Job Description

A WORLD LEADER IN TESTING, INSPECTION & CERTIFICATION SERVICES Bureau Veritas offers dynamic, exciting employment opportunities with an attractive salary/benefit package and an opportunity to play a vital role with a global organization. If you would enjoy working in a dynamic environment and are looking for an opportunity to become part of a stellar team of professionals, we invite you to apply online today. Bureau Veritas is an Equal Opportunity Employer, and as such we recruit, hire, train, and promote persons in all job classifications without regard to race, color, religion, sex, national origin, disability, age, marital status, citizen status, sexual orientation, genetics, status as a protected veteran, or any other non-job-related characteristics. This position is responsible to ensure equal opportunity in employment in that all persons are treated equally and on the basis of merit, in decisions regarding selection, placement, promotions, training, work assignments, transfers and other personnel actions.

PSM Engineer

Qualification and Experience: a) B.Sc. in Mechanical/ Metallurgical/ Chemical/ Electrical/Petroleum/Instrument Engineering or equivalent. b) 8 years professional experience for B.Sc. and 7 years experience for Masters degree required - preferably within an O&G operating company. c) The PSM Engineer shall have a high level of knowledge and understanding of the following technical aspects (as a minimum): i. Technical Safety Project documentation (e.g. TSE philosophies, Asset Integrity - Process Safety (AI-PS) principles Project Specification, TSE documentation) ii. Fire Safety Assessment iii. Flare Radiation, Toxic and Noise Assessment iv. Design aspects like fire protection escalation mitigation, atmospheric relief (vents at safe location) and flare, Hazardous area classification, noise mitigation, F&G detector location, Cause and Effects, safeguarding memorandum, 3-D Model reviews v. Safety Critical Elements Identification vi. ALARP Demonstration process vii. Technical Pre-Start-Up Safety Reviews (PSSR) viii. PHSER ix. Safe work practices and procedures: PTW, JSA; Management of Change, human error; human factors, LOTO, Mechanical isolation and blinding, clamping and override x. Fires and explosions: fundamentals; hazard evaluation, prevention and mitigation; codes and standards xi. Standard Operating Procedure (SOP) requirements xii. Leak Path Reduction xiii. Layout Optimization xiv. Hazardous Area Classification xv. Toxic Facility Classification Analysis xvi. Fire Protection Analysis xvii. Active Fire Protection Design xviii. Passive Fire Protection Design xix. Alarm Management and Rationalization xx. Hazardous Material Management xxi. Safe Operating Envelope (SOE)

2.1.1. : 2.1.1.1. Implementation of Technical Safety Project documentation such as Technical Safety Project documentation (e.g. TSE philosophies, Asset Integrity - Process Safety (AI-PS) principles, Project Specification, TSE documentation) 2.1.1.2. Implementation of Process Safety Management (PSM) System, including safety culture enhancement 2.1.1.3. Design, technical support and troubleshooting for upstream oil & gas operations 2.1.1.4. Safety in design and engineering practices, with emphasis on inherently safer design, and the relevant industry standards (e.g. API, BS, IEC, NFPA). 2.1.1.5. Perform Emergency preparedness, including scenario development, prevention; preparedness; response; recovery 2.1.1.6. Perform Major Hazard Incident Investigation (involving fire or explosion). 2.1.1.7. Participate in PSSR meetings and provide necessary guidance and support with regard to PSSR checklist selection 2.1.1.8. Participate in MOC meetings 2.1.1.9. Represent PSM in Action Tracking Management System and carry out action items prioritization in coordination with other TFT members 2.1.1.10. Conduct Risk Assessment using PSM Risk Assessment Matrix 2.1.2. Skills: i. Technical interface with HSE regulators, insurers and other key external stakeholders ii. Able to connect upstream oil and gas process hazards to equipment requirements iii. Able to specify performance standards for safety critical systems iv. Able to supply day-to-day operational support in mitigating risks v. Able to proactively apply engineering and problem-solving skills to meet challenging process safety, safety and business objectives. vi. Able to work independently and in teams