Systems Engineer

• Develop solutions that enhance our legal, operations, billing, and corporate reporting solutions.
• Build integrations between custom and 3rd party applications.
• Work with business stakeholders to gather requirements and design new solutions, integrations or reports.
• Assist in the analysis, design, implementation, and support of data models, dashboards, and reports.
• Support internal users by troubleshooting and resolving issues promptly.
• Support our internal operations teams.
• Troubleshoot and correct production issues within the applications.
• Provide documentation and training on features to users.
• Work within an agile product development methodology.
• Help identify and roadmap future features.
• Understand database development and build ETL packages.
• Work in a team environment to design, build, test, and support our internal business applications.
• Hit project deadlines to ensure they stay on time and on budget.
• Be a team player; be open; be ready; be flexible.
• Perform other duties as assigned as needed to help drive our vision, fulfill our mission, and support our organization’s values.

System Engineer

• Provide manufacturing engineering leadership throughout a new model development program – from initial concept through final assembly.
• Drive lessons learned into new product; Ensure GMRs and best practices are followed; Ensure product design is robust for manufacturing; Ensure LD commonality is followed / Drive LD discipline; Drive SRI feasibility; Support structures process; Support clay feasibility; Support virtual builds; Ensure P-release quality of event; Ensure checking fixture/PCF/CMM fixture strategy support program deliverables; Ensure plant CMM/layout room will support program deliverables; Ensure measurement plan is robust
• Develop pre-launch control plan; Ensure production intent locators for DCV; Lead resolution of manufacturing AIMS issues; Utilize DCV to prove out measurement programs, handheld data and WBDM templates; Ensure closure systems studies are completed; Lead PCF process ꟷ Develop build plan ꟷ Ensure parts are ordered ꟷ Ensure PCF fixture meet timing needs ꟷ Lead execution of PCF1 build; Ensure supplier gages are correct; Drive part review and die buy-offs
• Lead launch control plan; Ensure all assy plant metrology is ready to support launch control plan; Ensure assy plant fixtures support control plan; Ensure metrology programs are ready; Ensure handheld data devices are ready; Ensure WBDM/Templates support launch needs; Lead PCF2/PCF3 build events at plant; Responsible for overall Bodyshop capability; Build event dimension summary; Ensure stamped parts are acceptable for build events and drive towards PSW; Drive sheet metal system issue resolution; Drive closing effort prove out; Drive OK to Buy dimensional and functional issue to resolution

Manufacturing Systems Engineer

• Lead, coach, and develop a team of engineers, providing technical guidance, career development support, and ongoing performance feedback. • Set the engineering vision, roadmap, and execution strategy for HRIS platforms in alignment with organizational goals and enterprise architecture standards. • Modernize legacy platforms through automation, cloud enablement, improved engineering practices, and scalable platform design. • Guide the full engineering lifecycle including requirements definition, architecture, implementation, release, support, and continuous improvement. • Drive platform engineering practices including infrastructure as code, CI/CD, observability, resiliency, and secure-by-design delivery. • Partner with HR, security, infrastructure, architecture, delivery, data, and enterprise platform teams to align technical solutions with business needs. • Build team capability in automation, scripting, cloud deployment, modern platform tools, and engineering best practices. • Implement and continuously improve performance management processes for the team, including goal setting, regular reviews, development planning, and accountability for results. • Develop and manage plans, priorities, resource allocation, and execution risks to ensure initiatives are delivered on time and with high quality. • Identify, assess, and mitigate technical and operational risks while driving pragmatic solutions to complex engineering challenges. • Ensure platforms are secure, stable, scalable, well governed, and compliant with company standards and security requirements. • Communicate effectively with technical and non-technical stakeholders, translating complex concepts into clear and actionable decisions.

