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Operating System Engineer Jobs in Michigan (NOW HIRING)

Systems Engineer

Farmington Hills, MI · On-site

$98K - $113K/yr

Analyze customer and system requirements to define the functional and performance specifications ... Design, develop and maintain standards for online cloud platforms, multi-operating systems, design ...

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12v System Design Engineer

Auburn Hills, MI · On-site

$94K - $129K/yr

The 12V Systems Design Engineer is a key contributor within the Product Development & Technology (PDT) organization, operating in the Electrified Hardware Engineering (EHE) and Hardware Engineering ...

Designs system configuration, determines hardware, software and functional specifications, and ... Advanced understanding of operating systems, business applications, printing systems, and network ...

Designs system configuration, determines hardware, software and functional specifications, and ... Advanced understanding of operating systems, business applications, printing systems, and network ...

12v System Design Engineer

Auburn Hills, MI · On-site

$94K - $129K/yr

The 12V Systems Design Engineer is a key contributor within the Product Development & Technology (PDT) organization, operating in the Electrified Hardware Engineering (EHE) and Hardware Engineering ...

Position Title: Site IT Operations Engineer Location: Toledo, OH Position Start Date: June 2026 ... Operating system, network...) Operational management of IT infrastructure in an industrial ...

Position Title: Site IT Operations Engineer Location: Toledo, OH Position Start Date: June 2026 ... Operating system, network...) Operational management of IT infrastructure in an industrial ...

Position Title: Site IT Operations Engineer Location: Toledo, OH Position Start Date: June 2026 ... Operating system, network...) Operational management of IT infrastructure in an industrial ...

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Operating System Engineer information

See Michigan salary details

$46.6K

$110.9K

$145.6K

How much do operating system engineer jobs pay per year?

As of Jul 7, 2026, the average yearly pay for operating system engineer in Michigan is $110,880.00, according to ZipRecruiter salary data. Most workers in this role earn between $85,400.00 and $136,800.00 per year, depending on experience, location, and employer.

What are some common challenges faced by Operating System Engineers when maintaining system stability in large-scale environments?

Operating System Engineers often encounter challenges such as managing software patching across diverse hardware, ensuring compatibility with legacy applications, and minimizing downtime during critical updates. In large-scale environments, balancing security with performance and reliability can be complex, especially when multiple teams depend on the systems. Effective communication with development, security, and IT operations teams is essential to address these issues proactively and maintain overall system stability.

What engineers make 200,000 a year?

Operating System Engineers with extensive experience, specialized skills, and certifications can earn $200,000 or more annually, especially in high-demand industries or senior roles. Factors such as working in large tech companies, possessing expertise in systems architecture, and working in competitive markets contribute to higher salaries.

What does an Operating System Engineer do?

An Operating System Engineer is responsible for designing, developing, maintaining, and optimizing operating systems that run on computers and servers. They work on the core components that manage hardware resources, enable software applications, and ensure system security and stability. Their duties often include writing system-level code, troubleshooting performance issues, implementing updates, and collaborating with hardware and software teams. Operating System Engineers play a critical role in ensuring that computing environments are efficient, reliable, and secure.

What engineers make $300,000 a year?

Senior operating system engineers, especially those with extensive experience, specialized skills, and certifications, can earn $300,000 or more annually. High compensation is often associated with roles in large tech companies, leadership positions, or engineers working on complex systems with advanced tools and technologies.

What is the difference between Operating System Engineer vs System Administrator?

AspectOperating System EngineerSystem Administrator
Primary FocusDesigning, developing, and optimizing operating systemsMaintaining, configuring, and supporting existing systems
Skills & CertificationsLinux/Unix, scripting, OS architecture, certifications like RHCE or Linux FoundationSystem management, network setup, troubleshooting, certifications like CompTIA Server+ or Microsoft Certified
Work EnvironmentDevelopment teams, R&D, engineering projectsIT support, data centers, enterprise environments
Industry UsageTech companies, hardware firms, software developmentCorporate IT, government agencies, healthcare, finance

While both roles involve working with operating systems, Operating System Engineers focus on designing and developing OS solutions, whereas System Administrators manage and support existing systems. The roles complement each other but serve different stages of the system lifecycle.

