Electrical Engineer

• Own the electrical hardware design for in-house display modules from concept through validation and release, including architecture definition, circuit design direction, and technical decision-making for multiple display variants
• Develop and review schematics, BOMs, PCB layouts, and related design documentation, and ensure that the design content is aligned with GM requirements and milestone timing
• Drive hardware design reviews and major technical reviews with internal stakeholders and suppliers, including EMC, high-speed interface, power sequencing, signal integrity, and power integrity reviews
• Perform or direct design analysis such as worst-case analysis, tolerance studies, startup and sequencing analysis, thermal review, and circuit compliance checks to confirm that the design meets all electrical and functional requirements
• Define and validate power architecture and power mode behavior, including low-voltage/cranking behavior, reset strategy, wake-up logic, parasitic current, and protection for reverse battery, jump start, shorts, and open circuits
• Lead the design and integration of display electrical interfaces such as SERDES/deserializer links, eDP/OLDI/LVDS-class video paths, touch controller interfaces, MCU interfaces, or auxiliary I/O content where applicable
• Partner with software, systems, mechanical, validation, quality, and supplier teams to resolve cross-functional integration issues, debug root causes, and deliver robust module performance at the component and vehicle levels
• Support component selection and sourcing strategy for key semiconductors and display-related hardware, with attention to approved part lists, resiliency, supplier capability, and cost/performance trade-offs
• Ensure the design is ready for DV/PV validation, including ADVP&R alignment, test planning, diagnostic coverage, failure detection strategy, and compliance with GM and regulatory requirements
• Create and maintain technical artifacts such as DFMEA, open issue tracking, interface definitions, design reports, lessons learned, and release-ready engineering documentation.

Staff Hardware Engineer – Display Electronics

• Lead a team of DREs responsible for PSDS sub-component content across vehicle programs
• Provide technical and execution leadership for Specialty Cables, Dress Covers, Grommets, Channels, T-harnesses, Clips, Ring Terminals, Coverings, and future PSDS sub-components
• Maintain consistency of effort across the team by understanding program timing, requirements, issues, and execution plans and driving alignment when changes are required
• Support program-specific requirements for sourcing and batch execution processes
• Provide technical background in supplier technical reviews and support sourcing decisions for sub-component content
• Manage cost, quality, mass, timing, and complexity for assigned PSDS sub-components, including content and program changes
• Lead component design, development, integration, and electrical release activities to ensure high-quality vehicle execution
• Interface between Technical Specialists (TS) and DREs to provide clear design direction and ensure alignment to requirements and methods
• Conduct team meetings and technical reviews to ensure deliverables and timing are met
• Support complexity reduction, standardization, and commonization efforts across sub-components
• Lead benchmarking and tradeoff analysis to support innovation, cost reduction, and business case development
• Support prototype and pre-production build events, both physical and virtual, to ensure successful execution
• Provide assembly plant launch and remediation support for sub-component issues
• Generate technical solutions for current, new, and major programs with engineering teams
• Support the TS in their technical leadership for advanced technology development and future sub-component growth within PSDS
• Perform complex design analysis and guide subsystem-level engineering decisions
• Develop engineering designs, implement engineering changes, and support release of parts and subsystems for production
• Plan and support test and development activities as required for assigned components
• Communicate, coordinate, and consult with engineering departments, suppliers, and customers
• Identify training and development needs for the team and coordinate those needs with EGM approval
• Stay current on new technology, competitive products, and industry direction related to PSDS sub-components
• Travel as required

Lead Power and Signal Distribution Systems Engineer

• General Motors is expanding its in-house electronics capabilities to support next-generation Central Compute, ADAS, and software-defined vehicle platforms.
• The Senior Electrical Hardware Engineer will contribute across electrical architecture, circuit design, hardware integration, and validation to deliver robust, production-ready ECUs.
• This role requires strong electrical engineering fundamentals combined with system-level thinking.
• The engineer will work across schematic development, component selection, layout guidance, electrical analysis, bring-up, and hardware/software interface definition.

