Principal Engineer - mumbai, India - Petrofac

Description

Petrofac is a leading international service provider to the energy industry, with a diverse client portfolio including many of the world's leading energy companies.

We design, build, manage and maintain infrastructure for our clients. We recruit, reward, and develop our people based on merit regardless of race, nationality, religion, gender, age, sexual orientation, marital status or disability. We value our people and treat everyone who works for or with Petrofac fairly and without discrimination.

The world is re-thinking its energy supply and energy security needs; planning for a phased transition to alternative energy sources. We are here to help our clients meet these evolving energy needs.

This is an exciting time to join us on this journey.

We support flexible working requests and have adopted a hybrid approach for most of our office-based roles. We ask employees to be present in the office at least three days per week.

Are you ready to bring the right energy to Petrofac and help us deliver a better future for everyone?

JOB TITLE: PRINCIPAL ENGINEER / SENIOR ENGINEER / ENGINEER - HSE

KEY RESPONSIBILITIES:

·Conduct HSE Design activities adhering to the standards specified in the contract scope and complete the design activities within the allotted budget and schedule.

·Provide HSE inputs to the engineering design so that the plant design meets the project HSE requirements.

·Participating in cross-functional and inter-office meetings to provide HSE Design inputs to Engineering Design activities.

·Support the Construction and commissioning field queries.

·Work with Department Head to develop appropriate work procedures and in-house calculations for efficient design activities.

·Develop, promote, and implement design improvements.

·Ensure the project design activities are completed within the allotted manhours and schedule.

·Monitor the manhours consumed.

·Take the role of Lead Engineer for Proposals or Projects, if nominated.

·If working as Lead Engineer on a project then prepare HSEIA Plan and Fortnight Reports to indicate Schedule progress, Quantity, Manhour, Manpower forecasts, Key issues and keep a tight control on the over-runs.

·Visit the design centers to expedite the HSE Design activities or resolve HSE Design issues.

·Maintain a cordial relationship with other discipline Engineers in various work centers to implement HSE Design requirement in the project.

·Fully aware of the Contract scope requirements and standards applicable to the project

·Organize and participate in the HAZID, ENVID, HAZOP, SIL, PHSER review meetings.

·Conduct HAZID, ENVID, Audits and specialist studies if required.

·Carryout the design calculations and get them reviewed from Technical Authorities.

·Own the assigned project documents till the completion of the project.

·Coordinate with other discipline and work center Engineers and ensure that the HSE requirements and Vendor information are implemented in the project design.

·Manage a team of Engineers and Designers.

·Prepare /review safety studies. Prepare /review firewater demand and hydraulic calculations.

·Prepare and review Firewater system PFD, P&ID and datasheets.

·Prepare /review loss prevention layouts and calculations.

·Prepare /review firefighting and safety equipment specifications.

·Prepare /review Inquiry Requisitions, Technical Bid Evaluations and Purchase Requisitions.

·Support the procurement team in finalizing the HSE studies and equipment finalization.

·Liaise with Vendors for on-time delivery and correctness of the vendor documents.

·Provide input and liaise with third party Consultants for study reports.

·Maintain the records as per the quality procedure such as self-check, error count, master copy, TA comments and its resolutions, Client comments resolutions etc.

·Produce calculations, drawings, sketches, bills of materials, manhours etc. for proposals.

·Attend internal, Vendors, Subcontractors and Client meetings.

·Provide HSE inputs to the engineering design so that the plant design meets the project HSE requirements.

·Participating in cross-functional and inter-office meetings to provide HSE Design inputs to Engineering Design activities.

·Support the Construction and commissioning field queries.

·Work with Department Head to develop appropriate work procedures and in-house calculations for efficient design activities.

·Develop, promote, and implement design improvements.

·Ensure the project design activities completes within the allotted manhours and schedule.

·Monitor the manhours consumed.

·Take the role of Lead Engineer for Proposals or Projects, if nominated.

·If working as Lead Engineer on a project then prepare HSEIA Plan and Fortnight Reports to indicate Schedule progress, Quantity, Manhour, Manpower forecasts, Key issues and keep a tight control on the over-runs.

·Visit the design centers to expedite the HSE Design activities or resolving HSE Design issues.

·Maintain a cordial relationship with other discipline Engineers in various work centers to implement HSE Design requirement in the project.

·Fully aware of the Contract scope requirements and standards applicable to the project.

·Organize and participate in the HAZID, ENVID, HAZOP, SIL, PHSER review meetings.

·Carryout the design calculations and get it reviewed from Technical Authorities.

·Perform calculations using HSE software and analyze the results.

·Own the assigned project documents till the completion of the project.

·Coordinate with other discipline and work center Engineers and ensure that the HSE requirements and Vendor information are implemented in the project design.

·Prepare /review firewater demand and hydraulic calculations.

·Prepare /review Firewater system PFD, P&ID and datasheets.

·Prepare /review loss prevention layouts and calculations.

·Prepare /review firefighting and safety equipment specifications.

·Prepare /review Inquiry Requisitions, Technical Bid Evaluations and Purchase Requisitions.

·Prepare /review safety studies.

·Support the procurement team in finalizing the HSE studies and equipment finalization.

·Liaise with Vendors for on-time delivery and correctness of the vendor documents.

·Provide input and liaise with third party Consultants for study reports.

·Maintain the records as per the quality procedure such as self-check, error count, master copy, TA comments and its resolutions, Client comments resolutions etc.

·Produce calculations, drawings, sketches, bills of materials, manhours etc. for proposals.

·Attend internal, Vendors, Subcontractors and Client meetings.

·Liaise with Mechanical, Electrical and Instrumentation Engineers and ensure that all equipment and instruments are adhering to the Hazardous area classification requirements.

·Continuously review the 3D model and ensure that firefighting equipment locations meet the design intent.

·Continuously review the 3D model and ensure that the fireproofing envelope shown in 3D model is as per the design intent.

·Ensure that the F&G detectors are placed at an accessible location and oriented correctly in the 3D model.

·Ensure the blast loads and PFP requirements are understood by the Civil Engineers and the design is as per the HSE requirement.

·Review the Process and Instrumentation philosophies and give comments on the process safety.

·Provide HSE requirements to other discipline and work center engineers and ensure that the design requirements are incorporated in the design, such as:

·Fire proofing for structures, ESDV, BDV, vessels

·Fire rating for building

·Foundation details for the safety equipment, safety signs, deluge skids

·Escape gate.

·Firewater drainage

·Nozzle details to firewater tank

·Foam pourer details, firewater ring and spray nozzle arrangement for HC tanks

·Deluge rings and spray nozzle arrangement for vessels, transformers

·Blast ratings for buildings.

·Blast damper for building, HVAC fire damper.

·Eye wash and safety shower plumbing and drainage.

·Safety shower operation signal

·Bollard, paving, location, access, platform for firefighting equipment.

·Winterization requirement for firewater lines, firefighting equipment

·Hazardous area classification for equipment, battery room, vents

·Sterile radius for flare, flare height

·Spacing criteria

·Height of vents, stacks, and flare

·Noise limits for equipment, valves, rooms

·Inputs to ESD, isolation, draining and F&G philosophy.

ESSENTIAL QUALIFICATIONS AND SKILLS:

·Bachelor degree in engineering with a minimum of 8 years' experience in risk & safety engineering or 10 years' experience in loss prevention engineering.

·The experience shall be in consultancy, FEED or EPC environment in oil & gas, refinery or petrochemical industry.