Certified Maintenance and Reliability Professional

How It Works

  1. 1. Select Certification & Register
  2. 2. Receive Online e-Learning Access (LMS)
  3. 3. Take exam online anywhere, anytime
  4. 4. Get certified & Increase Employability

Test Details

  • Duration: 60 minutes
  • No. of questions: 50
  • Maximum marks: 50, Passing marks: 25 (50%).
  • There is NO negative marking in this module.
  • Online exam.

Benefits of Certification

  • Government certification
  • Certification valid for life
  • Lifelong e-learning access
  • Learning Hours: 25+ hrs
  • Life Time Job Support
  • Updated June 2026

$59.00 /-
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Maintenance and Reliability engineering is the backbone of modern industrial operations. As manufacturing, energy, infrastructure, and process industries scale rapidly across India and globally, the ability to maximize equipment uptime, reduce unplanned failures, and optimize asset lifecycle has become a critical business priority. Organizations today are not just looking for engineers who can fix machines — they need professionals who understand reliability strategy, failure analysis, predictive maintenance, and operational efficiency at a systems level. A structured certification in Maintenance and Reliability equips you with exactly these competencies, making you indispensable to any asset-intensive organization.

Why should I take this Certification?

Vskills is India's largest certification body, backed by the Government of India, and trusted by thousands of professionals and top recruiters across industries. Here is why this certification stands out:

  • Government Certification: Adds credibility and official recognition to your professional profile
  • Lifetime Validity: Certified once, valid for life — no renewal fees, no re-examination
  • Lifelong e-Learning Access: Study material updated regularly; access it anytime, forever
  • LinkedIn Profile Tagging: Your certification gets tagged directly on your LinkedIn profile, visible to recruiters
  • Online Exam: Flexible online examination — attempt from home or office at your convenience
  • Hard Copy Study Material: Receive a physical copy of the study guide for offline reference
  • Practice Tests Included: Assess your preparation with topic-wise practice tests before the final exam
  • 20+ Hours of Structured e-Learning: Curated learning hours covering all certification topics end to end
  • Affordable Pricing: Industry-relevant certification at a fraction of the cost of comparable international programs

Who should enroll?

This certification is designed for a wide range of professionals and learners working in or aspiring to enter the maintenance, reliability, and asset management domain:

  • Maintenance Engineers and Technicians looking to formalize and validate their practical knowledge with a recognized credential
  • Reliability Engineers seeking to strengthen their expertise in failure analysis, RCM, and predictive maintenance techniques
  • Plant and Operations Managers who oversee equipment performance, uptime, and maintenance budgets
  • Quality Assurance Professionals working in manufacturing environments where product reliability and process consistency are critical
  • Industrial and Mechanical Engineers wanting to specialize in asset management and reliability engineering
  • Fresh Engineering Graduates who want to build a strong foundation in reliability and maintenance before entering the job market
  • Production Supervisors and Planners responsible for maintenance scheduling, work order management, and production continuity
  • HSE and Safety Officers working in industries where equipment reliability directly impacts workplace safety
  • Professionals preparing for senior roles in asset-intensive industries such as manufacturing, oil and gas, power, pharma, and infrastructure

What you will learn?

This certification provides a comprehensive, end-to-end understanding of maintenance and reliability engineering — from foundational theory to applied operational practice. You will develop expertise across reliability strategy, failure analysis tools, statistical methods, maintainability planning, predictive and preventive maintenance, manufacturing process reliability, organizational leadership, and governance frameworks. The curriculum is structured across 22 chapters covering all five core domains of modern maintenance and reliability practice.

Course Outline

  • Module 1. The Maintenance and Reliability Function in 2026
  • Module 2. Asset Management Strategy and Business Alignment
  • Module 3. How Equipment Fails
  • Module 4. Reliability Statistics and Life Data (Weibull) Analysis
  • Module 5. System Reliability Modelling and RAM Analysis
  • Module 6. Designing and Buying for Reliability and Maintainability
  • Module 7. Asset Criticality Analysis, FMEA and FMECA
  • Module 8. Reliability-Centred Maintenance and PM Optimisation
  • Module 9. Preventive and Condition-Based Maintenance
  • Module 10. Precision Maintenance and Defect Elimination
  • Module 11. Total Productive Maintenance and Lean Maintenance
  • Module 12. Work Management: Identification, Planning and Scheduling
  • Module 13. Shutdowns, Turnarounds and Outages
  • Module 14. MRO Spares and Materials Management
  • Module 15. Maintenance Safety and Regulatory Compliance
  • Module 16. Maintenance Data, CMMS/EAM and Data Quality
  • Module 17. Root Cause Analysis and Failure Investigation
  • Module 18. Maintenance KPIs, Benchmarking and Budgeting
  • Module 19. Industry 4.0 and AI in Maintenance
  • Module 20. Sustainability, Energy and ESG in Maintenance
  • Module 21. Reliability Leadership, Culture and Workforce
  • Module 22. Capstone and Career Toolkit

