Systems Development Engineer Jobs in Michigan
Systems Development Engineer jobs in Michigan are consistently active, with demand concentrated in automotive technology, defense systems, and enterprise software across seniority levels from entry-level to principal engineer. Detroit, Ann Arbor, and Grand Rapids anchor most of the hiring, with established employers like General Motors, Ford Motor Company, and Leidos maintaining deep engineering rosters in the state. The most in-demand specialties include embedded systems, cloud infrastructure automation, and DevOps toolchain development. Find a role that fits below and apply directly.
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Engineer, Product Development, Systems Engineering
Yazaki is a global leader in the research, development, and delivery of vehicle power and data solutions.
Yazaki works with virtually every major auto manufacturer globally, and we've strived to maintain strategic and stable growth throughout our 84-year history. Today, we're looking for energetic people with the potential to perform and the ability to strengthen - and thrive in - the positive work environment we pride ourselves on.
Location: Canton, MI USA
What we are looking for:
Yazaki is looking for an Engineer, Product Development – Systems Engineering to join the EI Team in Canton, MI. The Systems Engineer independently develops moderately complex automotive electronic systems and leads assigned features or subsystems throughout the development lifecycle. This role is responsible for requirements management, systems architecture, hardware and software interface development, requirements traceability, integration readiness, verification coordination, risk analysis, and technical issue resolution.
The scope of this role includes, but is not limited to, low-voltage and high-voltage power distribution, intelligent junction boxes, battery disconnect and interconnect products, charging interfaces, electronic control units (ECUs), zonal electronics, and high-speed data networks.
What you will be doing:
- Completes moderately complex assignments, identifies technical risks, and coordinates closure across disciplines.
- Leads requirements management, requirements decomposition, requirements allocation, traceability, and impact analysis for assigned scope.
- Develops and evaluates architecture options and aligns interfaces across engineering disciplines.
- Coordinates integration and verification readiness and leads root-cause and recovery activities for assigned issues.
- Reviews work products for technical quality, consistency, traceability, and process compliance.
- Leads selected technical discussions, presents recommendations, and secures alignment on decisions and actions.
- Work with customers and internal stakeholders to identify, analyze, clarify, document, and maintain product and system requirements, assumptions, constraints, and acceptance criteria.
- Decompose and allocate system requirements to hardware, software, mechanical, diagnostics, manufacturing, and validation disciplines.
- Maintain bidirectional traceability from stakeholder requirements through design, implementation, and verification evidence.
- Develop system context, functional and logical architectures, interface definitions, operating scenarios, state behavior, data flows, and network topology.
- Evaluate customer specifications, standards, and regulations for impact on design, verification, and technical risk.
- Manage baselines, technical changes, impact assessments, configuration status, review actions, and release readiness.
- Coordinate technical work across engineering, validation, manufacturing, quality, project management, safety, cybersecurity, and suppliers.
- Prepare Automotive SPICE system engineering work products and objective evidence.
- Apply Automotive SPICE SYS.1 through SYS.5 practices and support ISO 26262 safety concepts, safety analyses, and verification evidence.
- Define system-level verification criteria and support integration, verification, validation, result review, and issue closure.
- Participate in technical reviews, DFMEA, FTA, risk reviews, root-cause analysis, and corrective action.
- Define and analyze CAN, LIN, Ethernet, UDS, and related interfaces as required.
- Support RFQs, estimates, proposals, prototype builds, testing, launch, and production investigations.
What you will bring to the table:
- Bachelor of Science degree in a relevant engineering discipline6 or more years of relevant experience, or Master of Science degree with 5 or more years. Experience must include independent Systems Engineering responsibility for automotive electronic or electrical systems and delivery through design, integration, verification, and production launch.
- Progressive automotive electronics Systems Engineering experience appropriate to the career level, including requirements engineering, MBSE or architecture development, interface management, configuration and change control, integration, verification, validation, technical risk management, and production-launch support.
- Knowledge and application, appropriate to the career level, of Automotive SPICE, ISO 26262 functional safety, ISO/SAE 21434 cybersecurity, IATF 16949 or APQP principles, configuration management, technical reviews, and customer-specific requirements.
- Knowledge appropriate to the career level in embedded electronics, vehicle electrical architecture, low-voltage and high-voltage power distribution, fault protection, grounding, isolation, HVIL, diagnostics, CAN, LIN, CAN FD, Ethernet, UDS, sensors, actuators, microcontrollers, power electronics, and AUTOSAR where applicable.
- Experience appropriate to the career level with requirements or application lifecycle management tools, SysML or equivalent system modeling, architecture and interface documentation, change and defect tracking, test management, engineering calculations, and technical data analysis.
