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Internship Automotive Embedded Systems Jobs in Michigan

Neshent Technologies

MI

Experience with automotive ECUs, ADAS, or embedded control systems. * Knowledge of ISO 26262 ... Functional Safety is a plus. * Bachelor's or Master's degree in Electrical, Electronics, or ...

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Internship Automotive Embedded Systems information

What is an internship automotive embedded systems?

Internship Automotive Embedded Systems are temporary, hands-on training opportunities for students or recent graduates to gain experience working with embedded electronic systems used in vehicles. These internships typically involve tasks like programming microcontrollers, testing automotive software, and assisting in the development of components such as engine control units or infotainment systems. Interns work under the supervision of experienced engineers and may contribute to both hardware and software aspects of automotive technology. The experience helps interns build practical skills and gain insight into the automotive industry, often improving their prospects for future employment.

What types of projects and responsibilities can I expect during an internship in automotive embedded systems?

As an intern in Automotive Embedded Systems, you can expect to work on tasks such as coding, testing, and debugging software for vehicle control units, developing simulation setups, or assisting in integrating new sensors or communication protocols. You will often collaborate with engineers on real-world automotive projects and may be involved in documenting your work or presenting results to your team. This hands-on experience helps you gain practical skills and a better understanding of both hardware and software aspects of modern vehicles.

What are the key skills and qualifications needed to thrive as an internship automotive embedded systems, and why are they important?

To thrive as an intern in Automotive Embedded Systems, you need a solid foundation in electronics, computer science, and programming languages such as C or C++, often supported by enrollment in a relevant engineering degree. Familiarity with embedded development tools, microcontrollers (like ARM or AUTOSAR platforms), and version control systems is commonly required. Strong analytical thinking, problem-solving abilities, and effective communication skills set standout candidates apart. These skills are crucial to successfully contribute to complex automotive projects, ensure system reliability, and collaborate efficiently within engineering teams.

What is the difference between Internship Automotive Embedded Systems vs Automotive Embedded Systems Engineer?

AspectInternship Automotive Embedded SystemsAutomotive Embedded Systems Engineer
CredentialsEnrolled in or recent graduate of relevant engineering programsBachelor's or Master's in Electrical, Computer Engineering, or related fields
Work EnvironmentInternship projects, supervised, entry-level tasksFull-time professional role, responsible for design and development
Industry UsageTraining phase, often in automotive companies or suppliersOperational role in automotive companies, focusing on embedded systems development

In summary, an Internship Automotive Embedded Systems is a training position for students or recent graduates gaining hands-on experience, while an Automotive Embedded Systems Engineer is a full-time professional responsible for designing and implementing embedded systems in vehicles.

What are the most commonly searched types of Automotive Embedded Systems jobs in Michigan?

The most popular types of Automotive Embedded Systems jobs in Michigan are:

What are popular job titles related to Internship Automotive Embedded Systems jobs in Michigan?

For Internship Automotive Embedded Systems jobs in Michigan, the most frequently searched job titles are:

What job categories do people searching Internship Automotive Embedded Systems jobs in Michigan look for?

The top searched job categories for Internship Automotive Embedded Systems jobs in Michigan are:

What cities in Michigan are hiring for Internship Automotive Embedded Systems jobs?

Cities in Michigan with the most Internship Automotive Embedded Systems job openings:

Internship Automotive Embedded Systems jobs near you
Infographic showing various Internship Automotive Embedded Systems job openings in Michigan as of August 2026, with employment types broken down into 1% As Needed, 83% Full Time, 10% Part Time, 4% Contract, and 2% Nights. Highlights an 88% Physical, 4% Hybrid, and 8% Remote job distribution.

Embedded Software Safety Architect

Scepter Technologies, Inc

Auburn Hills, MI • On-site

$130K/yr

Other

Posted 25 days ago

Key responsibilities

  • Define, maintain, and govern software safety architectures for automotive embedded systems in compliance with ISO 26262.

  • Analyze and translate safety concepts, hardware safety assumptions, and safety manuals into software safety requirements and architectural solutions.

  • Perform software safety analyses, review safety-related documentation, and collaborate with cross-disciplinary teams to ensure safety consistency.