Senior Electrical Hardware Engineer – Central Compute Unit

• Develop exterior lighting electronic hardware in alignment with GM vehicle electrical architecture and functional safety (ISO 26262 / ASIL requirements).
• Evaluate and propose lamp electronics design concepts, balancing styling intent, engineering feasibility, cost, and performance.
• Lead root-cause analysis and resolution of electronic component and system-level issues across development, pre-production builds, launch, and current production.
• Support global vehicle programs and work directly with global supply base and partners.
• Create and manage performance requirements considering benchmarking, program targets, energy management, mass, lighting appearance, animations, and packaging.
• Conduct competitive benchmarking to guide system design direction.
• Lead or support advanced technology investigations and component-level innovation.
• Make sound engineering decisions with incomplete information while prioritizing customer experience and program goals.
• Perform system trade-off analyses across cost, complexity, power consumption, timing, and manufacturability.
• Provide technical leadership within product development teams and manage subsystem deliverables.
• Communicate status, risks, and design decisions clearly to cross-functional partners and leadership.
• Develop Statements of Requirements (SORs), Statements of Work (SOWs), and Interface Control Documents (ICDs).
• Contribute to peer reviews and continuous improvement of design and development processes.
• Create ICDe documentation
• Troubleshoot and triage component and vehicle level issues
• Perform corner case studies on bench and via DFMEA to ensure launch excellence.

Electrical Hardware Engineer – Exterior Lighting

• Responsible for design and development of Ford Performance-specific electrical content
• Coordinate technical design reviews between component and EDS engineers to ensure system integrity in the design phase
• Responsible for surveying Engineers for components that have electrical interfaces and ensuring those devices transmittals are populated into VSEM to support EDS wiring development.
• Build DV Requirements for system-level electrical functions and perform validation testing to ensure product compliance
• Support BOM signoffs for pre-production build events.
• Represent the electrical team on evaluation drives.
• Root cause and fix electrical issues on vehicles as they arise.
• Support offsite vehicle-level DV testing.
• Support breadboard activities by configuring, updating, and root causing electrical modules and systems.
• Onsite support for vehicle builds at the assembly plant, representing the Electrical team and FSS (Full-Service Suppliers) and/or other internal/external resources to deliver subject programs.
• Lead development of system designs that support vehicle performance targets.
• Assure conformance to the Ford Racing DNA and all applicable Ford & regulatory requirements.
• Develop innovative solutions for performance vehicles
• Support supplier sourcing processes and FMA activities.
• Handle deliverables to support program & engineering GPDS breakthroughs.
• FEDE BOM / WERS / Bill of Material / AIMS / JIRA / 5/8Ds / FEDE DVP / Engineering Sign Off / QUIP / eCATs / IVS / VSCS / Software BOM / MSR.

Electrical System Engineer, Racing Cars

• Engineering design, development, installation, and support.
• Project Management including leading, planning, and organizing major projects.
• Consulting and Communications with lower-level professionals and operators.
• Maintenance of electrical expertise in multiple areas of the plant.

• Responsible for the Design and Release and Program Application work for Passive Safety Electronics system.
• Stay in sync with Program cost, weight, quality, performance and timing targets
• Ensure components are accurately packaged for each vehicle application
• Understand and apply Global Product Development System process
• Familiar with Ford processes (e.g. WERS, IVS, FEDE, JFROG, VSEM, JIRA, etc.)
• Follow Robustness Engineering Disciplines (e.g. Quality History, P-Diagram, FMEA, etc.)
• Apply Six-Sigma, 3L5W and 8D issue resolution processes
• Conduct Design Validation at the breadboard, HIL, bench simulation and in vehicle
• Sign off on Compliance Demonstration Plan and Report
• Support the Sourcing Process (e.g. investment, piece price, tooling cost reviews, etc.)
• Follow the Technical Design Review process
• Release parts through the product life cycle
• Support Change Control meetings
• Audit and update Bill of Material with accurate part levels and usage, for all builds and post Job 1
• Be aware of Worldwide Engineering changes and proceed accordingly
• Identify validation, durability and functional test requirements
• Define and verify engineering prototype requirements at part level
• Parts implementation/sign-off in assembly plant and assistance with quality issues in all Milestones
• Review/manage program direction letter revisions and proceed accordingly if affected
• Support prototype and vehicle launch
• Provide technical assistance to supplier through the supplier engagement process
• Participate in core activities based on skills, knowledge and desire

Restraints Electronics Module Development Engineer

• Lead projects from front end loading to detail design and construction
• Specify Electrical and Instrumentation Equipment
• Perform Electrical Calculations
• Review design documents, prepare estimates, and develop Bid-Ready Construction packages
• Understand and apply the National Electrical Code
• Able to work efficiently and effectively on a remote team
• Interaction from the office and on site with client representatives

