Location
Cornerstone Engineering, 1144 29th Ave NE, Calgary, AB. Canada
Office-based, Monday to Friday 8am-5pm
Roles and Responsibilities
- Collaborating with other engineers, designers, and project managers of various disciplines, to execute the design of wellsite facilities, pipelines, compressor stations, gas plants, and conventional oil facilities.
- Provide mentoring, assistance and guidance to Junior / Intermediate Process Engineers.
- Ensure appropriate use of mechanical engineering specifications in the design of pipeline and facilities; Including pipe sizing and major / minor equipment sizing
- Review and develop drawings (Plot Plan, PFD, P&ID, Line lists, etc.) to meet client and provincial standards / regulations.
- Review vendor drawings for suitability and client preferences to be fit for the application
- Participate in HAZOPs, design reviews and other sessions with other disciplines to review technical issues and provide input into process operability
- Conduct process simulations using Symmetry and / or HYSYS software
- Provide technical & engineering support to the operations team
- Work with various discipline leads (electrical, instrumentation and mechanical)
- Liaising with Project Managers, Clients, Vendors
- Estimate development support, including discipline specific input into the estimates
- Review and assist in the development of DBMs, Control Narratives, Shutdown Keys and other engineering documents.
- Prepare, review and / or check process calculations made during the course of a project
- Prepare project study reports to document findings for the client.
Qualifications and Experience
Minimum 15 years of Process Engineering experience.Chemical Engineering degree with P.Eng. designation for Alberta.O&G Experience in Western Canada preferred.Working knowledge of process design software such as Symmetry, HYSYS and ProMax.Possess a strong attention to detail and work well within a team environment.Strong interpersonal skills to provide mentoring, guidance and delegation of work to team members.#J-18808-Ljbffr