Software Controls Engineer - Power Electronics

Bachelor’s degree in Software Engineering, Computer Science, Electrical Engineering, Controls Engineering, or a related field.

2+ years of professional experience in automotive embedded software development, power-electronics controls software, or a closely related field.

Demonstrated hands-on experience developing production-oriented software in C or C++.

Understanding of real-time embedded software design, software interfaces, state machines, diagnostics, and hardware/software integration.

translating requirements into software design, implementation, and verification activities.

with software debugging, integration, root-cause analysis, and automated or bench-based testing.

Ability to work effectively across software, systems, controls, hardware, validation, and other cross-functional engineering teams.

Strong written and verbal communication skills, analytical ability, and attention to detail.

What Will Give You a Competitive Edge (Preferred Qualifications):

Master’s degree in a relevant engineering or computer science discipline.

5+ years of professional experience in automotive embedded software development, power-electronics controls software, or a closely related field.

with onboard chargers, OBCM systems, AC/DC converters, DC/DC converters, power-factor correction, voltage/current control, or related power-electronics applications.

with automotive charging, discharging, EVSE interfaces, V2X, V2G, or charging protocols such as DIN/ISO, CCS, NACS, or CHAdeMO.

Knowledge of CAN, LIN, Ethernet, ARXML, UDS, or other automotive communication and diagnostic technologies.

Familiarity with requirements and traceability tools such as DNG or DOORS, and development tools such as Git, Jira, CANoe/CANalyzer, or equivalent platforms.

with software architecture, MBSE concepts, automated testing, CI/CD pipelines, or DevOps practices.

with HIL, SIL, CoSim, bench, dyno, or vehicle-level validation.

Knowledge of functional safety, cybersecurity, ASPICE, MISRA, or other automotive software quality practices.

with BDD or TDD methods and writing behavior-focused, testable requirements.

What will help you succeed:

Strong interest in electrification, power conversion, and automotive embedded software.

Ability to move between detailed code-level problem solving and system-level technical discussions.

Ownership mindset, curiosity, and willingness to resolve issues through collaboration.

Commitment to building safe, maintainable, testable, and reusable software.

Ability to work in an agile environment and manage priorities across multiple stakeholders.