- Tools: PTC Mathworks, Enterprise Architect, Medini, or equivalent
- Preferred experience in the following
- Automotive body electronics, power distribution, electrification, connectivity, controls, or other embedded electronic control unit products.
- Experience with system models, interface control documents, system specifications, verification matrices, and technical risk registers.
- DFMEA, FTA, 8D, 5 Why, fault analysis, and corrective-action methods.
- Supporting customers, suppliers, global teams, RFQs, prototype builds, vehicle testing, and product launch.
What we can provide you:
- A safe collaborative learning work environment that stimulates creativity and exploration
- Diverse teams of experts
- Resources from around the globe
- Supportive leadership and team members to help you do your best work
- Opportunities for professional growth
- Competitive compensation and benefits package including incentive compensation, 401K match, tuition assistance and a generous holiday schedule
- Flexible hybrid schedule
Yazaki North America is committed to providing equal employment opportunities for all persons regardless of race, color, religion, sex, age, marital status, national origin, disability, handicap, veteran status, or other legally protected status or characteristic. Equal opportunity extends to all aspects of the employment relationship. Yazaki North America complies with federal and state equal employment opportunity laws and strives to keep the workplace free from all forms of harassment.
See All 11 Systems Development Engineer Jobs in Michigan
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Find JobsSystems Development Engineer Jobs by City in Michigan
Where Michigan roles are concentrated, by current openings.
Systems Development Engineer Job Market in Michigan
A snapshot from current Michigan openings, updated as new roles post.
Who's Hiring



Top Industries Hiring
- Manufacturing
What Michigan Employers Look For
The qualifications that appear most often in systems development engineer jobs across Michigan.
- Bachelor's degree in computer science, software engineering, or a closely related technical field
- Proficiency in at least one scripting or systems language such as Python, C++, or Java
- Experience designing and maintaining CI/CD pipelines and automated build systems
- Familiarity with cloud platforms such as AWS, Azure, or Google Cloud for infrastructure work
- Strong understanding of Linux or Unix operating environments and shell scripting
- Ability to collaborate with cross-functional engineering teams on large-scale Michigan product programs
Systems Development Engineer Jobs in Michigan: Frequently Asked Questions
How do you become a systems development engineer in Michigan?
A bachelor's degree in computer science, software engineering, or electrical engineering is the standard starting point for systems development engineers in Michigan. No state-issued license is required for this role. Michigan employers, particularly in automotive and defense sectors, place strong value on hands-on experience with embedded systems or cloud infrastructure, so internships at Michigan technology or manufacturing firms and a demonstrable project portfolio are the most direct paths into the role.
How much do systems development engineers make in Michigan?
Systems development engineers in Michigan earn a median of about $125,570 a year, based on May 2025 Bureau of Labor Statistics wage data, ranging from around $78,930 for the lowest 10% to over $166,510 for the top 10%. Pay rises with experience, specialty, and employer.
Which companies hire systems development engineers in Michigan?
Employers hiring systems development engineers in Michigan right now include Ford Motor Company, Yazaki, and Dematic, based on current listings on Migrate Mate as of November 2026. Michigan's concentration of automotive technology and defense contractors means many of these employers seek engineers with experience in both embedded and enterprise-scale systems.
Which Michigan cities have the most systems development engineer jobs?
Dearborn, Canton, and Holland have the most systems development engineer openings in Michigan. Detroit and its suburbs drive volume through the headquarters and R&D centers of major automotive and mobility companies, while Ann Arbor draws consistent postings from university-affiliated technology ventures and established software firms that cluster around the University of Michigan's research ecosystem.
Are there remote systems development engineer jobs in Michigan?
Yes, and more than most fields, since systems development engineering is fundamentally desk and code-based work that translates well to remote environments. About 100% of systems development engineer openings tied to Michigan are remote or hybrid as of November 2026, reflecting broad employer acceptance of distributed engineering teams. Infrastructure automation, DevOps, and cloud platform roles tend to be the most remote-friendly within this specialty.
How can I get hired as a systems development engineer in Michigan with little or no experience?
The most realistic entry path is targeting associate or junior systems engineer roles at Michigan's large automotive and defense employers, where rotational new-graduate programs at companies like General Motors and Ford provide structured onboarding into engineering disciplines. Lateral moves from adjacent roles such as systems analyst, QA automation engineer, or IT infrastructure technician are also common entry points. Building a portfolio of automation scripts or a public version-controlled project, and earning a cloud associate certification, gives candidates a concrete edge in Michigan hiring processes.
Where can I find and apply to systems development engineer jobs in Michigan?
You can find and apply to systems development engineer jobs in Michigan on Migrate Mate, which lists current Michigan openings for this role. Find the roles that fit your experience and location, then apply directly to each one.
See All 11 Systems Development Engineer Jobs in Michigan
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