Energy Engineer IV

The Efficiency Network, Inc. (TEN) is an independent energy-focused design/build contractor that provides building infrastructure upgrade s and energy projectsto state, local, and federal government, K-12 education , higher education, healthcare, and large commercial and industrial customers. We help our clients address deferred maintenance, invest in infrastructure, improve the efficiency and sustainability of their buildings , and make their operations more resilient. TEN applies state of the art technology, engineering , construction and project management concepts and practices, along with creative financing and ownership solutions , to deliver projects quickly and efficiently. TEN is part of the Duquesne Light Holdings, Inc. family of companies . Summary: Reporting to TEN's Vice President, Engineering and Performance, the Energy (Project) Engineer is responsible for leading the technical delivery of energy projects across commercial, industrial, and institutional facilities. You will engineer projects from feasibility through design and into construction, participating in ensuring the solutions you have developed are commissioned for optimized performance as designed, reducing utility and operating and maintenance costs. This role ensures that the designs provided meet technical, regulatory, and quality standards while aligning with project objectives and client requirements. The Energy (Project) Engineer will collaborate closely with internal development, engineering, construction, and performance teams, external design professionals (architects and engineers) and subcontractors to translate conceptual designs into executable plan documents and constructable project strategies. Location: The successful candidate is situated in the western PA (Pittsburgh) region and will work from the company's headquarters office with occasional travel to customer sites as necessary. Job Duties and Responsibilities: Project Development & Feasibility 1. Conduct energy audits (ASHRAE Level 1-3), utility data analysis, and end-use profiling to identify savings opportunities. 2. Develop feasibility studies, savings calculations, and business cases (NPV, IRR, payback, LCOE). 3. Build and calibrate energy models (e.g., eQUEST, EnergyPlus, Trane 3D, Carrier HAP) 4. Prepare scenario analyses for distributed energy resources (DERs) (e.g., solar PV, BESS, CHP/microturbine, demand response, electrification) a plus. 5. Presentation and Customer meeting participation. Technical Design & Engineering 1. Produce engineering deliverables: one-line diagrams, equipment selection, specifications, load calculations, schematics, solution summaries, and design submittals. 2. Ensure compliance with applicable codes/standards (e.g., NEC, NFPA, ASHRAE 90.1, IECC) and local utility interconnection requirements. 3. Participate in QA/QC reviews, design risk assessments, and constructability checks. Project Execution & Controls 1. Coordinate with construction team, subcontractors, OEMs, and integrators. 2. Review submittals and RFIs. 3. Site inspections, quality control, support commissioning, and start-up 4. Assist in developing O&M manuals and training. 5. Assist in building and implementing measurement and verification (M&V) plans, tracking performance, and delivering post-implementation reports. Permitting, Incentives & Compliance 1. Assist in navigating permitting and interconnection processes with authorities having jurisdiction (AHJs) and utilities. 2. Assist with identifying and securing incentives, grants, and rebates where applicable. 3. Maintain rigorous safety practices and environmental compliance. Stakeholder Engagement 1. Present technical findings to clients and executives in clear, business-focused terms. 2. Collaborate cross-functionally with sales, development, construction, perf rmance and finance departments to align scope and outcomes. 3. Prepare concise reports, design packages/submittals, energy conservation measure (ECM) summaries and executive summaries. Education and Experience Required: Required 1. BS in Mechanical, Architectural, or Energy Engineering (or related field). 2. 5+ years of experience performing energy audits, delivering energy efficiency and/or distributed energy projects. 3. Proficiency in energy modeling tools, and Excel-based analysis. 4. Familiarity with electrical and mechanical systems (switchgear, drives, HVAC, boilers, chillers, controls). 5. Experience with construction and implementation of ECMs from constructability aspect 6. Strong Scope of Work development for subcontractors to reduce company risks 7. Awareness of strong project management fundamentals (schedule/budget control, risk management, vendor coordination). Preferred 1. Professional Engineer (PE or EIT on path to PE) Certified Energy Manager (CEM); 2. Experience with DERs (solar, storage, CHP, microgrids), utility interconnection, and commissioning. 3. Working knowledge of name brand building automation systems (BAS) and measurement & verification (IPMVP) protocols. 4. Experience with incentive programs (utility rebates, state/energy grants) and decarbonization roadmaps. Skills/Abilities: Core Competencies 1. Technical Rigor: Applies engineering first principles with practical field judgment. 2. Project Delivery: Plans, executes, and closes project deliverables with discipline; mitigates risk early. 3. Communication: Simplifies complex technical topics for non-technical stakeholders. 4. Financial Acumen: Connects technical scope to business outcomes (cash flow, ROI). 5. Problem Solving: Anticipates constraints; proposes options and trade-offs. 6. Safety Mindset: Champions site safety and compliance. Tools & Platforms 1. Word/Excel for documenting and analytics 2. Procore for development, design, and project management 3. energy modeling (eQUEST/EnergyPlus/Trane 3D/Carrier HAP 4. controls/SCADA familiarity, BI/reporting tools (Power BI preferred). Working Conditions Travel: mostly local ~20-40% (regional project si