Exam and Certification Details

Detail Information
Exam Format Online — attempt from anywhere, anytime
Number of Questions 50 multiple-choice questions
Duration 60 minutes
Passing Score 25 out of 50 (50%) — no negative marking
Certificate Validity Lifetime — no renewal required
e-Learning Access Lifetime access to LMS and future content updates
Result Instant — available immediately after exam completion
Language English

Career Outcome for Certified Professionals

Earning the Vskills Certified Maintenance and Reliability Professional credential opens doors across a wide range of industries in India. As manufacturing output expands, infrastructure projects scale, and process industries modernize, demand for qualified reliability and maintenance professionals continues to grow steadily. The certification is recognized by both public sector organizations and leading private employers, and positions you for roles ranging from field reliability engineering to plant-level leadership.

Job Role Industry Avg. Salary (India) Experience Level
Reliability Engineer Manufacturing, Auto, FMCG ₹4.5 – ₹9 LPA Fresher – 2 years
Maintenance Engineer Power, Oil & Gas, Pharma ₹4 – ₹8.5 LPA 1 – 3 years
Maintenance Planner / Scheduler Manufacturing, Infrastructure ₹4.5 – ₹8 LPA 1 – 3 years
Condition Monitoring Engineer Heavy Industry, Energy ₹5 – ₹10 LPA 2 – 4 years
Quality and Reliability Analyst Aerospace, Defence, Electronics ₹5 – ₹10 LPA 2 – 5 years
TPM / Lean Maintenance Engineer Automotive, FMCG, Packaging ₹5 – ₹9 LPA 2 – 5 years
Asset Management Specialist Power, Utilities, Oil & Gas ₹8 – ₹16 LPA 3 – 6 years
HSE and Reliability Officer Oil & Gas, Chemical, Mining ₹6 – ₹12 LPA 3 – 6 years
Plant Maintenance Manager Steel, Cement, Chemical ₹10 – ₹20 LPA 6 – 10 years
Technical Services Manager Infrastructure, Facilities ₹12 – ₹22 LPA 10+ years

Companies that hire Maintenance and Reliability Professionals

Leading organizations across manufacturing, energy, infrastructure, and process industries actively recruit professionals with maintenance and reliability credentials. Some of the top employers include:

  • Manufacturing and Automotive: Tata Motors, Mahindra & Mahindra, Maruti Suzuki, Bosch India, Bajaj Auto, TVS Motor, Ashok Leyland
  • Oil, Gas and Energy: ONGC, Indian Oil Corporation, BPCL, HPCL, Reliance Industries, NTPC, Power Grid Corporation
  • Engineering and Heavy Industry: Larsen & Toubro, BHEL, Thermax, Siemens India, ABB India, Honeywell India
  • FMCG and Pharma: Hindustan Unilever, ITC, Dabur, Sun Pharma, Dr. Reddy's Laboratories, Cipla
  • IT and Consulting (Reliability Roles): TCS, Accenture, IBM, Capgemini, Tech Mahindra, GE Digital
  • Steel, Cement and Infrastructure: JSW Steel, Tata Steel, UltraTech Cement, ACC, DLF, GMR Group

Maintenance and Reliability Table of Contents

https://www.vskills.in/certification/maintenance-and-reliability-table-of-contents

Maintenance and Reliability Sample Questions

https://www.vskills.in/certification/maintenance-and-reliability-sample-questions

Maintenance and Reliability Tutorial

http://vskills.in/certification/tutorial/certified-maintenance-and-reliability-professional/

Maintenance and Reliability Mock Test

https://www.vskills.in/practice/maintenance-and-reliability

Maintenance and Reliability Interview Questions

https://www.vskills.in/interview-questions/maintenance-and-reliability-interview-questions

Certified Maintenance and Reliability Professional – Frequently Asked Questions

Get answers about eligibility, exam pattern, career scope, validity, jobs and enrolment for Vskills Certified Maintenance and Reliability Professional.

