ABM Aviation
The Level 2 Project Developer reports to the Director of Project Development and will be responsible for developing guaranteed energy efficiency projects, renewable energy projects, and other energy savings related capital improvement projects, by identifying, assessing, and structuring technical and financial solutions to meet customer objectives.
The energy efficiency projects work will be focused on the MUSH (Municipal, University, School, and Hospital) market, will encompass forms of state enabling legislation for energy contracting vehicles, and entail all forms of energy, water, and emission savings technologies.
With minimal supervision, this individual will identify and quantify energy conservation opportunities associated with mechanical and electrical systems, HVAC, HVAC digital controls, building envelope, renewable energy, and other technologies that save energy and water and reduce GHG emissions.
Responsibilities include performing site visits, developing energy savings calculations and Measurement & Verification baselines, plans, and approaches, developing preliminary analysis, and investment grade audits.
Individual will also be responsible for subcontractor / vendor qualification, negotiation, and management during the energy project development phase, developing associated cost estimates and written descriptions of energy conservation measures in support of various agency submittals.
Energy Engineer will directly, or indirectly, manage activities of engineering and construction staff in accomplishment of the above mentioned responsibilities.
The Project Developer will work closely with the ABM Technical Solutions Business Development and Construction Teams on proposal development and will participate in various customer meetings and presentations.
This will involve attending customer meetings, conducting site trips to collect facility and utility data; and developing and running energy screening models to determine the technical and economic viability of energy efficiency and capital improvement projects.
Screening models include: bin analyses, hourly building simulation computer models, and commercially-available analysis packages.
This will involve identifying known risks (i.e.
technical, construction, price, schedule, environmental, warranties, performance guarantees etc.); indicate impact and how they will be addressed and mitigated.
Provide the majority of the proposal input, including detailed technical project descriptions, measurement and verification methodology and development, legal risk and responsibility definitions, financial descriptions, and detailed supporting documentation of contractor quotes, simulation results, and cost and savings derivations.
Undergraduate mechanical or electrical engineering (BE, BS) or construction related degree required.
Advanced degree in engineering or construction management and/or PE preferred.
Minimum Requirements
Chillers, Boilers.
HVAC, and controls.
eQUEST, DOE2, Trane Trace, ASHRAE Modified Bin Analysis).