What does an OS engineer do?

An Operating System (OS) Engineer designs, develops, and maintains operating systems or their components, ensuring efficient performance, security, and stability. They often work with low-level programming languages, troubleshoot system issues, and optimize hardware-software interactions, frequently using tools like debugging software and version control systems.

What engineer makes $500,000 a year?

An Operating System Engineer or similar senior-level software engineer can earn $500,000 or more annually, especially with extensive experience, specialized skills, and working in high-paying industries or companies. Such roles often require advanced knowledge of system architecture, programming, and certifications, and may include bonuses and stock options that contribute to total compensation.

What are the key skills and qualifications needed to thrive as an Operating System Engineer, and why are they important?

To thrive as an Operating System Engineer, you need a deep understanding of computer science principles, operating system internals, and strong programming skills in languages like C, C++, or Rust, often backed by a relevant degree. Familiarity with kernel development, debugging tools, virtualization platforms, and experience with version control systems (such as Git) are typically required. Problem-solving abilities, attention to detail, and effective communication are soft skills that set top performers apart. These skills ensure the reliability, performance, and security of operating systems, which are foundational to all computing environments.
What are popular job titles related to Operating System Engineer jobs in Michigan? For Operating System Engineer jobs in Michigan, the most frequently searched job titles are:
What job categories do people searching Operating System Engineer jobs in Michigan look for? The top searched job categories for Operating System Engineer jobs in Michigan are:
What cities in Michigan are hiring for Operating System Engineer jobs? Cities in Michigan with the most Operating System Engineer job openings:
Subject Matter Expert (SME) - System Requirements Management

Subject Matter Expert (SME) - System Requirements Management

ALTEN Technology USA

Auburn Hills, MI

Other

Posted 5 days ago


Job description

Position Summary:

  • The Subject Matter Expert (SME) - System Requirements Management is responsible for technical leadership of system requirements activities supporting vehicle feature development across multiple engineering domains.
  • Operating upstream of product design and verification activities, the SME evaluates the impact of new features, feature modifications, and carry-over content on existing vehicle system requirements.
  • The role serves as the authoritative voice for requirements management, ensuring that technical changes are properly assessed, documented, justified, and released before product design and validation activities begin.
  • The SME acts as a key interface between Vehicle Feature Owners, Systems Engineering, Architecture, Design Engineering, and Test & Validation organizations.
  • Success in this role requires strong systems engineering knowledge, sound technical judgment, assertiveness, stakeholder management skills, and the ability to defend requirement decisions that may impact program timing, cost, and downstream engineering activities.
  • Additionally, the SME serves as a Cluster Lead, providing operational leadership and mentoring to a small team of Requirements Engineers.

System Domains (Priority Order):

  • Candidates should possess experience in one or more of the following vehicle system domains, with priority given to:
  • Energy & Propulsion
  • Thermal Systems
  • Cabin & Visibility
  • Chassis
  • Access / Access Operations
  • Cabin Climate & Comfort
  • Vehicle Rights Management / Connectivity

Key Responsibilities:

Requirements Impact Assessment & Governance

  • Evaluate technical impacts associated with:
  • New vehicle features
  • Feature enhancements
  • Feature modifications
  • Carry-over content between vehicle programs
  • Determine whether changes require creation, modification, or release of system requirements.
  • Provide technical direction to Requirements Engineers regarding required updates and requirement rework activities.
  • Ensure requirements remain:
  • Complete
  • Consistent
  • Traceable
  • Verifiable
  • Aligned to intended feature functionality
  • Drive requirement reviews and release decisions.
  • Serve as technical authority for system requirement content and quality.