Lead Electrical Engineer

• Design of electrical power, lighting, life safety and security systems for commercial and K-12 educational buildings
• Develop detailed electrical drawings, schematics, one-line diagrams and specifications
• Ensure designs comply with all applicable codes, standards, and regulations
• Manage electrical engineering projects from concept through completion
• Coordinate with architects, mechanical engineers, and other stakeholders
• Oversee project timelines, budgets, and resources to ensure successful project delivery
• Provide technical guidance and expertise in the selection of electrical power and lighting systems, life safety systems and security systems and components
• Conduct detailed site inspections and assessments to ensure design feasibility and compliance
• Perform load calculations, lighting calculations, short-circuit analysis, arc flash hazard and other engineering calculations as needed
• Support review of quality control checks to ensure accuracy and completeness of designs
• Interface with clients to understand project requirements and provide technical solutions

• Performs basic tasks and functions for professional field of work.
• Seeks advice and guidance on nonroutine or problem areas from others.
• Identifies problems as they occur and takes appropriate steps to solve them in situations where the problem is not difficult or complex.
• Communicate effectively using both written and verbal skills.

Electrical Controls Engineer – New Graduate

• Advance Electric Drive and Power Electronics Engineer is responsible for definition and documentation of requirements, execution of design, analysis, development, and testing of electric drives (inverters & motors) ensuring successful vehicle application of the electric drive, considering hardware, controls, calibration, software, and overall integration.
• Lead development and documentation of initial component and subsystem requirements for electric drives
• Responsible for deriving and developing component requirements to meet propulsion system requirements using systems engineering discipline, standard work and analysis / simulation including competitive assessments
• Responsible for the documentation of component requirements (via RCEs, ICDs) based on flow down of requirements from Propulsion System Technical Specs (P-STS) and vehicle technical specifications (VTS)
• Responsible for developing electric drive components to meet key performance and cost targets by working collaboratively with Product Engineering, Systems Engineering, Modeling, Analysis, Cost Engineering, Planning, and Program teams
• Lead or coordinate component trade studies to select optimized solutions to meet vehicle requirements of range, performance, drive quality, and cost
• Ensure analytical models, initial component designs, and controls have been developed with high fidelity through the BA phase for a successful hand-off at PPDR to Execution and Program teams
• Support multi-functional team led by advanced propulsion system architect in the development of Electrified Propulsion System Architectures through the Advanced Technology Work (ATW), Balanced Architecture (BA), and early GPDP development phase in accordance with the Electrification Process of Engineering
• Support development of the system level DFMEA led by Propulsion System Architect collaborating with key collaborators from System Engineering teams, Safety, and Controls
• Work with other SMT’s, Vehicle teams, planning, Finance, and Electrification leadership as necessary to lead the project team through successful completion of key ATW, BA, and GPDP gates
• Lead advanced technology development and testing ATW work in electric drives as needed
• Leveraging AI tools for Automation and process improvement

Senior Engineer – Advanced Electric Drive and Power Electronics

• Lead a team of engineers and manage client relationships
• Select and specify substation equipment
• Develop physical electrical design submittals
• Prepare equipment specifications, bid evaluations, and procurement recommendations
• Coordinate with clients and project management teams
• Mentor less experienced engineers and designers
• Manage multiple projects simultaneously and adhere to budget, schedule, and quality requirements
• Develop engineering cost estimates for proposals

Lead Physical Electrical Engineer

• Derive and document AD/DC Electrical system requirements working collaboratively with multiple technical disciplines
• Perform trade studies and develop optimal system architectures
• Simulate, model, design, select and characterize components
• Design, implement, test, and integrate Electrical components and subsystems
• Participate in cross-functional technical design reviews
• Perform and support integration and test activities and events
• Assist with or provide information in support of project planning, execution, and oversight
• Support technical leadership of junior engineering

Senior Electrical Engineer – Missile Systems

• Plan and perform assigned engineering tasks within the framework of safety, quality, delivery and cost (SQDC)
• Collaborate with leaders in identifying and setting challenging goals for each rotation
• Complete technical training with mentorship and coaching from world-class engineers and experienced technical leaders
• Demonstrate an ability to understand and apply engineering fundamentals to solve real world problems while managing multiple priorities
• Identify and share best practices regarding new analyses, techniques and methodologies
• Incorporate LEAN principles into your standard work

Edison Engineering Development Program – Systems, Electrical Engineering

• Help invent the future of flight, lift people up, and bring them home safely as a GE Aerospace intern or co-op!
• You’ll build professional and technical skills in an aerospace systems & defense role working on challenging, real-world problems to design aerospace systems for commercial and military applications & support through service life.
• Build relationships with interns/coops and leaders and prepare for a potential full-time position after graduation in one of our fantastic leadership programs or a direct hire opportunity.
• You will gain broad exposure to the engineering field with an array of opportunities ranging from design & analysis to working hands-on with aerospace systems.
• Responsibilities may include design, analysis, development, and testing, writing software requirements, software testing, simulation, tool development and product/program support.

