Condition Monitoring Engineer Jobs
Condition Monitoring Engineer jobs are open across oil and gas, power generation, manufacturing, and utilities, from entry-level to senior and principal, with specializations in vibration analysis, rotating equipment diagnostics, and predictive maintenance programs. Scan the live roles below and apply to whichever ones fit.
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The Condition Monitoring & Reliability Analytics Engineer turns maintenance, condition monitoring and control system data into decisions that improve the safety, reliability and availability of the Seadrill fleet. Working with onshore and offshore teams, the engineer analyzes fleet condition monitoring data to diagnose developing machinery faults, and uses Maximo and data analytics to identify recurring failures and reliability trends. Findings are translated into prioritized, actionable maintenance recommendations and optimized maintenance strategies that reduce unplanned downtime while meeting corporate, regulatory and class requirements. The role also contributes to the development of data-driven and AI-supported decision tools for maintenance, and trains onshore and offshore personnel on maintenance processes, condition monitoring and the effective use of Maximo.
Maintenance Management
Support consistent and effective use of Maximo across the fleet in accordance with Seadrill maintenance policies, procedures and standards, ensuring maintenance requirements reflect applicable regulatory and class requirements.
Provide maintenance, condition monitoring and EAM technical support to onshore and offshore personnel, working with corporate teams, operations and subject matter experts to resolve technical queries.
Implement approved maintenance and reliability improvements in Maximo and associated documentation through the applicable management of change process, ensuring consistent application across the fleet.
Support the expansion of the Asset Lifecycle Management (ALCM) program by providing equipment condition, failure and performance data to prioritize assets and inform lifecycle decisions.
Condition Monitoring
Support the fleet vibration monitoring program by reviewing and analyzing vibration data (spectra, time waveforms, envelope/demodulation and trends) from portable routes and online systems to detect and diagnose machinery faults such as unbalance, misalignment, looseness, bearing and gear defects, lubrication issues and resonance.
Prepare clear vibration monitoring reports stating machine condition severity, fault diagnosis and recommended actions; communicate findings to rig teams and track recommendations to closure through Maximo work orders, verifying effectiveness with follow-up measurements.
Maintain the vibration monitoring database, including machine hierarchies, measurement points, setups, alarm limits (aligned with ISO 20816) and route schedules, and monitor data quality and route compliance across the fleet.
Support the fleet lubricant analysis program by reviewing oil sample results, identifying contamination, wear and degradation trends, and correlating them with vibration findings.
Perform onsite measurements and special tests (e.g., phase analysis, impact/bump testing, run-up/coast-down) when required.
Coordinate with condition monitoring service providers and equipment manufacturers to ensure the quality and timely delivery of data, reports and findings.
Data Analytics & Decision Support
Extract, clean and combine data from Maximo (work orders, failure codes, PM history), control systems and historian data, and condition monitoring databases to build reliable, analysis-ready datasets.
Improve the quality of failure reporting data in Maximo, including mode/mechanism/cause coding and asset hierarchy consistency, to enable meaningful reliability analysis.
Develop and maintain fleet reliability KPIs and dashboards (e.g., bad actors, MTBF, repeat failures, condition-based maintenance coverage, recommendation closure rate) to support decision-making.
Apply statistical and reliability analysis methods (e.g., Weibull analysis, failure trending, P-F interval estimation) to equipment performance and maintenance history to optimize maintenance strategies, tasks and intervals.
Combine vibration evidence with control system data (e.g., speed, load, temperature) to identify equipment deterioration signatures and support investigations and root cause analysis of significant or recurring failures; coordinate corrective actions with rig teams and technical specialists and verify their effectiveness.
Play an active role in developing an AI-supported decision-support tool for condition monitoring: define use cases, prepare and label historical fault data, validate model outputs against analyst diagnosis, and work with the Technology team on deployment, so that anomaly detection and fault classification become faster and more consistent.
Training & General
Provide training and guidance to onshore and offshore personnel on maintenance policies and processes, effective use of Maximo, and vibration data collection, sensor mounting and route execution.
Maintain all documentation and certifications, including relevant medicals and offshore safety training, required for travel to company offices and offshore assets as directed by the supervisor.
Knowledge, Skills & Experience
Essential
Minimum of five (5) years of relevant experience in a technical maintenance environment; offshore experience with maintenance operations preferred.
Working knowledge of enterprise maintenance systems and their use in managing maintenance activities and equipment history.
Working knowledge of equipment reliability principles, structured problem-solving, maintenance strategy development, and using equipment and maintenance data to identify and implement improvements.