Front-End Systems Engineering:

  • Operate upstream of design engineering and validation organizations.
  • Translate customer, business, regulatory, and feature needs into robust system-level requirements.
  • Analyze feature interactions and cross-functional dependencies.
  • Identify technical gaps, assumptions, conflicts, and risks during early development phases.
  • Support development of system architecture concepts when necessary to ensure requirement quality.
  • Collaborate with Vehicle Feature Owners and Architecture teams to assess technical impacts of proposed changes.

Stakeholder Management & Technical Representation:

  • Represent the Requirements Management organization within Client and customer-facing discussions.
  • Defend requirement decisions and recommendations when challenged by development teams.
  • Facilitate technical alignment among:
    • Vehicle Feature Owners
    • Systems Engineering
    • Architecture teams
    • Design Engineering teams
    • Test & Validation organizations
    • Program leadership
  • Present and synthesize complex technical information for audiences ranging from technical specialists to executive stakeholders.
  • Drive decisions through influence and technical credibility.

Process Improvement

  • Promote INCOSE-aligned systems engineering practices.
  • Improve requirements management methodologies, standards, and governance processes.
  • Contribute to organizational capability growth in:
    • Requirements Engineering
    • Systems Engineering
    • Change Management
    • Technical Risk Assessment

Leadership & Cluster Lead Responsibilities 

  • In addition to technical SME responsibilities, the role includes operational leadership of a small team.

Responsibilities include:

Team Leadership

  • Lead and mentor a team of Requirements Engineers.
  • Provide technical coaching.
  • Establish workload priorities and engineering objectives.
  • Promote a collaborative, high-performance team culture.

Planning & Execution

  • Perform workload planning and task scheduling.
  • Monitor deliverables and project milestones.
  • Support resource planning and prioritization activities.
  • Escalate issues and risks appropriately.

Risk Management

  • Conduct technical and program risk assessments.
  • Identify requirement-related risks early.
  • Develop mitigation strategies.
  • Support issue resolution and cross-functional decision-making.

Required Qualifications

  • Bachelor's degree in Engineering or related technical discipline.
  • Significant experience in Systems Engineering, Requirements Engineering, Product Development, or Vehicle Systems Development.
  • Experience serving as:
    • System Engineer
    • System Architect
    • Design Lead
    • Lead Systems Engineer
    • Requirements Lead

Candidates must demonstrate a strong understanding of:

  • System requirements development
  • Requirement decomposition and allocation
  • Requirement change management
  • Systems engineering principles
  • System architecture fundamentals
  • Cross-functional system integration
  • Technical impact assessment
  • Engineering change management
  • Risk assessment methodologies

Experience with requirements management tools such as:

  • IBM DOORS / DOORS Next
  • Polarion
  • Jama
  • Codebeamer
  • Equivalent platforms

Preferred Qualifications

  • Automotive product development experience.
  • Vehicle E/E architecture knowledge.
  • INCOSE certification (ASEP, CSEP, or ESEP).
  • Experience with MBSE methodologies.
  • Prior customer-facing technical leadership experience.
  • First-level people leadership or team lead experience.

Critical Behavioral Competencies

The ideal candidate will demonstrate / Assertiveness

  • Ability to defend technically justified requirement changes.
  • Confidence in challenging opposing viewpoints when required.
  • Ability to maintain objective engineering decisions despite schedule or organizational pressures.

Communication & Influence

  • Strong presentation and facilitation skills.
  • Ability to synthesize complex topics into clear executive-level messaging.
  • Excellent verbal and written communication.
  • Ability to influence without formal authority.

Proactive Leadership

  • Identifies risks before they become program issues.
  • Takes initiative rather than waiting for direction.
  • Drives technical decisions to closure.

Collaboration

  • Strong listening skills.
  • Open to feedback and alternative viewpoints.
  • Effective cross-functional relationship building.
  • Team-first mindset.

Learning Agility

  • Adapts quickly to new technologies, processes, and organizational needs.
  • Continuously seeks opportunities for improvement.
  • Behavioral competencies are considered equally important as technical expertise.