Systems Engineering Co-op – Electrical Engineering, Computer Engineering, Avionics

• Help invent the future of flight, lift people up, and bring them home safely as a GE Aerospace intern or co-op!
• You’ll build professional and technical skills in an aerospace systems & defense role working on challenging, real-world problems to design aerospace systems for commercial and military applications & support through service life.
• Build relationships with interns/coops and leaders and prepare for a potential full-time position after graduation in one of our fantastic leadership programs or a direct hire opportunity.
• Gain broad exposure to the engineering field with an array of opportunities ranging from design & analysis to working hands-on with aerospace systems.
• Responsibilities may include design, analysis, development, and testing, writing software requirements, software testing, simulation, tool development and product/program support.

Systems Engineering Co-op – Electrical Engineering, Computer Engineering, Science

• Help invent the future of flight, lift people up, and bring them home safely as a GE Aerospace intern or co-op!
• Build professional and technical skills in an aerospace systems & defense role working on challenging, real-world problems to design aerospace systems for commercial and military applications & support through service life.
• Build relationships with interns/coops and leaders and prepare for a potential full-time position after graduation in one of our fantastic leadership programs or a direct hire opportunity.
• Gain broad exposure to the engineering field with an array of opportunities ranging from design & analysis to working hands-on with aerospace systems.
• Responsibilities may include design, analysis, development, and testing, writing software requirements, software testing, simulation, tool development and product/program support.

Systems Engineering Intern – Electrical Engineering, Computer Engineering

• Support the development and integration of electrical and mechatronic systems used in humanoid robots, including sensors, actuators, and control electronics.
• Work alongside experts developing scalable solutions that move from research to real-world factory deployment.
• Assist in the design, development, and testing of electrical systems for humanoid robots, including power distribution, control circuits, and embedded electronics.
• Support integration of sensors, actuators, and control units into robotic subsystems (arms, joints, mobility platforms).
• Contribute to prototype development and validation, including wiring harnesses, PCB testing, and hardware debugging.
• Collaborate with cross-functional teams (mechanical, software, AI) to enable full mechatronic system functionality.
• Analyze performance data from test systems and real factory deployments to improve reliability and efficiency.
• Assist with hardware-in-the-loop testing, system calibration, and signal validation.
• Participate in documentation of designs, test procedures, and engineering results.
• Perform additional duties as assigned to support team and business needs.

Co-Op – Humanoid Robotics, Electrical Engineering

• Provide engineering design and analysis for lighting, power, low voltage, and associated control systems for Mission Critical facilities
• Develop construction documents for installation, interconnection, and control of architectural, electrical, and mechanical components
• Design and engineer lighting and power distribution systems, low voltage systems
• Collaborate with project teams to define project scope, budget and design approach
• Maintain organized project files with calculations, schedules, and correspondence

Electrical Engineer – Mission Critical, Data Centers

• Independently design and develop electrical components and sub-systems for medical devices
• Develop and apply advanced circuit and electrical system test methods
• Conduct or design advanced prototyping and testing
• Conduct advanced problem solving, identify potential solutions, and evaluate them against component and sub-system requirements
• Conduct and design research and studies to support advanced product design
• Translate user needs to design inputs/specifications and produce advanced component and sub-system level designs
• Analyze and correct complex product design issues, using independent judgment
• Independently balance design tradeoffs while designing a component of the system
• Advance solutions by applying in-depth knowledge of customer needs, market and competitive offerings
• Support Voice of Customer sessions internally and with clinicians

Electrical Engineer jobs in Missouri

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Staff Hardware Engineer – Display Electronics

Lead Power and Signal Distribution Systems Engineer

Senior Electrical Hardware Engineer – Central Compute Unit

Electrical Hardware Engineer – Exterior Lighting

Electrical System Engineer, Racing Cars

Electrical Engineer

Restraints Electronics Module Development Engineer

Lead Electrical Engineer

Electrical Engineer

Electrical Controls Engineer – New Graduate

Senior Engineer – Advanced Electric Drive and Power Electronics

Lead Physical Electrical Engineer

Senior Electrical Engineer – Missile Systems

Edison Engineering Development Program – Systems, Electrical Engineering

Systems Engineering Co-op – Electrical Engineering, Computer Engineering, Avionics

Systems Engineering Co-op – Electrical Engineering, Computer Engineering, Science

Systems Engineering Intern – Electrical Engineering, Computer Engineering

Co-Op – Humanoid Robotics, Electrical Engineering

Electrical Engineer – Mission Critical, Data Centers

Staff Electrical Engineer – R&D