Strong technical knowledge related to mechanical, electrical and/or marine systems.
Working knowledge of rotating equipment (e.g., pumps, motors, compressors, gearboxes, fans) and their common failure modes, and of vibration analysis fundamentals (FFT spectrum, time waveform, envelope analysis, trending and alarm limits).
Hands-on experience analyzing maintenance or operational data using Python (e.g., pandas) or R, and SQL to query enterprise databases.
Experience building dashboards and reports using business intelligence (BI) tools, and advanced Excel skills.
Ability to prepare clear technical reports and documentation, translate data findings into practical maintenance recommendations, and support maintenance audits.
Strong organizational and analytical skills, with attention to detail and the ability to prioritize work and follow actions through to completion.
Ability to collaborate with onshore and offshore teams, communicate technical information at different levels, and provide practical training and guidance.
Fluent in spoken and written English.
Desired
Excellent understanding of Maximo or similar asset management systems.
Demonstrated history of working effectively in offshore marine/subsea settings in the naval sector and/or the oilfield and energy industry.
Demonstrated hands-on experience applying reliability methods (e.g., RCM, FMECA, Weibull analysis, failure investigation), achieving measurable equipment performance improvements and contributing to standardized reliability practices.
Experience interpreting oil analysis results to assess equipment condition and guide maintenance decisions.
Experience applying machine learning to time-series or condition monitoring data (e.g., anomaly detection, fault classification).
Experience with process historians (e.g., AVEVA PI) or drilling control system data.
Experience with portable vibration data collectors and analysis software, as well as online/wireless condition monitoring systems.
Experience analyzing variable-speed and low-speed machinery typical of drilling units (e.g., top drives, drawworks, mud pumps, thrusters), including order tracking, phase analysis and impact/resonance testing.
Familiarity with relevant standards such as ISO 20816 (vibration severity), ISO 13373 (vibration condition monitoring), ISO 18436-2 (vibration analyst certification) and ISO 55000 (asset management).
Fluent in spoken and written Portuguese, to support Seadrill’s operations in Brazil.
Minimum Requirements
Must be a US citizen, or authorized to work lawfully in the United States, without sponsorship from Seadrill.
Must be able and willing to work regularly from Seadrill’s Houston office location during typical and customary business hours.
Flexible to travel offshore and internationally as required, wherever Seadrill operates, and able to obtain and maintain the required offshore certifications (e.g., BOSIET/HUET and offshore medical).
Must pass Drug Screen and Background Check.
Willing to obtain Vibration Analyst Category II certification to ISO 18436-2 within 18 months of hire, if not already held.
Preferred
Bachelor’s degree in a relevant engineering or technical field, or equivalent combination of technical training and experience; coursework or experience in data science or statistics is an advantage.
Vibration Analyst Category II certification to ISO 18436-2 (VCAT-II) preferred; Category I at a minimum.
Machine Lubricant Analyst (MLA) certification.
Certified Maintenance & Reliability Professional (CMRP) or equivalent
SAFETY AT SEADRILL
Our goal is to ensure that ‘nobody gets hurt' whilst performing their job. Everyone at Seadrill has a part to play in meeting our safety commitment.
Through strong leadership and personal responsibility from all employees, we take a systematic approach to identifying, managing and preventing the hazards involved in our day to day operations.
Nothing is more important to us than the health, safety and security of our workforce and the communities in which we operate and behaving responsibly towards our shared environment.
We are vigilant, disciplined and always looking out for one another. We have developed and embedded a strong safety culture onshore and offshore, fostered by all employees, who each have a personal responsibility and the authority to put an immediate stop to the job if they believe it to be unsafe.
Everyone at Seadrill is accountable for helping to build this culture of care. This includes:
- Compliance with the Seadrill Code of Conduct and Fight Against Corruption.
- Compliance with applicable internal and external governing requirements.
- Non-compliances are promptly acted on and reported to the direct supervisor.
- The standard for tidiness and cleanness is adhered to.
- Good and clear communications with all involved parties.
SEADRILL BEHAVIORAL FRAMEWORK
In Seadrill, setting the standard is not just about what we deliver, but how we deliver it. We co-created our Behavioral Framework with our employees, where we identified four key competencies that define our culture and help us to live our values. Our behaviors are embedded in the way we work and support and guide us day to day:
- Drive & Ownership
- Change & Forward Thinking
- Communication & Collaboration
- Service Delivery
We recognize that our people are key to helping us to achieve our vision, so we have fostered a culture that encourages, supports and celebrates diversity of all kinds. It fuels our innovation and connects us closer to our customers and the communities we operate in.
