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Remote Oil Rig Mechanical Engineer Jobs in Michigan

Actalent

Distribution Engineer

Jackson, MI · On-site +1

Bachelor of Science in Engineering (Electrical, Mechanical, Civil, Environmental preferred ... Comfort working in both field and office (or remote) settings, including performing site visits and ...

Actalent

Distribution Engineer

Jackson, MI · On-site +1

Bachelor of Science in Engineering (Electrical, Mechanical, Civil, Environmental preferred ... Comfort working in both field and office (or remote) settings, including performing site visits and ...

Kingscott

Electrical Engineer

Detroit, MI · On-site +1

This remote position requires the individual to live in the state of Michigan with the ability to ... Coordinate with architects, mechanical engineers, and other stakeholders. * Oversee project ...

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All JobsOil Rig Mechanical Engineer JobsRemote Oil Rig Mechanical Engineer JobsRemote Oil Rig Mechanical Engineer Jobs in Michigan

Remote Oil Rig Mechanical Engineer information

What are the key skills and qualifications needed to thrive as a remote oil rig mechanical engineer, and why are they important?

To thrive as a Remote Oil Rig Mechanical Engineer, you need a solid background in mechanical engineering, problem-solving skills, and a relevant engineering degree along with certifications such as Professional Engineer (PE) or equivalent. Familiarity with industry-specific software like AutoCAD, CMMS platforms, and knowledge of safety and compliance standards is typically required. Strong communication, teamwork, and adaptability are crucial for coordinating with on-site teams and troubleshooting issues from a distance. These skills ensure the safe, efficient, and reliable operation of mechanical equipment on oil rigs, minimizing downtime and maintaining regulatory compliance.

What does a remote oil rig mechanical engineer do?

A Remote Oil Rig Mechanical Engineer is responsible for designing, maintaining, and troubleshooting mechanical systems and equipment used on offshore oil rigs. They ensure that machinery such as pumps, engines, and drilling equipment operate efficiently and safely, often coordinating repairs and upgrades remotely from onshore locations using digital monitoring tools. Their role also involves collaborating with rig personnel to implement preventative maintenance schedules and quickly address any technical issues that may arise. This position requires strong analytical skills, knowledge of mechanical engineering principles, and experience with remote monitoring technologies.

What is the difference between Remote Oil Rig Mechanical Engineer vs Offshore Oil Rig Mechanical Technician?

AspectRemote Oil Rig Mechanical EngineerOffshore Oil Rig Mechanical Technician
CredentialsBachelor's in Mechanical Engineering, relevant certificationsTechnical diploma or certification in mechanical maintenance
Work EnvironmentRemote or onshore office, occasional site visitsOn-site at offshore rigs, physically present for maintenance
Job FocusDesign, analysis, troubleshooting of mechanical systemsRoutine maintenance, repairs, and equipment operation
Industry UsageUsed by engineering firms and oil companies for planning and oversightHands-on work directly on offshore rigs

The main difference is that Remote Oil Rig Mechanical Engineers focus on design, analysis, and oversight from a remote or onshore location, while Offshore Oil Rig Mechanical Technicians perform hands-on maintenance and repairs directly on offshore rigs. Both roles require technical knowledge, but their work environments and responsibilities differ significantly.

How does a remote oil rig mechanical engineer typically collaborate with on-site teams to ensure equipment reliability and safety?

Remote Oil Rig Mechanical Engineers frequently use digital communication tools, such as video conferencing and real-time monitoring software, to collaborate with on-site personnel. They provide expertise in troubleshooting mechanical issues, guide maintenance procedures, and review performance data to recommend preventive actions. Effective collaboration requires clear documentation, regular virtual meetings, and sometimes remote access to control systems to ensure equipment reliability and uphold safety standards on the rig. Building strong relationships and maintaining open communication with on-site staff are key to overcoming the challenges of working remotely.
What are the most commonly searched types of Oil Rig Mechanical Engineer jobs in Michigan? The most popular types of Oil Rig Mechanical Engineer jobs in Michigan are:
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Remote Oil Rig Mechanical Engineer jobs near you

