Project Engineer, Thermal Engineering

Invenergy is North America’s largest privately held developer, owner, and operator of power infrastructure. With 25 years of trusted execution, we deliver reliable, affordable energy through a diverse portfolio that includes natural gas, solar, land-based wind, energy storage, transmission, and domestic manufacturing. Headquartered in Chicago, we develop, own, and operate large scale projects that power communities and support the energy future.

This position will be open for application for at least 3 calendar days from the posting date. This position will remain open for application based on business need, which may be before or after the 3-day posting window.

The Senior Staff Engineer, Thermal, reporting to the Senior Director of Thermal Engineering, will support Invenergy’s efforts to develop, permit, engineer, construct and commission new geothermal and thermal (simple and combined cycle combustion turbine and reciprocating engine) power generation projects throughout North America. This role will encompass the full project life cycle of project development from siting and origination through commercial operation of the project and will assist managing third party engineering consultants and contractors;

preparing permit applications; specifying project configurations; specifying project performance, creating project specifications; preparing bids; evaluating bids; managing major equipment manufacturers supplying combustion turbines, steam turbines, heat recovery steam generators, injection pumps, Organic Rankine Cycle systems; reviewing detailed engineering; construction monitoring and commissioning efforts. A strong background in thermodynamics, heat transfer, and combustion turbine performance is desired.

• Perform and review basic and detail design for power generation projects.
• Advise on the feasibility of projects based on available geothermal technologies and project constraints.
• Lead technical efforts during the development phase and collaborate with other engineering and geophysicists during the reservoir modelling and detailed design process.
• Perform and review thermal heat balances for thermal power generation projects.
• Support technical efforts for project development work such as site selection, general arrangement development, site surveying, environmental studies, permit applications, geotechnical investigations and others.
• Interface with equipment vendors to explain technical requirements and receive technical proposals.
• Support and lead technical efforts with OEMs.
• Review technical deliverables like P&, heat and mass balances, project design documents, equipment specifications and drawings, layouts, and electrical one-line drawings.
• Provide engineering oversight during project design and construction.
• Interface with contractors for resolution of technical issues.
• Assist oversight of power plant commissioning activities.
• Coordinate with internal teams to align project development and execution with financial and commercial objectives, including coordination of internal administrative workload with the Project Management team for the technical interface of the project, i.e., purchase orders, service orders, MSAs and ESA agreements for consultants.
• Establish relationships with various technical experts among stakeholders, utilities, RTO/ISOs.
• Understand project interfaces across multiple contractors and work packages and monitor performance, ensuring adherence to project requirements, budget and schedule.

• BS in mechanical, electrical, civil, petroleum, chemical or related engineering discipline.
• 2+ years’ experience in project engineering management of large capital projects with a focus on geothermal power generation, thermal power generation or transferable energy sector work.
• Familiarity with regulatory, siting, and environmental permitting processes for large-scale industrial projects.
• Knowledge and experience with project design and configuration.
• Experience with geothermal production facilities with focus on translating subsurface energy into usable power, emphasizing facility design, heat exchange, gathering…