AI Systems Engineering Manager – HRIS

• Lead decomposition of In-vehicle Vision/Viewing Feature, System and Solutions program/vehicle milestone objectives.
• Contribute to deliverables include but not limited to: System Blueprint and Functional Decomposition, Behavior Test Case etc.
• Lead Identification and authoring of API Capability requirements for product area.
• Lead Modeling of System/Feature & API Capability functions in MBSE tools.
• Support CI/CD and Simulation / virtual validation by defining candidate functions to run in the virtual environment for various milestones of vehicle development.

Senior Systems Engineer – In-Vehicle Vision/Viewing

• Lead, coach, and develop a team of software engineers and technical leads
• Drive delivery across the software development lifecycle, from planning through production support
• Set engineering priorities, delivery plans, and measurable outcomes aligned to business goals
• Guide architecture, engineering standards, documentation, and solution delivery
• Remove roadblocks, manage risk, and support high-quality, on-time execution
• Modernize legacy applications, workflows, and integration patterns
• Advance reusable platform capabilities, API-first design, automation, and service-based engineering practices
• Partner with product, architecture, infrastructure, security, and business teams on technology roadmaps
• Improve system reliability, maintainability, observability, and operational readiness
• Drive modern engineering practices including Agile, DevSecOps, CI/CD, automated testing, and release governance
• Identify and implement AI and intelligent automation opportunities that improve efficiency, user experience, and business outcomes
• Follow responsible AI practices across governance, security, privacy, and quality
• Lead hiring, talent planning, performance management, and career development
• Build a high-performing engineering culture focused on accountability, collaboration, and continuous improvement

AI & Integration Systems Engineering Manager – HRIS

• Lead the development and integration of software architecture across multiple product domains.
• Ensure architectural consistency and alignment with enterprise-wide standards and strategies.
• Drive harmonized architecture solutions that span across different vehicle platforms and product lines.
• Define and validate the next-generation Ethernet communication strategy for vehicle systems.
• Collaborate with hardware and software teams to ensure successful deployment and performance.
• Develop and implement cohesive processes that align hardware and software engineering efforts.
• Maintain architecture purity and manage MENU change control across product areas.
• Create and maintain vehicle-level architecture diagrams including device placement and software allocation.

Staff Systems Engineer – Body Electrical Architecture

• Define and maintain the Network Performance Budget by product area (e.g., propulsion, body, chassis, ADAS, infotainment).
• Forecast future network loading and bandwidth needs based on product roadmaps, feature growth, and architectural strategy (SDV2 & beyond).
• Drive end‑to‑end network load assessment activities including message catalog reviews, traffic modeling, and simulation/measurement of bus utilization, latency, and jitter.
• Establish clear criteria and thresholds for acceptable network loading and performance and communicate these to product teams.
• Create and manage a Network Performance Dashboard that provides visibility to leadership and product teams on current and projected network performance health.
• Support Electrical Architecture Reviews (EAR) and other forums to evaluate the network implications of new features, ECUs, and topology changes, providing clear recommendations and risk assessments.
• Partner with EA PSEs to ensure adherence to Electrical Architecture Core Principles, including performance, reliability, and scalability.
• Act as a key interface between network performance analysis, ECU software teams, hardware design teams, and microcontroller strategy teams to align on bandwidth needs, timing budgets, and implementation constraints.
• Develop, standardize, and continuously improve methods and tools for network performance modeling, simulation, test, and reporting.

Staff Systems Engineer – Network Performance Analyst

• Join an innovative team at General Motors within the Global Systems Engineering, Safety and Validation organization.
• Serve as a key technical contributor responsible for system‑level requirements development, integration, and validation of Suspension features.
• Work cross‑functionally with controls, software, hardware, validation, and vehicle teams to deliver robust suspension solutions that balance performance, safety, and customer experience across vehicle programs.
• Provide technical leadership and ownership of system-level requirement definitions and the development of System Technical Specifications, FMEAs, and validation plans, ensuring alignment with subsystem, safety, customer, and functional reliability requirements.
• Collaborate with cross-functional teams including controls, software, hardware, validation, electrical, performance, manufacturing, and other stakeholders to achieve enterprise objectives.
• Lead system execution activities including timing alignment, issue resolution, and change management throughout the development lifecycle.
• Lead and guide requirement confirmation activities through analysis, simulation and physical testing including virtual, HIL benches and vehicle-level testing.
• Escalates and represents system issues in technical reviews and provides regular updates to leadership and stakeholders.

