Data Engineer Visa Sponsorship Jobs in Michigan
Michigan's data engineer job market centers on Detroit's automotive and mobility sector, with major employers like Ford, General Motors, and Stellantis building out data infrastructure teams. Ann Arbor's tech ecosystem and university ties add further depth. Several Michigan-based companies have active sponsorship histories for data engineering roles.
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Get Access To All JobsINTRODUCTION
Oracle Cloud Infrastructure (OCI) is seeking a Senior Senior Data Center Low Voltage Engineer (IC3) to support onsite installation, validation, and vendor coordination for low-voltage (LV) infrastructure supporting hyperscale cloud and AI data center deployments.
This role independently executes assigned technical work within established designs and standards across telecommunications systems, fiber deployment, structured cabling, rack integration, commissioning, and operational readiness. The engineer works with engineering, Program Management, construction, and vendor teams to verify installation quality, identify defects, and confirm remediation.
The successful candidate will troubleshoot moderately complex infrastructure issues, track deployment progress and dependencies, and escalate risks affecting critical build milestones. This role requires onsite presence in Saline, MI and participation in an on-call support rotation to troubleshoot infrastructure issues and coordinate resolution.
KEY RESPONSIBILITIES
Data Center Design & Implementation: Cabling Infrastructure
- Validates installation quality and test results, identifies defects, and verifies vendor remediation against acceptance criteria.
- Troubleshoots moderately complex low voltage connectivity issues, including patch panels, patch cords, and associated cabling infrastructure.
- Contributes field findings and technical recommendations to global data center cabling and infrastructure standards.
Data Center Design & Implementation: Execution & Continuous Improvement
- Coordinates onsite low-voltage implementation activities, confirming installation readiness, sequencing, and adherence to technical requirements.
- Identifies execution risks and dependencies, resolves issues within assigned scope, and escalates issues requiring broader technical or program decisions.
- Develops repeatable installation, validation, and handoff practices to improve quality and execution efficiency.
- Participates in on-call support rotation to troubleshoot low-voltage infrastructure issues, coordinate remediation, and escalate incidents as needed.
Project Management: Project Planning
- Reviews project scope, Bills of Materials, resource availability, and schedules to identify gaps and support execution planning.
- Plans and prioritizes assigned work across deployment activities, adjusting to changes in site readiness, resources, and milestones.
- Incorporates operational requirements and customer impact into implementation and handoff planning.
Project Management: Reporting & Documentation
- Collaborates with Program Management teams to track deliverables, communicate risks, and support completion against critical build milestones.
- Provides technical updates during vendor reviews, documenting installation progress, defects, remediation commitments, and roadblocks.
- Creates and maintains installation records, validation results, punch lists, and infrastructure handoff documentation.
- Contributes updates to cabling standards and build documentation based on field experience.
Vendor Management
- Coordinates vendor execution within assigned scope and verifies that completed installations meet design, quality, and acceptance requirements.
- Tracks vendor issues and remediation through closure, escalating performance or schedule concerns when needed.
- Maintains working relationships with vendors and internal stakeholders to resolve field issues and support deployment milestones.
Core Responsibilities
Planning & Execution
- Independently manages moderately complex technical tasks and assigned workstreams, monitoring quality, timelines, and deliverables.
- Coordinates dependencies across vendors and internal teams, adjusting execution plans within assigned scope and escalating changes that affect broader commitments.
Collaboration & Partnership
- Works across engineering, operations, Program Management, and vendor teams to align technical requirements, responsibilities, and acceptance criteria.
- Incorporates stakeholder input and diverse perspectives into implementation decisions and issue resolution.
Problem Solving
- Analyzes installation conditions, test results, and technical documentation to resolve moderately complex infrastructure issues using established practices and engineering judgment.
- Escalates unresolved or critical issues with supporting evidence, an assessment of impact, and recommended next steps.
- Documents resolutions and shares findings to reduce recurring defects.
Continuous Learning
- Expands technical knowledge of structured cabling, testing methods, and hyperscale data center deployment practices.
- Applies feedback and training to improve execution quality and troubleshooting effectiveness.
- Provides technical guidance and shares field knowledge with less-experienced team members.
Continuous Improvement
- Identifies recurring installation and coordination issues and recommends practical improvements to procedures, documentation, and workflows.
- Implements improvements within assigned scope and evaluates their effect on quality, rework, and delivery timelines.
Performance & Development
- Participates in technical interviews and provides evidence-based candidate feedback when requested.
- Supports team development through knowledge sharing and guidance on established installation and validation practices.
INTRODUCTION
Oracle Cloud Infrastructure (OCI) is seeking a Senior Senior Data Center Low Voltage Engineer (IC3) to support onsite installation, validation, and vendor coordination for low-voltage (LV) infrastructure supporting hyperscale cloud and AI data center deployments.
This role independently executes assigned technical work within established designs and standards across telecommunications systems, fiber deployment, structured cabling, rack integration, commissioning, and operational readiness. The engineer works with engineering, Program Management, construction, and vendor teams to verify installation quality, identify defects, and confirm remediation.
The successful candidate will troubleshoot moderately complex infrastructure issues, track deployment progress and dependencies, and escalate risks affecting critical build milestones. This role requires onsite presence in Saline, MI and participation in an on-call support rotation to troubleshoot infrastructure issues and coordinate resolution.
KEY RESPONSIBILITIES
Data Center Design & Implementation: Cabling Infrastructure
- Validates installation quality and test results, identifies defects, and verifies vendor remediation against acceptance criteria.
- Troubleshoots moderately complex low voltage connectivity issues, including patch panels, patch cords, and associated cabling infrastructure.