JOIN SEADRILL
We value our people and want to retain them. So, we offer a competitive package built around an attractive base salary and a range of benefits tailored to your location.
Join Seadrill. Own the Opportunity.
The Condition Monitoring & Reliability Analytics Engineer turns maintenance, condition monitoring and control system data into decisions that improve the safety, reliability and availability of the Seadrill fleet. Working with onshore and offshore teams, the engineer analyzes fleet condition monitoring data to diagnose developing machinery faults, and uses Maximo and data analytics to identify recurring failures and reliability trends. Findings are translated into prioritized, actionable maintenance recommendations and optimized maintenance strategies that reduce unplanned downtime while meeting corporate, regulatory and class requirements. The role also contributes to the development of data-driven and AI-supported decision tools for maintenance, and trains onshore and offshore personnel on maintenance processes, condition monitoring and the effective use of Maximo.
Maintenance Management
Support consistent and effective use of Maximo across the fleet in accordance with Seadrill maintenance policies, procedures and standards, ensuring maintenance requirements reflect applicable regulatory and class requirements.
Provide maintenance, condition monitoring and EAM technical support to onshore and offshore personnel, working with corporate teams, operations and subject matter experts to resolve technical queries.
Implement approved maintenance and reliability improvements in Maximo and associated documentation through the applicable management of change process, ensuring consistent application across the fleet.
Support the expansion of the Asset Lifecycle Management (ALCM) program by providing equipment condition, failure and performance data to prioritize assets and inform lifecycle decisions.
Condition Monitoring
Support the fleet vibration monitoring program by reviewing and analyzing vibration data (spectra, time waveforms, envelope/demodulation and trends) from portable routes and online systems to detect and diagnose machinery faults such as unbalance, misalignment, looseness, bearing and gear defects, lubrication issues and resonance.
Prepare clear vibration monitoring reports stating machine condition severity, fault diagnosis and recommended actions; communicate findings to rig teams and track recommendations to closure through Maximo work orders, verifying effectiveness with follow-up measurements.
Maintain the vibration monitoring database, including machine hierarchies, measurement points, setups, alarm limits (aligned with ISO 20816) and route schedules, and monitor data quality and route compliance across the fleet.
Support the fleet lubricant analysis program by reviewing oil sample results, identifying contamination, wear and degradation trends, and correlating them with vibration findings.
Perform onsite measurements and special tests (e.g., phase analysis, impact/bump testing, run-up/coast-down) when required.
Coordinate with condition monitoring service providers and equipment manufacturers to ensure the quality and timely delivery of data, reports and findings.
Data Analytics & Decision Support
Extract, clean and combine data from Maximo (work orders, failure codes, PM history), control systems and historian data, and condition monitoring databases to build reliable, analysis-ready datasets.
Improve the quality of failure reporting data in Maximo, including mode/mechanism/cause coding and asset hierarchy consistency, to enable meaningful reliability analysis.
Develop and maintain fleet reliability KPIs and dashboards (e.g., bad actors, MTBF, repeat failures, condition-based maintenance coverage, recommendation closure rate) to support decision-making.
Apply statistical and reliability analysis methods (e.g., Weibull analysis, failure trending, P-F interval estimation) to equipment performance and maintenance history to optimize maintenance strategies, tasks and intervals.
Combine vibration evidence with control system data (e.g., speed, load, temperature) to identify equipment deterioration signatures and support investigations and root cause analysis of significant or recurring failures; coordinate corrective actions with rig teams and technical specialists and verify their effectiveness.
Play an active role in developing an AI-supported decision-support tool for condition monitoring: define use cases, prepare and label historical fault data, validate model outputs against analyst diagnosis, and work with the Technology team on deployment, so that anomaly detection and fault classification become faster and more consistent.
Training & General
Provide training and guidance to onshore and offshore personnel on maintenance policies and processes, effective use of Maximo, and vibration data collection, sensor mounting and route execution.
Maintain all documentation and certifications, including relevant medicals and offshore safety training, required for travel to company offices and offshore assets as directed by the supervisor.
Knowledge, Skills & Experience
Essential
Minimum of five (5) years of relevant experience in a technical maintenance environment; offshore experience with maintenance operations preferred.
Working knowledge of enterprise maintenance systems and their use in managing maintenance activities and equipment history.
Working knowledge of equipment reliability principles, structured problem-solving, maintenance strategy development, and using equipment and maintenance data to identify and implement improvements.
Strong technical knowledge related to mechanical, electrical and/or marine systems.