Senior System Engineer – Suspension Systems

• Responsible for as sold validation at turn over from Sales to Project execution.
• Can we build what was sold.
• Participation in all the engineering discussions and actively participate in the project.
• Attend & facilitate layout discussions internal and with the customer.
• Attend & facilitate controls discussions internal and with the customer.
• Attend & support the Functional Description Specification Workshop(s) internal and with the customer.
• Generate System Specification for the customer approval and understanding of the system.
• Define & agree on interfaces between components systems (HW/SW/Controls/IT/Subs).
• Coordinate required simulation updates and integration of results into the project.
• Create & execute test planning and management to verify completed system: Software Acceptance Testing (FAT)
• Internal emulation testing.
• System Integration Testing.
• System Throughput Testing.
• System Acceptance Testing.
• Guide System tuning and definition of adjustments.

• Responsible for as sold validation at turn over from Sales to Project execution.
• Can we build what was sold
• Participation in all the engineering discussions and actively participate in the project
• Attend & facilitate layout discussions internal and with the customer
• Attend & facilitate controls discussions internal and with the customer
• Attend & support the Functional Description Specification Workshop(s) internal and with the customer
• Generate System Specification for the customer approval and understanding of the system
• Define & agree on interfaces between components systems (HW/SW/Controls/IT/Subs)
• Coordinate required simulation updates and integration of results into the project
• Create & execute test planning and management to verify completed system:
• Software Acceptance Testing (FAT)
• Internal emulation testing
• System Integration Testing
• System Throughput Testing
• System Acceptance Testing
• Guide System tuning and definition of adjustments.

Expert Systems Engineer

• V-model activities such as system requirements definition, system design, system verification and validation
• Ensure non-functional requirements such as performance, reliability, security, and serviceability are covered
• Failure Modes and Effects Analysis (FMEA) and derive reliability requirements from this analysis
• Participate in technical design reviews at various stages of the program lifecycle
• Help define strategy for verification and validation including use of simulators, emulators, and physical testing
• Development of system models using SysML
• Promote the use of systems engineering tools (e.g., requirements management, defect management, test management) for managing V-model activities
• Collaborate closely and stay aligned with product management, mechatronics engineering, software architecture, R&D and regional engineering teams.
• 30+% travel to customer / project sites.

Senior Systems Engineer

• Work across numerous project teams, often as the primary systems engineering resource, to develop requirements, coordinate with partner support teams, execute project tasks, deliver solutions, and provide lifecycle support.
• Partner with GM IT enterprise architecture to improve and support applications, tools, and technical solutions that streamline IT processes while conforming to cybersecurity and compliance controls.
• Partner with GM IT security leadership, including the ISSM, to support cleared and controlled systems and help maintain secure, compliant environments.
• Manage and improve the operational health of information systems, including patching, upgrades, refreshes, maintenance, troubleshooting, and corrective actions in support of continuing operations.
• Continuously monitor, validate, and document implemented security controls, and support audit activities through analytical review, reporting, and compliance-focused process discipline.
• Develop and maintain self-help tools, user guides, install guides, and knowledge articles that improve customer interactions and strengthen repeatable support processes.
• Serve as a day-to-day technical point of contact for customers and internal IT teams, helping organize workstreams, resolve issues, and support project and operational needs.
• Identify opportunities to improve internal processes, services, and structures, and translate broad challenges into practical, implementable solutions that support GM Defense priorities.

