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John Deere · 1 week ago

Senior Electrical Engineer - Engine Management Systems

Horicon, WI

Full-time

Onsite

Mid, Senior Level

$107K/yr - $161K/yr

5+ years exp

John Deere is a leading company focused on addressing the challenges of a rapidly growing world by investing in people and technology. The Senior Electrical Engineer - Engine Management Systems will lead the design and development of EMS hardware and software for small internal combustion engines, ensuring performance and compliance while collaborating with cross-functional teams and suppliers.

ConstructionIndustrial ManufacturingMachinery ManufacturingManufacturing

Comp. & Benefits

No H1B

Responsibilities

Work on development of utility vehicles and premium turf product designed, tested, and produced in Horicon, WI

Lead the design and development of EMS hardware and software for small internal combustion engines (1–4 cylinders), ensuring systems meet performance, reliability, and compliance standards

Act as a subject matter expert for EMS-related components, including sensors, actuators, and control modules. You’ll provide guidance on diagnostics, troubleshooting, and system optimization

Collaborate with cross-functional teams—including mechanical, electrical, manufacturing, and field support—to ensure seamless integration of EMS into vehicle platforms throughout the product lifecycle. This will include leading team members as a matrix manager

Work closely with suppliers to define technical requirements, track deliverables, and ensure timely completion of EMS-related milestones. Drive alignment towards common communication architecture, diagnostic methods, and service programming/support needs. Be a technical liaison between Deere project teams and EMS suppliers

Translate system-level requirements into detailed specifications for EMS hardware and software, ensuring alignment with business goals and technical constraints

Support validation and testing efforts by working hands-on with vehicles, engines, and instrumentation to gather data, perform root cause analysis, and verify system performance

Engage with internal and external stakeholders to align key product features, customer needs, and technical trade-offs, contributing to the delivery of innovative and customer-focused solutions

Qualification

EMS design experienceElectronic hardware designJ1939 CAN protocolsInternal combustion engine knowledgeSensorActuator experienceEMC standards familiarityEmbedded software developmentFunctional safety standardsDiagnostic protocols familiarityProblem-solving skillsCommunication skillsLeadership skillsProject management background

Required

5 or more years of experience in EMS design, integration, and diagnostics for small spark-ignited and diesel engines

5 or more years of experience in electronic hardware design, including microcontrollers, analog/digital circuits, and electronics manufacturing and verification

3 or more years of experience working with J1939 CAN or NMEA 2000 communication protocols, including diagnostics and use of network analysis tools

Strong understanding of internal combustion engine operation, emissions control systems, and calibration processes

Demonstrated hands-on experience with sensors (temperature, pressure, position) and actuators (solenoids, injectors, ignition systems)

Familiarity with EMC standards and best practices for designing electronics that meet regulatory and performance requirements

Proven ability to work independently in both office and field environments, with strong problem-solving and analytical skills

Excellent communication and leadership skills, with experience presenting technical information and leading cross-functional initiatives

Bachelor's or Master's degree in Electrical Engineering, Electrical and Computer Engineering, Automotive Engineering, or Mechanical Engineering

Preferred

Experience developing vehicle electrical systems in industries such as agriculture, turf, recreational vehicles (strongly preferred), automotive, or construction

Familiarity with functional safety standards such as ISO 26262 and ISO 25119, including the ability to apply safety principles and processes

Familiarity with diagnostic protocols such as J1939 DMA, UDS, OBD/OBDII

Experience with embedded software development, especially in Agile environments

Background in project management, including planning, tracking, and delivering technical milestones