Serves as a leadership position within the mechanical engineering functional category, providing day-to-day direction of technical work as required by individual Task Orders
Provides expert support and technical advice to the Government on mechanical engineering issues concerning the development and conservation of renewable energy resources
Performs complex engineering assignments with specified objectives, involving conventional plans, calculations, and specifications, with work reviewed for the application of sound professional judgment
Evaluates the feasibility of planned renewable energy projects from multiple viewpoints, including financial feasibility, technical viability, operational viability, and practicality
Reviews and evaluates grant proposals for energy and mineral development projects, assessing the technical merit, feasibility, and alignment with program objectives
Monitors assigned grants throughout their full lifecycle, from award to closeout, ensuring compliance, tracking progress against milestones, and providing technical assistance to grantees
Performs design calculations and prepares equipment or material specifications using relevant design software
Provides technical direction across various DEMD departments, including the Renewable Energy Program, to ensure an integrated approach to resource development
May be expected to perform supervisory responsibilities, such as coordinating the work of designers and other technical support personnel, reporting to the On-Site Lead and Project Manager
Requirements
Bachelor of Science (B.S.) in Mechanical Engineering or closely related discipline; Master’s preferred (e.g., MSME, Energy Systems)
FE required; PE strongly preferred (or ability to obtain within 12 months)
6-8 years of progressively responsible experience in mechanical design and engineering for energy, industrial, or infrastructure projects (renewables, thermal generation, process/utility systems)
Demonstrated success across multiple technology areas, such as balance-of-plant for solar/wind/geothermal/biomass, HVAC and thermal systems, fluid handling (pumps, piping, valves), pressure vessels, water/wastewater utilities, and thermal storage
Significant experience leading full lifecycle engineering requirements and basis-of-design, load/thermal calculations, equipment selection/specs, 3D model coordination, P&IDs, piping layout, skid/package integration, commissioning plans, and O&M documentation plus QA/QC of team deliverables
Proven capability with engineering economics (capex/opex estimating, LCCA, value engineering, constructability reviews) and supporting feasibility studies and pro formas with defendable mechanical inputs and risks
Hands-on technical reporting and compliance: authoring design narratives, calculation packages, and technical memos; applying codes/standards (ASME, API, ANSI, ASTM, AWWA, NFPA) and executing design reviews (FMEA/HAZOP)
Owner/agency interface experience representing project owners in technical negotiations with OEMs/EPCs (equipment specs, warranties, performance guarantees), and in coordination with permitting/regulatory bodies (e.g., NEPA touchpoints, rights-of-way, environmental constraints)
Track record of executive-level presentations and able to translate complex mechanical issues and trade-offs into clear recommendations for senior stakeholders (Tribal leadership, Federal program managers, boards)
Supervisory/mentoring experience managing junior engineers and consultants: work-planning, day-to-day direction, design checks, and professional development
Comfortable with site walks, punchlists, vendor FAT/SAT, start-up/commissioning protocols, and safety
Benefits
Remote work options
Professional development opportunities
Applicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard skills
mechanical designengineering economicsload calculationsthermal calculationsequipment selection3D model coordinationP&IDspiping layoutcommissioning plansQA/QC