Senior System Engineer – GM Defense IT

• The Thermal System Architect’s primary responsibility is to provide technical leadership and guidance for the development and integration of the thermal system inclusive of propulsion, cabin and vehicle thermal management.
• In this role, you will be responsible for configuration of all thermal components, ensuring alignment with defined strategies, criteria compliance, and program specific desires.
• Proficient use of trade matrices (performance vs. cost, mass, energy, packaging), to enable proper leadership decision making especially under compressed timing.
• Lead the team in creative problem solving for complex thermal performance conflicts.
• Guide use of analytical tools and methods (e.g., 0D/1D/3D analysis, simulation, virtual builds, sensitivity studies) to rapidly evaluate alternatives and recommend data-driven solutions.
• Ensure accurate and timely documentation of technical decisions, risks, and mitigations in GM systems (e.g., VTS tools, GDM, peer review records).
• Provide consistent support in CITs, SDITs, VCITs and VPITs. Emphasize technical direction within these forums.

Thermal Systems Architect

• Lead the end-to-end systems engineering for embedded autonomous vehicle (AV) and advanced driver-assistance systems (ADAS) platforms
• Define, document, and manage system-level requirements, ensuring traceability and alignment with product and safety goals
• Develop and maintain system architecture, balancing trade-offs in compute resources (CPU, GPU, NPU), memory (RAM), and communication bandwidth (Ethernet)
• Perform system resource allocation, profiling, and optimization to meet performance, power, latency, and reliability targets
• Collaborate cross-functionally with software architecture, firmware, hardware, validation, and vehicle integration teams to ensure cohesive system design and implementation
• Drive technical roadmap planning and contribute to strategic decisions on future platform capabilities and scalability
• Identify risks and develop mitigation strategies related to system integration and performance
• Mentor junior engineers and foster a culture of technical excellence and innovation within the team.

Staff Systems Engineer – ADAS Platform

• Lead end-to-end design, development, and evaluation of complex medical device systems
• Apply advanced engineering principles; mentor team members on best practices
• Translate user needs into system requirements and scalable architectures
• Define, decompose, and allocate requirements across multi-disciplinary teams (EE, ME, SW)
• Lead concept phase activities and drive resolution of complex design issues
• Conduct and lead analytical studies (trade-offs, optimization, performance, risk assessments)
• Oversee system integration, verification, and validation activities
• Drive product risk management, including failure analysis, safety requirements, and mitigations
• Influence product and technology strategy through market, clinical, and customer insights
• Ensure compliance with medical device standards; lead documentation (DHF) and cross-functional collaboration while mentoring and driving high-performance execution

Senior Staff Systems Engineer – HYBRID

• Serve as a technical SME supporting PL‑I in the evaluation, development, and integration of Predictive Logistics technologies across Army ground vehicle platforms
• Assist with integration efforts involving vehicle data buses, data loggers, wireless data transfer, and digital maintenance solutions
• Support the Army’s PL Overarching Integrated Project Team (OIPT), collaborating with stakeholders across AFC, AMC, ASA(ALT), CASCOM, and other organizations
• Provide briefings and technical updates to leadership on engineering, analysis, and PL integration progress
• Evaluate commercial and government predictive maintenance and CBM+ technologies for Army applications, including hands-on support during soldier testing and assessments
• Lead rapid prototyping efforts, including design, fabrication, and testing of communication and power harnesses to ensure seamless integration with Army vehicle architectures
• Support NDAA Section 389 safety initiatives by enabling secure data retrieval, digital chain-of-custody, and system-level forensic analysis
• Conduct research, hardware evaluations, and acquisition support for AI/ML-enabled logistics and maintenance technologies

Predictive Logistics Systems Engineer, Engineer 3

• Perform Endpoint/identity/device-lifecycle engineering to reduce unauthorized discovery, lateral movement, credential misuse, and persistence
• Designs/maintains secure macOS & Windows workstation images (on-site + VDI/remote)
• Engineers patching/version control (Ivanti, KACE, Intune, GPO)
• Supports Intune/Autopilot enrollment with passwordless auth & hardware keys (YubiKey, CAC)
• Builds logging/telemetry into SIEM/EDR
• Runs assess→ recommend →approve → implement → validate workflow
• Produces runbooks and KT

