6 Phast Jobs

The Technical Safety Engineer position at Wood India Consulting division is looking for a Senior Engineer to provide technical safety expertise in ensuring project compliance with client and Wood Functional Safety specifications, applicable code requirements, and national/international standards. This role, based in the Chennai office, offers an excellent opportunity for an experienced engineer to make a positive impact on technical safety performance in critical projects within the Energy sector. As a Senior Technical Safety Engineer, you will be responsible for managing day-to-day technical safety activities on projects. Your tasks will include conducting various studies such as site location, layout, FRA, QRA, fire detection, and protection. You will also perform consequence analysis like gas dispersion and thermal radiation studies, as well as gap analysis on documents to ensure compliance with customer standards and specifications. In addition to technical responsibilities, you will collaborate with other disciplines, review specifications, provide technical support, and ensure alignment with applicable legislation and regulations. Proficiency in tools such as PHAST and SINTEF, tracking manhours, producing technical reports, and assisting project management are also key aspects of the role. Wood offers meaningful projects for high-profile clients in the Energy Sector, flexible working arrangements, commitment to diversity and inclusion, competitive remuneration package, and opportunities for continued professional development. As a global leader in consulting and engineering, Wood values equal opportunities and encourages talented individuals to apply, even if they do not meet all the criteria but possess relevant experience, knowledge, or skills. The ideal candidate for this role should have a Bachelor's degree in engineering or equivalent demonstrable experience, along with relevant experience in process safety within sectors like oil & gas, hydrocarbon, refinery, offshore, or infrastructure. Prioritization skills, industry knowledge, commercial understanding, effective communication, organization, attention to detail, and the ability to work in a team environment are essential qualities. Desirable qualifications include being a Chartered Engineer, holding a TUV FS Engineer certificate, knowledge of ISO 21789, experience in DSEAR assessments, gas turbine specialization, and familiarity with AGI Safe for FRA/QRA. If you are looking to contribute your expertise to impactful projects, collaborate with a global team, and grow professionally within a dynamic environment, consider applying for the Technical Safety Engineer position at Wood India Consulting division.,

Basic knowledge in QRA / FRA / FHA / EERA / Noise contour and shall be able to interpret results / recommendations to HSE deliverables. Must be fully conversant in formal HSE assessment methodologies including Cuantitativo Risk Assessment Required Candidate profile Degree in Chemical Engineering from an accredited college or university. Hands on experience on PHAST, PHA works, PHA pro, FlareSIM.

Developing framework for performing QRA Participation / Facilitation in/of different PHA studies involving HAZOP, HAZID, LOPA, QRA Safety Integrity Level (SIL) Assessment IEC-61511 Safety Critical Equipment (SCEs) Management using LOPA and Bow-Tie Analysis Process Design Assurance / Verification Perform SIL verification using exSILentia.

Role & responsibilities Project safety lead discipline engineering activities/deliverables developments such as HSE/Process safety Philosophy, Fire and Gas Detection layouts, Active & Passive Fire Protection Systems, Hazardous area classification requirement in Basic, FEED & Detail Engineering design of Petrochemical, Refinery, Oil & Gas onshore/offshore process Plants. Process Safety Lead engineering activities for specifying the safety and Loss Prevention Requirements, Carrying out Safety Reviews & Process Hazard Analysis Studies (HAZID, HAZOP, SIL, HAZAN (Consequence analysis) and Risk Analysis /Assessment, HSE/safety CASE Development, HSEIA). Well experienced in Process Plant operation & stabilization, safe start up and shutdown activities, handling of plant trouble shootings and commissioning activities. Also well versed with technical services activities for process safety issues, Project Engineering, vendor co-ordination, Pre-commissioning & Commissioning activities. Process safety incident reporting/evaluation and investigation. Preparation of process safety equipment Data sheet, specification, RFQ documents, Scope of work development for safety engineering studies. Technical Bid Analysis and Vendor Document Review. Proposal preparation, Vendor Evaluation. Familiar with review of software input and output and modelling work. Overall Engineering and vendor coordination, developmental activities, and other Project functions. Conversant with various NFPA, API standards, IEC, IP, Shell Standards, OISD standards, GAP Guidelines. Facilitation of and participation in HAZID, HAZOP, LOPA and other risk management workshops. Providing leadership and quality assurance for deliverables to clients. Demonstrated strong skills in one or more of the following: Quantitative Risk Assessment (QRA). Integrating process safety within the design process and/or operating practices PHA facilitation (HAZID, HAZOP, LOPA, SILA, etc.) Consequence and frequency analyses Fault / Event Tree Analysis Quantitative Risk Assessment (QRA). Authoring Safety Cases, including ALARP demonstrations Bow Tie Analysis Fire & Explosion Analysis. Fire Protection related studies. Excellent problem-solving skills and ability to provide advice on technical issues both externally and internally. Adaptable to changing working hour requirements as needed to accommodate project work and client needs in other time zones. The above responsibilities are in brief but not limited to it & other task may be given as per the business requirements Preferred candidate profile

Develop QRA models for refinery, gas, and offshore assets. Analyze risk levels, recommend safeguards, and provide scenario-based input to leadership. Support risk visualization and improve enterprise QRA methodologies. Required Candidate profile Engineer with expertise in QRA development, risk modeling, and process safety. With strong analytical capabilities, understanding of risk mitigation, and exp in supporting high-stakes engg decisions.

About The Position The Quantitative Risk Assessment (QRA) Engineer is part of the Facilities Process Engineering team in the Chevron ENGINE Center and is responsible for the development of quantitative risk assessment models across Chevron facilities, including complex process facilities, offshore and onshore production facilities, gas plants, storage terminals and new energy technology solutions The ENGINE QRA engineer will utilize QRA model outputs to explain the impact of design/operations changes and safeguard effectiveness on predicted risk levels to Leadership, Key Responsibilities Develop QRA models for Chevron facilities This will entail: Gathering the input needed to develop the model Running the model and conducting quality reviews to ensure model accuracy Reviewing the model output against Chevron risk tolerance expectations Developing potential risk reduction solutions Utilizing QRA model outputs to explain the impact of design/operations changes, safeguard effectiveness, and risk reduction solutions on predicted risk levels to Leadership Provide expert input to the ongoing development and improvement of Chevron QRA tools that can be adopted throughout enterprise Development of Business Unit personnel competency in the execution and use of QRAs Required Qualifications Bachelors degree in a relevant engineering discipline (mechanical, process, etc ) from a deemed/recognized (AICTE) university Preferred Qualifications 10+ years of relevant experience in Oil & Gas facilities conducting quantitative risk assessments Knowledge of DNVs PHAST and SAFETI and CloudQRA tools is preferred as these form the basis of Chevrons proprietary QRA tool Experience with computational fluid dynamic modelling of release, fires and explosions is an advantage Experience in both upstream and downstream operating facilities Chevron ENGINE supports global operations, supporting business requirements across the world Accordingly, the work hours for employees will be aligned to support business requirements The standard work week will be Monday to Friday Working hours are 8:00am to 5:00pm or 1 30pm to 10 30pm, Chevron participates in E-Verify in certain locations as required by law,