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John Deere

Builds farm, construction, and forestry machines

Senior Staff Engineer - Product Engineering

Design EngineeringConfirmed live in the last 24 hours
Full-time$138.1k - $207.2k

About the Job

Requirements

  • At least 10 years of experience developing and supporting complex electric machine, electro-mechanical, propulsion, drivetrain, or rotating-equipment products across design, development, manufacturing, validation, production, or field support.
  • At least 10 years of experience applying structured product-development processes to move complex electro-mechanical products from concept and requirements through design, verification, industrialization, launch, and production support.
  • Knowledge of electric machine and mechanical systems design, including thermal management, cooling, sealing, geometric dimensioning and tolerancing, tolerance analysis, finite element analysis, power electronics packaging, manufacturing, and system integration.
  • Experience establishing product requirements and applying design reviews, design failure mode and effects analysis, multiphysics analysis, root-cause analysis, technical risk assessment, and design-for-manufacturability methods to complex electro-mechanical products.
  • Ability to balance performance, durability, cost, quality, manufacturing, and supplier considerations.
  • Ability to influence cross-functional teams, resolve competing technical priorities, and communicate complex decisions, risks, and trade-offs to engineering and business leaders.
  • Ability to travel domestically and internationally to support suppliers, manufacturing, and technology development.
  • Bachelor’s degree in Mechanical Engineering or a related engineering discipline, or equivalent related work experience.
  • Must be at least 18 years of age to apply.

Responsibilities

  • Lead electric machine mechanical and electro-mechanical architecture, system interfaces, design practices, reviews, analysis, verification, and resolution of critical product issues.
  • Provide technical expertise in thermal management, castings, fasteners, cooling, sealing, geometric dimensioning and tolerancing, tolerance stack-up, finite element analysis, power electronics packaging, and system integration; guide cross-functional design decisions for robust, manufacturable, and serviceable solutions.
  • Define and maintain the eMachine technology roadmap and development funnel; evaluate motor architectures, magnetic and insulation materials, winding technologies, cooling concepts, analytical tools, and emerging manufacturing methods; translate promising technologies into prioritized investigations and development plans.
  • Lead design-for-manufacturing, industrialization, production-readiness, process-capability, and special-process quality activities for internal and supplier operations; connect product design decisions with manufacturing capability, quality, cost, durability, and service performance; guide resolution of production and warranty issues.
  • Establish technical expectations and guide strategic suppliers through capability assessments, requirements alignment, design and manufacturing reviews, joint development, production readiness, performance recovery, and root-cause resolution; provide technical input to supplier selection and long-term supplier development.
  • Provide technical leadership for sourcing strategy, make-versus-buy evaluations, supply-risk mitigation, alternate-source development, and business cases for critical eMachine design and manufacturing capabilities; identify where the company requires internal expertise, tools, processes, or manufacturing capability to protect product delivery and long-term competitiveness.
  • Mentor engineers and technical leaders; establish reusable requirements, design practices, analysis methods, verification approaches, and lessons learned; strengthen cross-functional capability across engineering, manufacturing, quality, product verification and validation, supply management, and service.

Desired Qualifications

  • Master's degree in Engineering or demonstrated technical expertise of equivalent depth and scope.
  • Experience with rotor, stator, winding, insulation-system, magnetic-material, cooling, bearing, housing, sealing, or structural design for electric machines.
  • Experience with eMachine industrialization, supplier manufacturing assessments, and production readiness.
  • Knowledge of alternative magnet materials, rare-earth-free technologies, advanced windings, or next-generation motor architectures.
  • Experience defining, documenting, and communicating technical roadmaps; leading supplier development or technology investigations; and using competitive benchmarking to prioritize engineering investment.
  • Experience supporting sourcing strategy, manufacturing business cases, business continuity, or vertical-integration studies.
  • Demonstrated success mentoring engineers and building reusable technical capability.
  • Experience with agricultural, construction, turf, commercial-vehicle, automotive, or industrial electrification products.

About the Company

John Deere

Builds farm, construction, and forestry machines

John Deere builds tractors, combines, and other farm machines, along with equipment for construction, forestry, road building, and lawn care. Many of its machines use GPS guidance and cameras to steer themselves and spray only the weeds they detect, and farmers track each field and machine through its Operations Center app. Deere sells machines, replacement parts, and repair service through a worldwide network of independent dealers, which handle sales, servicing, and trade-ins in their local areas. Deere & Company was founded in 1837 by blacksmith John Deere, whose steel plow cut through sticky prairie soil, and is based in Moline, Illinois.

Company size
10,001+
Company stage
IPO
Headquarters
Moline, IL
Founded
1837

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