• Responsible for conducting risk assessments using various resources including Service Now and proprietary questionnaires
• Conduct assessments on requested software and mobile applications, as well as policy exception documentation, and risk remediation
• Work closely with several pillars of cybersecurity such as Identity and Access Management and Security Architecture
• Support process enhancement and redesign efforts to streamline Cybersecurity delivery
• Provide insight into scope and parameters of required analysis to define outcome criteria and deliver measurable actions
• Contribute to the determination of key data points from raw data and generate information to create meaningful actionable metrics and represent at an executive level
• Operate in compliance with all federal, state, and local mandated information security laws, rules, and guidelines
• Remain current with the latest industry information
• Ability to work within procedures with minimal oversight
• Ability to communicate effectively with leaders at all levels of the organization.

Cybersecurity Business Systems Analyst II

• Lead the systems engineering function for a new SaaS application, including application ownership, support strategy, deployment execution, and innovation in partnership with a product manager who will identify, establish, and map the roadmap
• Manage and develop a team of systems engineers and technical contributors, setting priorities, removing obstacles, and supporting employee growth
• Serve as the technical and operational lead for the SaaS application environment, ensuring application performance, reliability, security, supportability, and operational readiness
• Partner with business stakeholders, product owners, vendors, and internal technology teams to define requirements and deliver solutions
• Lead vendor management activities, including participation in contract negotiations, license management, and implementation of new capabilities and innovations
• Drive platform enhancements, integrations, configuration changes, and process improvements aligned to business objectives
• Establish and maintain governance for the application, including change management, release planning, issue resolution, risk mitigation, and operational discipline
• Monitor production health, troubleshoot complex issues, and lead problem resolution efforts across teams
• Create and maintain technical documentation, operational procedures, and support models
• Ensure solutions are designed and implemented in alignment with GM standards for architecture, security, compliance, and operational excellence
• Communicate clearly with leaders and stakeholders on priorities, timelines, risks, and outcomes

IT Systems Engineer, Manager

• Lead the decomposition of functions and architecture for Near Field Perception Systems, aligning with Feature System Engineers to ensure coverage and completeness
• Translate feature-level requirements into specific sensing system performance expectations.
• Define and establish comprehensive performance requirements and metrics for the Neir-Field Perception System, including Key Performance Indicators (KPIs) for the system including availability, accuracy, and false positive rates.
• Evaluate and optimize a variety of perception data pipelines including those utilizing ultrasonic based sensing.
• Work with vendors to measure system sensitivity to numerous factors including vehicle characteristics (e.g., sensor packaging) and environmental conditions.
• Design validation strategies to quantify system robustness against interacting noise factors for both platform and application sign-off
• Own Failure Mode Analysis actions for Near Field Perception, including authoring DFMEAs, Permanent Corrective Actions, and Systemic Prevent Recurrence.
• Explore and propose system architecture modifications to decrease application sensitivity.
• Partner with vendors and our hardware team to refine sensor packaging requirements.
• Perform root cause analysis with cross-functional teams on current generation systems.

See all jobs on JobTailor

System Engineer

Manufacturing Systems Engineer

AI Systems Engineering Manager – HRIS

Senior Systems Engineer – In-Vehicle Vision/Viewing

AI & Integration Systems Engineering Manager – HRIS

Staff Systems Engineer – Body Electrical Architecture

Staff Systems Engineer – Network Performance Analyst

Senior System Engineer – Suspension Systems

Systems Engineer

Expert Systems Engineer

Senior Systems Engineer

Senior System Engineer – GM Defense IT

Thermal Systems Architect

Staff Systems Engineer – ADAS Platform

Senior Staff Systems Engineer – HYBRID

Predictive Logistics Systems Engineer, Engineer 3

Systems Engineer

Cybersecurity Business Systems Analyst II

IT Systems Engineer, Manager

Perception Systems Engineer