Job Description

The Role

The new SEAM organization integrates Safety, Environment & Asset Management activities, with a broad geographical footprint, that will support Shell\xe2\x80\x99s business & assets around the world. The vision of SEAM is to provide capability across the spectrum of Safety, Environment and Asset Management with:

• shaping the future ways of working through introducing to the business new technology and news way of working, including e.g. digital, SBO, and real-time, data-driven, end-to-end optimization and risk management, but also global programmes like Human Performance Based Safety Philosophy.
• providing performance feedback driving disciplined execution to deliver reliable, predictable results
• helping the businesses build their improvement plans and provide support to execute them
• sustaining performance through strong core capabilities (internal, including SBO & contingent) through building expertise and a company-wide consistent approach

Job Summary: Responsible for carrying out Reliability Availability & Maintainability Studies for various businesses and Projects. The Operations Lead Technical Reporting will be part of the VP TAO organization The VP TAO will be accountable for maximizing integrated business value across the organization. Technical Asset Operations (TAO) is a key enabler for the accelerated delivery of Shell\xe2\x80\x99s Asset Management System and will help us to reach our ultimate potential in Downstream Manufacturing, Integrated Gas and Upstream. TAO provides high quality and cost-competitive technical resources who are not physically present at site yet are an integral part of asset teams delivering value through end-to-end AMS work processes. Purpose & Accountabilities Principal Accountabilities

• Develop good understanding and building skills as per the Reliability engineer\xe2\x80\x99s competency.
• Help and coordinate with the Senior Reliability engineers, various activities for analyzing gaps and improving reliability of the assets.
• Working with dedicated assets to understand the requirements and helping them identify gaps with the guidance from senior reliability engineers.
• Steep learning curve to develop skills for various reliability tools is high desirable.
• Complete reliability certifications like CMRP/CRE as agreed with the line manager.
• Constantly engage with site maintenance leads, original equipment manufacturers, vendors and conduct reliability studies in consultation with site maintenance personnel/senior reliability engineers.
• Interact and communicate with the site focal for reliability studies and maintenance strategies, understanding the intricacies about how the actual maintenance activities for heavy duty rotating equipment and other machinery have been planned and performed in various Units of Shell.
• Understanding the functions of the various equipment and instruments and thorough knowledge of reading/ interpreting the engineering drawings (P&IDs, PEFS, PFDs).
• Managing stakeholders/ representatives of various operating units through effective communication and identifying & resolving the bottlenecks for data analysis, maintaining issue logs and use the same in implementing changes/improvements in the processes.
• Network with counterparts and other levels of organization across the different operating units, data centers and develop external networks outside of FOD and Shell.
• Inspire and develop the team members.
• Coordinate, monitor and improve the quality and timeliness of the delivery of RAM Modeling projects and other reliability improvement tasks as a hands-on foreman.
• Ensure the team has a good understanding of the expectations of the stakeholders/ representatives of various operating units and is actively managing those through effective communication and identifying & resolving challenges and issues.
• Interact and communicate with the site focal/maintenance leads for reliability related issues / initiatives / development needs and maintenance strategies, understanding the intricacies.
• Make timely decisions under ambiguity.

Key Process requirements: Be a Team Player for the team of engineers who are involved in reliability studies, RAM Modeling using various software and related improvement activities with dedicated assets.

• Carry out RAM modeling using software tool to create models from P&ID, PFD and Drawings provided by Asset Owners
• Be a part of technical discussions with regards to Reliability Availability & Maintainability Modeling as a RAM Modeling practitioner with global experts, site maintenance leads/technical authorities & OEMs/Vendors etc.
• Gather the required data as per defined methodologies to from Asset Owners to create effective and correct RAM Models
• Understand the need of Asset owners/Asset Reliability Engineers for various Sensitivity studies and Scenarios to be stimulated in Basic RAM Model
• Present and Interpret results of RAM Modeling, major concerns and Blaming factors for low Reliability/Availability
• Calculate various Reliability Parameters from raw Maintenance activity Data and use it in RAM Model
• Learn from old case studies- the engineering solutions to repetitive failures and all other problems that adversely affect plant operations. These problems include capacity, quality, cost or regulatory compliance issues.

Financial Dimensions In partnership with Process Managers and stakeholders, can demonstrate the advantages of RAM Modeling at various Life Cycle Stages for the equipment within their appointed sites, plants and locations or OUs. Business Dimensions Perform reliability engineer role and other technical functions, with scope covering technical data and documents of the operating units, manufacturing sites, chemical plants, supply chain and distribution locations. This role is expected to help Site Reliability engineers in measuring the current Reliability/Availability of Current Asset, Reliability of upcoming/under construction projects and identifying the Bad Actors in current/future installations of various equipment uniformly in various operating units across the globe. Skills & Requirements Education/Experience: Mandatory Requirements: - University Degree in Mechanical /Electrical/Instrument/Chemical Engineering or related full-time university degree. Minimum 5 to 8 years of overall working experience in in Oil & Gas/ Petrochemicals with experience in One or more than one of following areas: - Erection & commissioning/ operations and maintenance of heavy rotating equipment like turbines, engines (preferably natural gas engines), compressors (preferably reciprocating compressors), centrifugal pumps etc., / inspection & maintenance of static equipment like columns, safety valves, pressure vessels, heat exchangers etc. Experience is reliability studies and study of maintenance strategies. Following Skills in Field of RAM Modeling: Able to understand and explain basic reliability concepts, calculations and definitions. Able to understand and explain RAM analysis methodology. Able to understand and explain benefits of RAM analysis, when it should be performed and describe what are the input data and typical outputs. Has detailed understanding of at least one RAM software/tool. Has performed minimum of 5 RAM Studies (some of which with high complexities) with limited supervision. able to obtain new capabilities in the RAM Modeling field. Basic knowledge of various statistical tools, Probability calculations and various distributions Desirables: - Experience in Technical Data and Documents management including processes and tools. For example, experience in SAP PM & MM module implementation, skill in MS Office tools like Excel and Access etc. Proficiency in working with AutoCAD etc., shall be an added advantage. Experience in leading team/process/projects is highly desirable. Knowledge of SAP PM/MM is preferable. Effective communication skill and stakeholder management is a necessary skill for the job. Knowledge of Lean CI methodology is an added value. Able to multi-task, prioritize and ensure delivery of priorities as promised, work without close supervision, and work through others to deliver results. Virtual working experience is highly desirable. Professional Engineering certification is an added value. Risk Management: Another role of the reliability engineer is to manage risk to the achievement of an organization\xe2\x80\x99s strategic objectives in the areas of environmental health and safety, asset capability, quality and production. Some tools used by a reliability engineer to identify and reduce risk include:

• PHA \xe2\x80\x93 Preliminary hazards analysis
• FMEA \xe2\x80\x93 Failure modes and effects analysis
• CA \xe2\x80\x93 Criticality analysis
• SFMEA \xe2\x80\x93 Simplified failure modes and effects analysis
• MI \xe2\x80\x93 Maintainability information
• FTA \xe2\x80\x93 Fault tree analysis
• ETA \xe2\x80\x93 Event tree analysis
• Life Cycle Asset Management

Competitive applicants will have a proven track record of delivery in Asset and/or Project leadership.

Disclaimer

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