Solution Architect (Enterprise PLM) REMOTE

PROLIM Global Corporation

Farmington Hills, MI • On-site, Remote

Full-time

Posted 29 days ago

Job description

PROLIM (www.prolim.com) is currently seeking for Job Title: Solution Architect - Enterprise PLM Consulting - forone of our top ClientQualified candidates can directly send your updated resume and contact info via email veni.nalla@prolim.com
Location: USA (Remote)
Position Overview:
We are seeking a highly experienced and technically proficient Enterprise PLM Solution Architect. This role will drive the definition, design, and deployment of advanced PLM capabilities across strategic global programs, working closely with Fortune 500 customers, system integrators, and Siemens product domain experts.
The successful candidate will lead solution architecture for complex, multi-domain Siemens PLM implementations, including MCAD Data Management, Part and Classification Management, Multi-domain EBOMs, Manufacturing BOMs, and end-to-end BOM reconciliation. You will provide expert guidance across cross-functional domains such as Document Control, Engineering Change Management (ECM), Requirements Management, and Configuration Management, ensuring seamless integration with design, manufacturing, and quality processes.
Required Qualifications:
  • 10+ years of hands-on experience in PLM solution architecture, with deep technical knowledge of Siemens Teamcenter and related applications.
  • Proven delivery of large-scale implementations involving at least 10 of the following functional domains: MCAD Data Management, Part/Classification, EBOM/MBOM, Change Management, Requirements, Document Control, Configuration Management, Portfolio, Project Management, Supplier Collaboration, Inventor MCAD, Process Planning, Service BOMs, and Quality.
  • Strong working knowledge of Teamcenter platform configurations, Active Workspace, BOM management frameworks, CAD integrations (NX, SolidWorks, Inventor), and manufacturing data flows.
  • Deep understanding of discrete manufacturing industry practices across mechanical, electrical, software, and systems engineering.
  • Experience collaborating with global system integrators (e.g., Accenture, Deloitte, Capgemini) on enterprise-level digital transformation programs.
  • Exceptional communication, stakeholder engagement, and solution selling skills.
  • Bachelor's or Master's degree in Mechanical Engineering, Electrical Engineering, Systems Engineering, Computer Science, or related field.

Key Responsibilities:
  • Architect and lead the delivery of integrated PLM solutions that encompass:
    • MCAD Data Management: Define and implement CAD integrations (e.g., NX, SolidWorks, Inventor), CAD vaulting, check-in/check-out, and data model design for managed assemblies and parts.
    • ECAD Data Management: Define and implement integrations for electrical design tools (e.g., Siemens DxDesigner, Cadence Concept, Altium Designer), enabling ECAD vaulting, symbol and component library management, schematic and PCB data control, and synchronization of logical and physical design artifacts with the product structure.
    • Part Management: Standardize and structure intelligent part numbering, classification schemas, and approval workflows across engineering and manufacturing domains.
    • Multi-domain EBOM Management: Configure authoring environments for mechanical, electrical, software, and simulation data; establish EBOM views and reconciliation frameworks.
    • Document Management: Design secure, workflow-enabled technical document management aligned with product lifecycle stages and compliance needs.
    • Engineering Change Management: Define end-to-end change control processes including ECR/ECO workflows, impact analysis, and cross-domain coordination.
    • Requirements Management: Integrate system-level requirements into the product structure, traceability across BOM and validation artifacts.
    • Product Configuration Management: Model product variants, options, features, rules, and 150% BOMs using product configurators and effectivity models.
    • Product Portfolio Management: Support capability definition for platform strategies, portfolio structures, and product lifecycle phase-gating.
    • End to End BOM Management: Support collaboration between engineering teams using view-based BOM architectures and ECAD-MCAD integration strategies.
    • Program Planning and Schedule Management: Align engineering deliverables and milestones with project schedules; configure templates and dashboards for status visibility.
    • Supplier Collaboration: Define secure supplier exchange models for CAD, documents, and change items via controlled access portals and workflows.
    • Manufacturing BOM & Process Plans: Align EBOM to MBOM using BOM transformation and manufacturing process planning capabilities.
    • Service BOM Management: Define and manage as-maintained/service BOMs derived from EBOM/MBOM, supporting serialization, maintenance kits, and configuration control. Enable traceability and change management for field service operations.
    • Technical Publications: Establish publication pipelines for generating parts catalogs, service manuals, and work instructions. Ensure alignment between PLM data, CAD content, and document outputs.
    • Product Quality: Support closed-loop quality process integration (e.g., FMEA, NCR, CAPA) into product and change management flows.
    • ERP Integration: Enable seamless bidirectional transfer of product data-including parts, BOMs, and change records-from Teamcenter to ERP systems as part of the engineering release and change process.
  • Lead solution definition workshops, drive fit-gap assessments, and oversee architectural governance for program-wide traceability from business requirements to implementation.
  • Provide solution leadership to global delivery teams, mentor consultants and architects, and contribute to reusable templates, best practices, and frameworks within the Siemens Delivery Framework (SDF).
  • Support complex stakeholder environments and communicate effectively at all levels, including technical leads and C-suite executives, to ensure alignment and adoption.

About PROLIM
PROLIM is a leading provider of PLM, IoT and Digital transformation solutions to Global Fortune 1000 companies. With 9 global offices in US, India, and Australia, PROLIM has won 30+ awards and proudly serving over 1200+ customers to innovate and improve their profitability and efficiency. PROLIM was founded in 2005 and is headquartered in Farmington Hills, USA. With the global footprint and expertise in latest technologies, PROLIM can partner with you to speed up your Digital Transformation journey.

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