Yes. The Vskills Certified Maintenance and Reliability Professional is a government-recognised certification accepted by leading manufacturing, engineering, energy and process industry employers across India. Certified candidates are tagged on job portal, making their profiles directly discoverable to recruiters hiring for reliability and maintenance roles at companies like L&T, BHEL, ONGC, Tata Motors, Siemens, Bosch and more.
There is no strict eligibility requirement. Engineering graduates, diploma holders, working maintenance and reliability professionals, plant supervisors and students from mechanical, electrical, industrial or production engineering backgrounds can all enrol. No prior certification or work experience is mandatory.
Yes. The exam is conducted entirely online and can be taken from anywhere, anytime with a stable internet connection. There is no requirement to visit a physical test centre, making it convenient for both working professionals and students.
The exam consists of 50 multiple-choice questions with a duration of 60 minutes. The passing marks are 25 out of 50, which is 50%. There is no negative marking, so attempting all questions is strongly recommended.
The certification covers 20 chapters spanning all core domains of maintenance and reliability practice — including reliability strategy, FMEA, FMECA, FTA, reliability modeling and predictions, reliability-centered maintenance (RCM), predictive and preventive maintenance, condition monitoring, Overall Equipment Effectiveness (OEE), root cause analysis (RCA), Total Productive Maintenance (TPM), data analysis, organizational leadership, asset management and ISO 55000 compliance.
The certification is valid for life once awarded. There are no renewal fees, no re-examination requirements and no expiry — making it a one-time investment in your maintenance and reliability career.
Common roles include Reliability Engineer, Maintenance Engineer, Maintenance Planner and Scheduler, Condition Monitoring Engineer, Asset Management Specialist, TPM and Lean Maintenance Engineer, Quality and Reliability Analyst, Plant Maintenance Manager and Technical Services Manager. Salaries range from ₹4 LPA for entry-level professionals to ₹22+ LPA for senior plant and asset management roles.
Certified professionals are hired across a wide range of asset-intensive industries including manufacturing, automotive, oil and gas, power and utilities, steel and cement, pharmaceuticals, aerospace and defence, FMCG, infrastructure and facilities management. Any industry that relies on equipment uptime and operational efficiency actively recruits maintenance and reliability professionals.
Yes. The curriculum includes dedicated coverage of Reliability-Centered Maintenance (RCM), Predictive Maintenance (PdM), Condition Monitoring, Total Productive Maintenance (TPM), Lean Maintenance, Six Sigma concepts, work order management and CMMS — all of which are actively sought by employers in modern maintenance and reliability roles.
Upon certification, your profile is tagged as a Vskills Certified professional on both LinkedIn and Shine.com, making it directly visible to recruiters searching for maintenance and reliability talent. The government-recognised credential adds credibility to your resume and helps differentiate you in a competitive job market, whether you are a fresher entering the field or an experienced professional seeking a senior role.
Absolutely. The certification is particularly valuable for working professionals looking to formalize their practical knowledge, move into reliability-focused roles or qualify for senior positions. The structured curriculum fills knowledge gaps in areas like failure analysis, asset management standards and reliability governance that hands-on experience alone may not cover.
Visit the certification page, click Buy Now, complete the payment and receive your login credentials to begin learning immediately. You can take the exam at your convenience after completing your preparation. Study material and e-learning access are provided for lifetime.

Trusted Reviews for Vskills Certified Maintenance and Reliability Professional

Build expertise in reliability engineering, FMEA, RCM, predictive maintenance, OEE, root cause analysis and asset management with lifetime government-recognised certification.

4.9
★★★★★

Based on verified learners

★★★★★

I have been working as a maintenance engineer for four years but always struggled to explain reliability concepts in interviews. Vskills certification gave me the structured knowledge I was missing. 

- Rajesh Nair, Reliability Engineer at L&T
★★★★★

The coverage of the course is excellent and directly applicable to my day-to-day work at a manufacturing plant. Very well structured course overall. Thanks to Team Vskills.

