We are Salish Elements, an Indigenous owned green hydrogen development company, making a reliable green hydrogen fuel supply network a reality in British Columbia. We are constructing our first green hydrogen production facility, and we need your help.
What can you expect working with Salish Elements? We offer hybrid working environments, flexible time off, competitive salaries and benefits, and a great mission and vision!
The Civil/Structural Engineer will be responsible for the design and specification of all civil and structural elements of the green hydrogen production facility, including foundations, steel structures, and site grading. You will work closely with external fabricators, contractors, and engineering teams to ensure the designs are implemented accurately and meet all safety, regulatory, and operational requirements. The role will require a combination of design expertise, strong project coordination, and an ability to troubleshoot and resolve issues during the construction phase.
As a Draftsperson, you will work closely with engineers and project managers to produce high-quality, accurate, and detailed engineering drawings for the green hydrogen production facility. You will be responsible for drafting designs for mechanical, electrical, instrumentation, and civil systems, including layouts, equipment details, piping and instrumentation diagrams (P&IDs), and general arrangement drawings. Your work will be integral to ensuring that the facility’s design meets operational requirements and complies with safety and regulatory standards.
As a Mechanical Engineer, you will be tasked with the design and specification of mechanical systems, including major equipment and piping systems that support green hydrogen production through electrolysis. You will also be responsible for creating pre-feasibility and feasibility studies, the plant’s plot plan, ensuring the optimal arrangement and integration of all mechanical systems. You will work closely with other engineers, vendors, contractors, and stakeholders to ensure that designs are efficient, cost-effective, and in compliance with all applicable safety and regulatory standards.