Field Operations Engineer (EIT) – Heavy Oil Process Expert

Agilus Work Solutions; City of Lloydminster; Presencial; CAD 66.000 - 98.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

1-year contract

Hands-on field experience

Facility optimization focus

Descripción de la vacante

Agilus by Synergie is seeking a Site Operations Engineer (EIT) in Lloydminster, Saskatchewan, to provide field-level process engineering support for heavy oil operations. You will work hands-on with operations, maintenance and engineering teams to troubleshoot process issues and drive performance improvements.

This 1-year contract offers exposure to thermal and conventional heavy oil processes, with opportunities to use simulation tools and contribute to safety and reliability initiatives in a

Formación

• Chemical Engineering degree or equivalent program.
• APEGA/APEGS registration or eligibility as P.Eng./EIT.
• 4+ years of industry experience.
• Experience with process simulation software (HYSYS or UniSim).
• Valid driver's license and right to work in Canada.

Responsabilidades

• Troubleshoot process issues in field operations.
• Analyze facility performance and identify optimizations.
• Perform process simulations and engineering calculations.
• Support MOC initiatives and engineering investigations.
• Participate in risk assessments and process safety reviews.
• Coordinate trials and outage planning.
• Collaborate with operations, maintenance and engineering teams.

Conocimientos

Process engineering

Analytical problem-solving

Communication

Team collaboration

Educación

Chemical Engineering degree

Herramientas

HYSYS

UniSim

Descripción del empleo

Agilus by Synergie is seeking a Site Operations Engineer (EIT) in Lloydminster, Saskatchewan, to provide field-level process engineering support for heavy oil operations. You will work hands-on with operations, maintenance and engineering teams to troubleshoot process issues and drive performance improvements.

This 1-year contract offers exposure to thermal and conventional heavy oil processes, with opportunities to use simulation tools and contribute to safety and reliability initiatives in a