Within TECH Research organization, the Advanced Connectivity Technologies team (12 people) drives ... Evaluate emerging connectivity technologies, including: * 5G Advanced / 6G * NR-V2X / C-V2X * Non ...
Within TECH Research organization, the Advanced Connectivity Technologies team (12 people) drives ... Evaluate emerging connectivity technologies, including: * 5G Advanced / 6G * NR-V2X / C-V2X * Non ...
Within TECH Research organization, the Advanced Connectivity Technologies team (12 people) drives ... Evaluate emerging connectivity technologies, including: * 5G Advanced / 6G * NR-V2X / C-V2X * Non ...
Within TECH Research organization, the Advanced Connectivity Technologies team (12 people) drives ... Evaluate emerging connectivity technologies, including: * 5G Advanced / 6G * NR-V2X / C-V2X * Non ...
6G Research Engineer information
What are some common challenges faced by 6G research engineers when working on next-generation wireless technologies?
6G Research Engineers often encounter challenges such as addressing the need for ultra-high data rates, extremely low latency, and the integration of emerging technologies like AI and terahertz communication. These engineers must also navigate the lack of established standards and the rapidly evolving research landscape, which requires continuous learning and adaptability. Collaboration with multidisciplinary teams—including hardware engineers, software developers, and academic researchers—is essential to drive innovation and overcome technical obstacles.
What is a 6G research engineer?
6G Research Engineers are professionals who research, design, and develop technologies and standards for the sixth generation (6G) of wireless communication networks. They work on innovative concepts such as terahertz communication, AI-driven networking, ultra-low latency, and enhanced security features. Their role involves collaborating with academia, industry, and standardization bodies to push the boundaries of mobile and wireless technologies beyond the current 5G networks. They also conduct experiments, simulations, and prototype development to validate new ideas. The work of 6G Research Engineers is crucial in shaping the future of global connectivity.
What are the key skills and qualifications needed to thrive as a 6G research engineer, and why are they important?
To thrive as a 6G Research Engineer, you need a solid background in wireless communications, signal processing, and advanced mathematics, typically supported by a graduate degree in electrical engineering or a related field. Experience with simulation tools like MATLAB, knowledge of 5G/6G standards, and proficiency in programming languages such as Python or C++ are crucial. Creativity, problem-solving, and effective collaboration are vital soft skills for innovation and teamwork in research environments. These competencies enable engineers to drive technological advancements and contribute to the development of next-generation wireless networks.
What are popular job titles related to 6G Research Engineer jobs in Michigan?
For 6G Research Engineer jobs in Michigan, the most frequently searched job titles are:
What job categories do people searching 6G Research Engineer jobs in Michigan look for?
The top searched job categories for 6G Research Engineer jobs in Michigan are:
What cities in Michigan are hiring for 6G Research Engineer jobs?
Cities in Michigan with the most 6G Research Engineer job openings:
Full-time
Re-posted 19 days ago
Stellantis rating
7.5
Based on 130 frontline employees who took The Breakroom Quiz
14th of 44 rated automakers
Job description
Within TECH Research organization, the Advanced Connectivity Technologies team (12 people) drives innovation in next-generation wireless communication systems for automotive applications.
As a System Architect - Connectivity Technology Enablers, you will contribute to the definition, evaluation, and maturation of advanced connectivity solutions enabling future vehicle platforms. You will work at the intersection of research, system architecture, and innovation, translating emerging technologies into structured, feasible automotive system concepts.
You will be part of an international organizational unit supported with local functional management which will require to have frequent cross regional interactions involving teammates in France and Italy.
You will play a key role in assessing technical feasibility, system-level integration, and architectural trade-offs, while contributing to the broader Stellantis connectivity roadmap.
With this role you will be requested to cover US specific customers and their needs and to connect with US specific eco-system (standardization, and local suppliers and partners eco-system) including internal stakeholders (senior fellows, product owners, AVP, MODULES, PLAN and Brands)
Key Responsibilities
System Architecture & Technical Leadership
Innovation & Technology Assessment
Simulation & Technical Analysis
Ecosystem & Standardization
Required Qualifications :
Technical Skills :
Soft Competencies :
Preferred Qualifications :
As a System Architect - Connectivity Technology Enablers, you will contribute to the definition, evaluation, and maturation of advanced connectivity solutions enabling future vehicle platforms. You will work at the intersection of research, system architecture, and innovation, translating emerging technologies into structured, feasible automotive system concepts.
You will be part of an international organizational unit supported with local functional management which will require to have frequent cross regional interactions involving teammates in France and Italy.
You will play a key role in assessing technical feasibility, system-level integration, and architectural trade-offs, while contributing to the broader Stellantis connectivity roadmap.
With this role you will be requested to cover US specific customers and their needs and to connect with US specific eco-system (standardization, and local suppliers and partners eco-system) including internal stakeholders (senior fellows, product owners, AVP, MODULES, PLAN and Brands)
Key Responsibilities
System Architecture & Technical Leadership
- Define and contribute to end-to-end system architectures for advanced connectivity enablers (e.g., NTN, 5G Advanced, 6G, V2X, connectivity for autonomy).
- Translate product and stakeholder needs into:
- System requirements
- Technical specifications
- Interface definitions
- Ensure architectural consistency across vehicle, edge computing , and cloud domains.
- Perform system-level trade-off analysis (performance, cost, scalability, reliability).
Innovation & Technology Assessment
- Evaluate emerging connectivity technologies, including:
- 5G Advanced / 6G
- NR-V2X / C-V2X
- Non-Terrestrial Networks (NTN - LEO/GEO)
- Edge computing, network slicing, private networks, mmWave
- Lead or contribute to feasibility studies and proof-of-concepts aligned with Technology Readiness Levels (TRL).
- Support the transition from research to development programs.
Simulation & Technical Analysis
- Contribute to system-level and link-level evaluations (PHY/MAC) using tools such as MATLAB, ns-3 or similar.
- Analyze wireless system performance under automotive constraints (mobility, latency, coverage, reliability).
Ecosystem & Standardization
- Contribute to and monitor standardization bodies:
- 3GPP, SAE, IEEE
- Industry alliances such as 5GAA
- Collaborate with industrial and academic partners to identify innovation opportunities.
- Support preparation of technical reports, publications, and invention disclosures.
Required Qualifications :
- Bachelor's Degree in Electrical Engineering or related field
- A minimum of 8 years of relevant experience.
- Experience in one or more domains:
- Automotive telematics
- IoT connectivity systems
- Telecom infrastructure or connected services
Technical Skills :
- Strong knowledge of wireless communication fundamentals:
- PHY/MAC layers (modulation, coding, channel access)
- Radio propagation and system constraints
- Familiarity with:
- Cellular technologies (4G, 5G, evolution to 5G Advanced, 6G)
- V2X, Wi-Fi, GNSS/positioning
- Understanding of :
- Telematics hardware constraints (modems, antennas, multi-SIM, redundancy)
- Vehicle-to-cloud architectures and integration
- Exposure to automotive cybersecurity and secure communication architectures
- Experience with simulation tools (MATLAB, ns-3 or equivalent)
Soft Competencies :
- Strong analytical and problem-solving mindset
- Ability to structure complex systems and communicate architecture clearly
- Proactive and curious, with a strong interest in emerging technologies
- Ability to work both independently and in cross-functional environments
- Effective communication and collaboration skills in an international context
Preferred Qualifications :
- Masters or Phd in electrical engineering, Telecommunications, Computer Engineering, or related field
- Experience with standardization activities (3GPP, IEEE, SAE)
- Prior experience in research or innovation projects
- Contributions to publications, patents, or technical white papers
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