- Contributes field findings and technical recommendations to global data center cabling and infrastructure standards.
Data Center Design & Implementation: Execution & Continuous Improvement
- Coordinates onsite low-voltage implementation activities, confirming installation readiness, sequencing, and adherence to technical requirements.
- Identifies execution risks and dependencies, resolves issues within assigned scope, and escalates issues requiring broader technical or program decisions.
- Develops repeatable installation, validation, and handoff practices to improve quality and execution efficiency.
- Participates in on-call support rotation to troubleshoot low-voltage infrastructure issues, coordinate remediation, and escalate incidents as needed.
Project Management: Project Planning
- Reviews project scope, Bills of Materials, resource availability, and schedules to identify gaps and support execution planning.
- Plans and prioritizes assigned work across deployment activities, adjusting to changes in site readiness, resources, and milestones.
- Incorporates operational requirements and customer impact into implementation and handoff planning.
Project Management: Reporting & Documentation
- Collaborates with Program Management teams to track deliverables, communicate risks, and support completion against critical build milestones.
- Provides technical updates during vendor reviews, documenting installation progress, defects, remediation commitments, and roadblocks.
- Creates and maintains installation records, validation results, punch lists, and infrastructure handoff documentation.
- Contributes updates to cabling standards and build documentation based on field experience.
Vendor Management
- Coordinates vendor execution within assigned scope and verifies that completed installations meet design, quality, and acceptance requirements.
- Tracks vendor issues and remediation through closure, escalating performance or schedule concerns when needed.
- Maintains working relationships with vendors and internal stakeholders to resolve field issues and support deployment milestones.
Core Responsibilities
Planning & Execution
- Independently manages moderately complex technical tasks and assigned workstreams, monitoring quality, timelines, and deliverables.
- Coordinates dependencies across vendors and internal teams, adjusting execution plans within assigned scope and escalating changes that affect broader commitments.
Collaboration & Partnership
- Works across engineering, operations, Program Management, and vendor teams to align technical requirements, responsibilities, and acceptance criteria.
- Incorporates stakeholder input and diverse perspectives into implementation decisions and issue resolution.
Problem Solving
- Analyzes installation conditions, test results, and technical documentation to resolve moderately complex infrastructure issues using established practices and engineering judgment.
- Escalates unresolved or critical issues with supporting evidence, an assessment of impact, and recommended next steps.
- Documents resolutions and shares findings to reduce recurring defects.
Continuous Learning
- Expands technical knowledge of structured cabling, testing methods, and hyperscale data center deployment practices.
- Applies feedback and training to improve execution quality and troubleshooting effectiveness.
- Provides technical guidance and shares field knowledge with less-experienced team members.
Continuous Improvement
- Identifies recurring installation and coordination issues and recommends practical improvements to procedures, documentation, and workflows.
- Implements improvements within assigned scope and evaluates their effect on quality, rework, and delivery timelines.
Performance & Development
- Participates in technical interviews and provides evidence-based candidate feedback when requested.
- Supports team development through knowledge sharing and guidance on established installation and validation practices.
Data Engineer Job Roles in Michigan
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Search Data Engineer Jobs in MichiganData Engineer Jobs in Michigan: Frequently Asked Questions
Which companies sponsor visas for data engineers in Michigan?
Ford Motor Company, General Motors, Stellantis, and Rocket Companies are among the Michigan employers with documented H-1B visa sponsorship histories for data engineering roles. Healthcare systems like Henry Ford Health and Beaumont Health have also sponsored data engineers. Auto suppliers including Aptiv and Lear Corporation round out the sponsoring employer base, reflecting Michigan's concentration in automotive data and connected vehicle infrastructure.
Which visa types are most common for data engineer roles in Michigan?
The H-1B is the most common visa category for data engineers in Michigan, as the role consistently qualifies as a specialty occupation requiring at least a bachelor's degree in computer science, information systems, or a related field. International candidates already holding OPT or STEM OPT through Michigan universities often use that period to secure employer H-1B sponsorship before the extension runs out.
Which cities in Michigan have the most data engineer sponsorship jobs?
Detroit and its surrounding metro, including Dearborn and Auburn Hills, accounts for the largest share of data engineer sponsorship activity given the automotive industry's scale there. Ann Arbor is the second major hub, driven by University of Michigan spinoffs, tech companies, and health systems. Grand Rapids has a smaller but growing presence, particularly in healthcare data and manufacturing analytics roles.
How to find data engineer visa sponsorship jobs in Michigan?
Migrate Mate filters job listings specifically for visa sponsorship, making it straightforward to search data engineer roles in Michigan without manually screening hundreds of postings. The platform surfaces Michigan employers with active sponsorship histories, so you can focus on companies already open to H-1B or OPT candidates. Filtering by Michigan and the data engineer role type narrows results to relevant, sponsorship-confirmed opportunities.
Are there state-specific factors that affect data engineer sponsorship in Michigan?
Michigan's automotive industry drives unusually high demand for data engineers with experience in manufacturing analytics, connected vehicle data pipelines, and IoT systems, which can strengthen specialty occupation cases for H-1B petitions. The University of Michigan and Michigan State University supply a significant pipeline of international STEM graduates, making Ann Arbor and East Lansing areas where employers are relatively familiar with OPT-to-H-1B transitions.
What is the prevailing wage for sponsored data engineer jobs in Michigan?
U.S. employers sponsoring a visa must pay at least the prevailing wage, which is what workers in the same role, area, and experience level typically earn. The Department of Labor sets this rate to make sure companies aren't hiring foreign workers simply because they'd accept lower pay than a U.S. worker. It varies by job title, location, and experience. You can look up current prevailing wage rates for any occupation and location using the OFLC Wage Search page.