- Suresh Pillai, Plant Maintenance Manager at Tata Motors
★★★★☆

As a mechanical engineering fresher I was not sure where to start my career. This certification helped me understand the full scope of maintenance and reliability as a profession. Kudoos to Vskills

- Kamlesh Giri, Junior Reliability Analyst at Siemens India
★★★★★

I work in the oil and gas sector and have handled maintenance operations for over six years. This certification brought together everything I knew in practice and added strong theoretical depth in various areas. Excellent value.

- Rajshekhar Reddy, Asset Management Specialist at ONGC

Module 1. The Maintenance and Reliability Function in 2026

  • Why reliability matters: cost of downtime, safety, quality and delivery impact
  • Maintenance, reliability and asset management: how they fit together
  • The evolution of maintenance: reactive, preventive, predictive, prescriptive
  • Maintenance organisation models and key roles
  • The Indian and global industrial landscape: sectors, employers, skill gaps
  • Maintenance maturity models and self-assessment
  • Lab: Maturity assessment of a case plant

Module 2. Asset Management Strategy and Business Alignment

  • Asset management principles and the 2024 ISO 55000 family
  • Strategic asset management plan and objectives
  • Asset hierarchy, functional locations and the asset register
  • Life cycle management, life cycle cost and total cost of ownership
  • Repair, refurbish or replace decisions; capital renewal planning
  • Risk management and business continuity in asset-intensive operations
  • Building the business case for reliability
  • Lab: One-page strategic asset management plan

Module 3. How Equipment Fails

  • Failure, failure mode, mechanism, cause, effect and consequence
  • Common mechanisms: wear, fatigue, corrosion, erosion, overload, contamination, electrical
  • The six failure patterns and why the bathtub curve misleads
  • The P-F curve and P-F interval
  • Hidden vs evident failures; maintenance-induced and human-error failures
  • Lab: Failure mode library for a pump-motor set

Module 4. Reliability Statistics and Life Data (Weibull) Analysis

  • Core metrics: reliability, failure rate, MTBF, MTTF, MTTR and availability types
  • Distributions in practice: exponential, Weibull, normal, lognormal
  • Preparing failure data; censored and suspended data
  • Weibull analysis: interpreting shape and scale, mixed failure modes
  • Repairable systems and reliability growth tracking
  • Using results for PM intervals, spares and warranty decisions
  • Lab: Weibull analysis of bearing failure data

Module 5. System Reliability Modelling and RAM Analysis

  • Reliability block diagrams: series, parallel, k-out-of-n, standby
  • Redundancy decisions and common-cause failures
  • Reliability allocation and the limits of handbook predictions
  • Monte Carlo simulation and RAM studies for projects and debottlenecking
  • Lab: RAM model of a utility system

Module 6. Designing and Buying for Reliability and Maintainability

  • Reliability in capital projects: specifications and design reviews
  • Design for maintainability: access, standardisation, testability
  • Equipment selection, vendor evaluation and parts standardisation
  • Understanding vendor reliability tests for procurement decisions
  • Installation, commissioning, operational readiness and early equipment management
  • Lab: Reliability and maintainability specification checklist

Module 7. Asset Criticality Analysis, FMEA and FMECA

  • Criticality analysis methods and risk matrices
  • Consequence categories: safety, environment, production, cost, reputation
  • Equipment and process FMEA step by step; risk priority vs action priority
  • FMECA and criticality ranking
  • Turning FMEA outputs into maintenance tasks
  • Lab: Criticality ranking and FMECA for a production line

Module 8. Reliability-Centred Maintenance and PM Optimisation

  • RCM logic: functions, functional failures, failure modes, consequences
  • Task selection: condition-based, time-based, failure-finding, run-to-failure, redesign
  • Streamlined RCM for existing plants
  • PM optimisation: rationalising legacy PM programmes
  • Lab: RCM analysis of a critical asset

Module 9. Preventive and Condition-Based Maintenance

  • Designing effective PM tasks, intervals and job instructions
  • Vibration analysis, infrared thermography and ultrasound
  • Oil and wear-debris analysis; motor current analysis
  • NDT for static equipment
  • Route-based vs online monitoring; setting alarm limits
  • Lab: Building a condition-monitoring programme

