Senior Reliability Engineer

In this role, the Reliability Engineer is responsible for assessing the Reliability, Availability, and Maintainability (RAM) of products and systems using engineering and statistical analysis techniques.

The engineer will support crossfunctional, multigeography teams in conducting structured risk assessments, including Design FMEA (DFMEA), Technology Maturity Assessments, and Hazard Analyses.

Outputs from these assessments and reliability analyses will be used to develop and execute qualification strategies for new products, including Accelerated Life Testing (ALT). The role also includes applying Reliability Centered Maintenance (RCM) principles to optimize maintenance strategies and improve the performance of Oceaneering's internal assets.

Overview

Since year 2003, Oceaneering's India Center has been an integral part of operations for Oceaneering's robust product and service offerings across the globe. This center caters to diverse business needs, from oil and gas field infrastructure, subsea robotics to automated material handling & logistics.

Our multidisciplinary team offers a wide spectrum of solutions, encompassing Subsea Engineering, Robotics, Automation, Control Systems, Software Development, Asset Integrity Management, Inspection, ROV operations, Field Network Management, Graphics Design & Animation, and more.

In addition to these technical functions, Oceaneering India Center plays host to several crucial business functions, including Finance, Supply Chain Management (SCM), Information Technology (IT), Human Resources (HR), and Health, Safety & Environment (HSE).

Our world class infrastructure in India includes modern offices, industry-leading tools and software, equipped labs, and beautiful campuses aligned with the future way of work. Oceaneering in India as well as globally has a great work culture that is flexible, transparent, and collaborative with great team synergy.

At Oceaneering India Center, we take pride in "Solving the Unsolvable" by leveraging the diverse expertise within our team. Join us in shaping the future of technology and engineering solutions on a global scale.

• Post Graduation (Master degree) in Mechanical Engineering or Reliability Engineering with minimum three years of relevant industry experience, OR
• Graduation (Bachelor degree) in Mechanical Engineering with minimum six years of relevant industry experience
• Should have experience working on failure modes of mechanical, electrical and hydraulic systems.
• Should have strong understanding of statistical distributions (like Weibull, Exponential, Normal, Poisson etc.)
• Should have thorough understanding of reliability assessment tools and techniques
• Should have a good understanding of RCM fundamentals
• Should be familiar with ISO/IEC/API/SAE Qualification Test Standards
• Should have excellent communication skills
• Good knowledge of Microsoft Office applications
• Knowledge of commercial reliability assessment software packages (like ReliaSoft, Palisade Decision Tools Suite etc.) would be highly beneficial
• Prior experience of handling FMECA and TMA workshops would be beneficial

• Analyze product designs and system architectures by reviewing engineering drawings, CAD models, and technical documentation; collaborate closely with crossfunctional teams to understand system functionality, interfaces, and potential failure mechanisms.
• Lead and/or cofacilitate Technology Maturity Assessment workshops, evaluating Technology Readiness Levels (TRLs) and identifying key Technical Risk Categories (TRCs) to support informed design and investment decisions.
• Lead and/or cofacilitate Failure Modes and Effects Analysis (FMEA) workshops with crossfunctional stakeholders to systematically identify failure modes, assess risks, and recommend mitigation actions early in the product lifecycle.
• Identify, validate, and analyze component failure data using multiple sources, including field performance data, historical records, supplier information, and reliability databases, to ensure accuracy and relevance of analyses.
• Apply advanced reliability modeling and assessment techniques, such as Reliability Block Diagrams (RBD), Fault Tree Analysis (FTA), Event Tree Analysis (ETA), Load-Strength Interference, and related probabilistic methods to predict and quantify product and system reliability.
• Provide subjectmatter expertise for reliability demonstration testing, supporting test planning, execution, monitoring, and detailed analysis of results to verify reliability targets and design assumptions.
• Develop and execute Accelerated Life Test (ALT) plans, including test rationale, stress models, and success criteria, and perform statistical analysis of test data to estimate life characteristics and reliability growth.
• Apply Reliability Centered Maintenance (RCM) principles for identification of bad actors, cost benefit analysis and optimization of maintenance strategies for internal assets.
• Review and technically validate reliability analyses performed by team members, ensuring methodological correctness, consistency with standards, and alignment with project requirements.
• Analyze field failure and warranty data to continuously update FMECA, Reliability, Availability, and Maintainability (RAM) models, and to track and demonstrate reliability improvement over time.
• Stay current with industry trends, standards, and emerging methodologies in reliability engineering, risk analysis, and statistical modeling to enhance team capability and drive continuous improvement.
• Demonstrate flexibility and willingness to travel as required to support business needs, customer engagements, testing activities, and crosssite collaboration.
• Work toward individual performance goals that are aligned with departmental objectives and broader organizational strategy, contributing to overall business success.
• Adhere to organizational HR policies, procedures, and ethical standards, maintaining professionalism and accountability in all work activities.