Working knowledge of rotating equipment (e.g., pumps, motors, compressors, gearboxes, fans) and their common failure modes, and of vibration analysis fundamentals (FFT spectrum, time waveform, envelope analysis, trending and alarm limits).
Hands-on experience analyzing maintenance or operational data using Python (e.g., pandas) or R, and SQL to query enterprise databases.
Experience building dashboards and reports using business intelligence (BI) tools, and advanced Excel skills.
Ability to prepare clear technical reports and documentation, translate data findings into practical maintenance recommendations, and support maintenance audits.
Strong organizational and analytical skills, with attention to detail and the ability to prioritize work and follow actions through to completion.
Ability to collaborate with onshore and offshore teams, communicate technical information at different levels, and provide practical training and guidance.
Fluent in spoken and written English.
Desired
Excellent understanding of Maximo or similar asset management systems.
Demonstrated history of working effectively in offshore marine/subsea settings in the naval sector and/or the oilfield and energy industry.
Demonstrated hands-on experience applying reliability methods (e.g., RCM, FMECA, Weibull analysis, failure investigation), achieving measurable equipment performance improvements and contributing to standardized reliability practices.
Experience interpreting oil analysis results to assess equipment condition and guide maintenance decisions.
Experience applying machine learning to time-series or condition monitoring data (e.g., anomaly detection, fault classification).
Experience with process historians (e.g., AVEVA PI) or drilling control system data.
Experience with portable vibration data collectors and analysis software, as well as online/wireless condition monitoring systems.
Experience analyzing variable-speed and low-speed machinery typical of drilling units (e.g., top drives, drawworks, mud pumps, thrusters), including order tracking, phase analysis and impact/resonance testing.
Familiarity with relevant standards such as ISO 20816 (vibration severity), ISO 13373 (vibration condition monitoring), ISO 18436-2 (vibration analyst certification) and ISO 55000 (asset management).
Fluent in spoken and written Portuguese, to support Seadrill’s operations in Brazil.
Minimum Requirements
Must be a US citizen, or authorized to work lawfully in the United States, without sponsorship from Seadrill.
Must be able and willing to work regularly from Seadrill’s Houston office location during typical and customary business hours.
Flexible to travel offshore and internationally as required, wherever Seadrill operates, and able to obtain and maintain the required offshore certifications (e.g., BOSIET/HUET and offshore medical).
Must pass Drug Screen and Background Check.
Willing to obtain Vibration Analyst Category II certification to ISO 18436-2 within 18 months of hire, if not already held.
Preferred
Bachelor’s degree in a relevant engineering or technical field, or equivalent combination of technical training and experience; coursework or experience in data science or statistics is an advantage.
Vibration Analyst Category II certification to ISO 18436-2 (VCAT-II) preferred; Category I at a minimum.
Machine Lubricant Analyst (MLA) certification.
Certified Maintenance & Reliability Professional (CMRP) or equivalent
SAFETY AT SEADRILL
Our goal is to ensure that ‘nobody gets hurt' whilst performing their job. Everyone at Seadrill has a part to play in meeting our safety commitment.
Through strong leadership and personal responsibility from all employees, we take a systematic approach to identifying, managing and preventing the hazards involved in our day to day operations.
Nothing is more important to us than the health, safety and security of our workforce and the communities in which we operate and behaving responsibly towards our shared environment.
We are vigilant, disciplined and always looking out for one another. We have developed and embedded a strong safety culture onshore and offshore, fostered by all employees, who each have a personal responsibility and the authority to put an immediate stop to the job if they believe it to be unsafe.
Everyone at Seadrill is accountable for helping to build this culture of care. This includes:
- Compliance with the Seadrill Code of Conduct and Fight Against Corruption.
- Compliance with applicable internal and external governing requirements.
- Non-compliances are promptly acted on and reported to the direct supervisor.
- The standard for tidiness and cleanness is adhered to.
- Good and clear communications with all involved parties.
SEADRILL BEHAVIORAL FRAMEWORK
In Seadrill, setting the standard is not just about what we deliver, but how we deliver it. We co-created our Behavioral Framework with our employees, where we identified four key competencies that define our culture and help us to live our values. Our behaviors are embedded in the way we work and support and guide us day to day:
- Drive & Ownership
- Change & Forward Thinking
- Communication & Collaboration
- Service Delivery
We recognize that our people are key to helping us to achieve our vision, so we have fostered a culture that encourages, supports and celebrates diversity of all kinds. It fuels our innovation and connects us closer to our customers and the communities we operate in.
JOIN SEADRILL
We value our people and want to retain them. So, we offer a competitive package built around an attractive base salary and a range of benefits tailored to your location.
