecture
- ASPICE
- MBSE
- SysML
- System Requirements
- Requirements Elicitation
- Embedded Systems
- ADAS
- DFMEA
- Matlab
- Simulink
- Stateflow
- C/C++
- Python
- Docker
- Linux/QNX
- Schematic Design