Job description

Embedded Software Safety Architect

Auburn Hills, MI

$56/Hr W2 OR $130K/Year

Position Context

The Embedded Software Safety Architect is responsible for defining and governing the software safety architecture of automotive embedded systems ranging from ASIL B to ASIL D. The role ensures that software architectures, safety concepts, and implementation strategies comply with ISO 26262 requirements while supporting product performance, reliability, and scalability objectives.

Working at the intersection of System Engineering, Functional Safety, Software Architecture, and Platform Development, the Embedded Software Safety Architect translates safety requirements, semiconductor safety assumptions, and hardware constraints into robust software safety concepts and architectural solutions. The role supports a broad range of computing platforms including MCU- and SoC-based ECUs and software technologies such as AUTOSAR Classic, AUTOSAR Adaptive, QNX, and Safe Linux.

The Embedded Software Safety Architect acts as the software safety authority across the ECU lifecycle, ensuring consistency from safety goals and technical safety concepts through software architecture, implementation, integration, and verification.

Key Responsibilities

  • Define, maintain, and govern software safety architectures for ASIL B to ASIL D automotive systems in compliance with ISO 26262.
  • Analyze and translate Functional Safety Concepts, Technical Safety Concepts, hardware safety assumptions, and semiconductor safety manuals into software safety requirements and software architectural solutions.
  • Define software safety mechanisms, fault detection concepts, monitoring strategies, supervision architectures, degraded modes, fault recovery strategies, and safe-state transitions.
  • Assess and integrate safety capabilities provided by MCUs, SoCs, operating systems, hypervisors, communication stacks, and hardware accelerators into the overall software safety architecture.
  • Develop safety architectures for AUTOSAR Classic, AUTOSAR Adaptive, QNX, Safe Linux, and mixed-platform environments.
  • Ensure proper allocation of safety requirements across application software, middleware, operating systems, communication layers, platform services, and hardware-dependent software.
  • Perform software safety analyses, including Software FMEA, critical-path FMEA, failure propagation analysis, safety mechanism analysis, and support for FTA and dependent failure analyses.
  • Apply and promote established industry approaches such as EGAS and other safety-oriented design methodologies.
  • Define software partitioning, freedom-from-interference concepts, execution monitoring, memory protection, communication protection, and multicore safety strategies.
  • Support software verification planning, including requirements-based testing, fault injection, robustness testing, safety mechanism validation, and structural coverage assessments.
  • Review software architectures, design specifications, interface definitions, safety analyses, verification evidence, and safety case contributions.
  • Collaborate with System Architects, ECU Architects, Functional Safety Managers, Hardware Architects, and Software Development teams to ensure end-to-end safety consistency.
  • Provide technical guidance on safety-related software design decisions, technology selection, and safety compliance strategies.

Qualifications and Skills

  • Bachelor's or Master's degree in Computer Science, Embedded Systems, Electrical Engineering, Electronics Engineering, or a related discipline.
  • Significant experience in automotive embedded software architecture and Functional Safety engineering.
  • Strong knowledge of ISO 26262, particularly software development and safety architecture activities for ASIL B, C, and D systems.
  • Proven experience defining safety architectures for safety-critical embedded software platforms.
  • Strong understanding of semiconductor architectures, including MCUs, SoCs, multicore processors, hardware safety mechanisms, memory protection, watchdog architectures, and safety islands.
  • Experience interpreting chip safety manuals and translating hardware safety assumptions into software safety concepts and requirements.
  • Strong knowledge of AUTOSAR Classic, AUTOSAR Adaptive, QNX, and/or Safe Linux architectures.
  • Experience with safety analyses including Software FMEA, critical-path FMEA, safety mechanism analysis, failure propagation analysis, and fault tree support activities.
  • Knowledge of EGAS principles and safety-oriented software architecture methodologies.
  • Good understanding of complete ECU architecture from hardware to software integration level, including communication networks, diagnostics, boot chains, operating systems, middleware, and application software.
  • Familiarity with embedded C/C++, model-based development, multicore systems, virtualization, and real-time software architectures.
  • Experience with requirements management and lifecycle tools such as DOORS NG, Polarion, Jama, Jira, Git, or equivalent solutions.
  • Strong analytical, technical leadership, communication, and problem-solving skills.
  • Professional proficiency in written and spoken English.

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