Module 10. Precision Maintenance and Defect Elimination

  • Lubrication excellence: storage, contamination control, lube routes
  • Shaft alignment, balancing, bearing installation, bolting and torque
  • Maintenance quality and craft standards
  • Defect elimination programmes
  • Lab: Lubrication audit checklist

Module 11. Total Productive Maintenance and Lean Maintenance

  • TPM pillars; autonomous maintenance and operator inspection rounds
  • Planned maintenance within TPM
  • OEE, six big losses and production loss accounting
  • Lean in maintenance: waste, 5S, visual management, kaizen
  • Process reliability and variation reduction
  • Lab: OEE and loss-tree analysis
  • Part D — Maintenance Execution

Module 12. Work Management: Identification, Planning and Scheduling

  • The work order lifecycle and work request quality
  • Prioritisation systems and backlog management
  • Job plans, estimating, kitting and staging
  • Weekly and daily scheduling, wrench time and schedule compliance
  • Coordination between operations and maintenance
  • Lab: Building a weekly schedule from a backlog

Module 13. Shutdowns, Turnarounds and Outages

  • Shutdown strategy and intervals
  • Scope challenge and freeze, planning timeline, readiness reviews
  • Critical path planning and contractor mobilisation
  • Execution control, safety and quality during shutdowns
  • Start-up and post-shutdown review
  • Lab: Shutdown scope and readiness plan

Module 14. MRO Spares and Materials Management

  • Spares classification and criticality
  • Stocking policies: min-max, insurance spares, consignment
  • Storeroom practice, preservation of stored spares, kitting
  • Obsolescence, repairables and vendor management
  • Inventory KPIs and working-capital trade-offs
  • Lab: Stocking decision for critical spares

Module 15. Maintenance Safety and Regulatory Compliance

  • LOTO, permit-to-work, confined space, hot work, work at height
  • Management of change, process safety and risk-based inspection
  • Safety instrumented systems and functional safety basics
  • India’s regulatory framework
  • Global frameworks: ISO 45001 and environmental compliance
  • Legal liability, documentation and professional ethics
  • Lab: Compliance register for a case plant

Module 16. Maintenance Data, CMMS/EAM and Data Quality

  • Data types and sources; failure coding and taxonomy
  • CMMS/EAM functions, selection and implementation
  • Mobile maintenance and digital work instructions
  • Data governance and fixing poor data
  • Lab: Failure-code structure and data-quality audit

Module 17. Root Cause Analysis and Failure Investigation

  • When to trigger RCA; preserving evidence
  • 5 Whys, cause-and-effect diagrams, logic trees, fault tree analysis
  • Failure analysis of physical parts
  • FRACAS: closing the loop on corrective actions
  • Verifying effectiveness and sharing lessons learned
  • Lab: Full RCA on a repeat failure

Module 18. Maintenance KPIs, Benchmarking and Budgeting

  • Leading vs lagging indicators; a balanced KPI framework
  • Dashboards and performance reviews
  • Internal and external benchmarking
  • Maintenance budgeting, cost control and cost-per-unit metrics
  • Lab: KPI dashboard and annual budget

Module 19. Industry 4.0 and AI in Maintenance

  • IIoT sensors, edge computing and connectivity
  • Machine-learning anomaly detection and remaining-useful-life prediction
  • Prescriptive maintenance and digital twins
  • Generative AI assistants for technicians and planners
  • AR remote support; drones and robots for inspection
  • OT cybersecurity
  • Running pilots that scale: readiness, data, ROI
  • Lab: Predictive maintenance pilot plan

Module 20. Sustainability, Energy and ESG in Maintenance

  • Maintenance as an energy lever: compressed air, motors, steam, pumps
  • Emissions, leaks and environmental performance
  • India’s carbon market, energy efficiency schemes and BRSR reporting
  • Life extension, refurbishment and circularity
  • Lab: Energy-loss walk-through and savings estimate

Module 21. Reliability Leadership, Culture and Workforce

  • Building a reliability culture; leading change
  • Partnership between operations and maintenance
  • Contractor and AMC management
  • Skills matrices, multi-skilling and competency development
  • Knowledge capture and succession in an ageing workforce
  • Lab: 12-month reliability improvement roadmap

Module 22. Capstone and Career Toolkit

  • Integrated case: reliability transformation of a fictional Indian plant
  • Career paths and role-based competency maps
  • Portfolio, CV and interview preparation

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