Join Seadrill. Own the Opportunity.
See All 8 Condition Monitoring Engineer Jobs
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Find JobsCondition Monitoring Engineer Job Market
Who's Hiring
Top Industries Hiring
- Manufacturing
What Employers Look For
The qualifications that appear most often in condition monitoring engineer jobs.
- Bachelor's degree in mechanical, electrical, or reliability engineering or equivalent technical discipline
- Proficiency in vibration analysis and interpretation of FFT spectra and time waveforms
- Experience with condition monitoring software platforms such as SKF, Emerson AMS, or equivalent
- Vibration Institute or ISO Category II or higher certification preferred or required
- Hands-on experience monitoring rotating equipment including pumps, compressors, motors, and turbines
- Familiarity with oil analysis, thermography, ultrasound, and other predictive maintenance techniques
Tips for Your Condition Monitoring Engineer Job Search
Tailor your resume to equipment types
Hiring managers scan for specific asset classes, so list the exact rotating equipment you've monitored: pumps, compressors, turbines, motors. Generic 'mechanical maintenance' language buries your actual expertise and gets filtered out before anyone reads your application.
List every certification you hold
Certifications like ISO Category I through IV, Vibration Institute levels, and BINDT credentials are gating requirements at many employers. Put them in a dedicated section near the top of your resume so a reviewer can confirm eligibility without digging through your work history.
Apply early to roles that fit
Migrate Mate lists condition monitoring engineer openings from across the United States in one place, so you can find roles that match and apply directly to each listing.
Name the software tools you use daily
Job postings for this role regularly screen for specific platforms: SKF @ptitude, Emerson AMS, CSi 2140, OSIsoft PI. If you have hands-on experience with any of these, name them explicitly in your resume rather than grouping them under 'condition monitoring software.'
Prepare a fault-finding story for interviews
Interviewers almost always ask you to walk through a real diagnosis you performed. Have a structured example ready: what asset it was, which parameter indicated an anomaly, how you confirmed root cause, and what action you recommended or took. Vague answers raise doubts about your practical depth.
Negotiate your on-call and travel terms early
Many condition monitoring engineer roles include unplanned callouts or site rotations. Clarify the expected frequency and compensation structure before you accept an offer, since these terms vary widely between asset-intensive industries and affect total compensation significantly.
Condition Monitoring Engineer Jobs: Frequently Asked Questions
Which companies are hiring the most condition monitoring engineers?
The companies hiring the most condition monitoring engineers right now include SKF, Oracle, and Seadrill, with the largest share of openings in Texas, Tennessee, and Iowa, based on current listings on Migrate Mate as of November 2026. Oil and gas operators, utilities, and large industrial manufacturers consistently post the highest volumes.
How many condition monitoring engineer jobs are remote?
About 0% of condition monitoring engineer openings are fully remote or hybrid as of November 2026, though the nature of the role limits full-remote availability for most positions. Data analysis, reporting, and program management functions are the sub-areas most likely to be performed off-site, while hands-on route-based inspection roles require consistent physical presence at the asset.
How do you become a condition monitoring engineer?
Start with a degree in mechanical, electrical, or reliability engineering, then gain hands-on experience with rotating equipment in a maintenance or reliability technician role. Pursue a recognized certification such as Vibration Institute Category I or ISO Category II to demonstrate technical competency. Build familiarity with at least one major condition monitoring software platform through employer training or self-study, and work toward higher certification categories as your diagnostic experience grows.
Can you get hired as a condition monitoring engineer with little experience?
Entry points into this role typically come through reliability technician or maintenance engineering positions where you work alongside experienced analysts before taking on diagnostic responsibilities independently. Earning a Vibration Institute Category I certification before applying signals genuine commitment and technical grounding. Employers in power generation and process industries occasionally hire recent graduates into structured reliability programs, so targeting those industries early improves your chances of breaking in.
What does the condition monitoring engineer interview process look like?
Most processes include a technical screening call focused on your diagnostic background, followed by one or two in-depth interviews covering fault identification scenarios, your experience with specific equipment types, and your approach to setting alarm thresholds. Some employers add a practical component where they present a spectrum or trend plot and ask you to interpret it. Final rounds often involve a conversation with the reliability or maintenance manager about program development and cross-functional collaboration.
Where can I find and apply to condition monitoring engineer jobs?
You can find and apply to condition monitoring engineer jobs on Migrate Mate, which lists current openings from across the United States. Search the roles available, find the ones that match your equipment background and certification level, and apply directly to each listing that fits your experience.
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