Controls Engineer responsible for system controls development, modeling, design, simulation, and hands‑on functional work for automotive powertrain components.
Locations (2)
Arden, North Carolina, United States
Auburn Hills, United States
Compensation
Salary Range: $100,800 - $141,750
Responsibilities
Assist in debugging through established problem solving techniques and debug on bench.
Interface with Systems engineering to ensure software requirements are documented appropriately and analyze prior to software design and implementation.
Guide implementation of new electronics, sensors, and components into mechatronic systems.
Ensure document traceability from requirements through test cases.
Use of data acquisition systems over CCP/XCP (e.g.INCA, ATi,Vector) for calibration and debugging.
Advanced development role focused on evaluating power electronics technologies, delivering proof-of-concept prototypes, and building design libraries/reference architectures for next-generation welding platforms.
Locations (2)
Milwaukee, Wisconsin, United States
Appleton, Wisconsin, United States
Responsibilities
Architect and model the control systems that define how the next generation of welding engines behave.
Take new power conversion concepts from control simulation to working proof-of-concept prototypes that show what is possible.
Create the reference designs that help our divisions reach the market faster and with less risk.
Prove out emerging power conversion technology and define what it takes to make it robust, manufacturable, and repeatable.
Partner with division representatives to turn their customer needs into the right technology bets.
Rattaché(e) à l'équipe d'ingénierie système et logiciel, vous participerez activement au développement et à l'évolution des architectures logicielles embarquées de systèmes critiques (calculateur de bord et cartes périphériques).
Responsibilities
Développer et optimiser le code embarqué en C++ pour le calculateur et en C pour les cartes électroniques périphériques (Nodes).
Assurer l'interfaçage Hardware/Software en programmant les interfaces bas niveau et en analysant les schémas fonctionnels électroniques.
Concevoir l'architecture logicielle (machines d'états, logique de monitoring) et définir les interfaces logicielles (protocoles de datalink, rédaction d'ICD).
Garantir la performance et la robustesse du code via l'analyse des temps d'exécution et l'optimisation des ressources.
Participer à la démarche DevOps en maintenant et en faisant évoluer les pipelines CI/CD et les chaînes de compilation (toolchains).
Support microcontroller-based automotive modules at a customer facility, focusing on AUTOSAR Classic platform integration and low-level embedded software.
Responsibilities
Bring up microcontroller platforms
Configure and validate MCAL drivers
Develop and debug embedded C software
Configure, integrate, and validate AUTOSAR BSW and OS components
Lead the design, simulation, and implementation of high-performance digital control algorithms for power converters (AC-DC, DC-DC, DC-AC). You will bridge control theory and embedded hardware, taking high-bandwidth feedback loops from dynamic simulation to real-time firmware execution and lab validation.
Responsibilities
Develop discrete-time closed-loop control architectures (voltage, current, flux observers) and advanced modulation schemes (SVPWM, interleaved, phase-shifted).
Build high-fidelity converter models in MATLAB/Simulink and PLECS to analyze stability margins, transient dynamics, and power losses.
Architect and optimize deterministic, real-time embedded C code on target DSPs/microcontrollers (e.g., TI C2000, ARM Cortex-M/R).
Lead system bring-up and debug dynamic loop behavior on physical hardware using frequency response analyzers, scopes, and high-power test equipment.
Implement high-speed digital fault protection (OCP, OVP, thermal derating) and lead root-cause troubleshooting of hardware/software anomalies.
Requirements
Master’s degree in Electrical Engineering
Ph.D. in Electrical Engineering
Nice to have: TI C2000 MCU
Nice to have: TI Sitara families
Nice to have: Hardware-in-the-Loop (HIL) platforms
Contribute to the development of embedded software platforms for physiological monitoring solutions that provide clinicians with meaningful insights and support Medtronic’s Mission.
Compensation
Ireland: 51,280.00 EUR - 76,920.00 EUR. This position is eligible for a short-term incentive called the Medtronic Incentive Plan (MIP).
Responsibilities
Design, develop, test, and maintain embedded software.
Develop proof-of-concept solutions to evaluate new ideas and technologies.
Contribute to modular software design and broader technical discussions.
Participate in code reviews and software testing activities.
Investigate software issues and implement appropriate solutions.
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