The Safety Engineer integrates into the project’s HSE Design (HSED) team, working alongside disciplines such as Process, Piping, Civil, and Instrumentation. He/She reports to the Safety Head of Department, Safety Lead, and HSED Lead.
The position requires strong expertise in Safety Engineering, ensuring safe design for personnel, environment, and assets.
Responsibilities
- Major Accident Event identification and qualification.
- Design and implementation of prevention, control, mitigation, and protection measures.
- Production of high‑quality safety deliverables within project constraints (schedule, budget, contractual requirements).
- Participation in safety reviews: HAZID, HAZOP, SIL, LOPA.
- Plot plan reviews and 3D model reviews.
- Identification of Safety Critical Elements (SCEs) and criticality rating.
- Passive fire protection, cold spill protection.
- Active fire protection: firewater pump station design, firefighting network, deluge systems, hydraulic calculations.
- Flammable/toxic gas and fire detection design.
- Preparation of specifications, requisitions, technical bid evaluations, and vendor follow‑up for firefighting and personnel protection equipment.
- Preparation of replies to company comments and engineering queries.
- Identification of inconsistencies in Basis of Design.
- Attendance to project meetings as Safety representative.
- Proposal of technical and CAPEX optimizations.
- Review and supervision of deliverables produced by other engineers when required.
- Note: Quantitative risk analyses (QRA, FERA, EERA, ESSA, RAM, explosion loads) are out of scope.
Procedures & Methodology
The Safety Engineer must comply with:
- Project procedures
- Quality procedures
- Confidentiality requirements
- Industry best practices
- Master’s degree in Engineering (Safety or Process preferred).
Strong knowledge of:
- Solid understanding of international safety codes & standards: NFPA, API, IP, major company specifications.
- Knowledge of Canadian and Quebec regulations is an asset.
- 10 years experience in Safety Engineering in Oil & Gas, petrochemicals, or energy transition.
- Strong judgment in technical matters and plant design optimization.
- Proficiency in English; French is an advantage.
- Proficiency in MS Office and standard engineering tools.
- Strong teamwork, communication, autonomy, and problem‑solving skills.
- Ability to justify and defend design choices with clear reasoning.
Requirement
All deliverables must meet:
- Content accuracy and completeness
- Clear and professional presentation
- Full traceability (sources, comments, revisions)
- Compliance with project procedures and contract language.