Description

This individual shall evaluate building types through modeling software or engineering calculations to determine optimal systems and energy‑efficiency measures. The position develops comprehensive analysis reports detailing optimal energy‑conservation measures. They create sustainability studies assessing water, energy and carbon consumption using proven engineering techniques. The role also prepares and processes utility incentive applications and manages the application process.

This position has no direct supervisory responsibility, but serves as a resource for entry‑ and mid‑level energy engineers.

• Perform energy modeling and analysis for building systems including HVAC, DHW, renewables, lighting and plug loads.
• Calculate HVAC heating and cooling loads for existing and new buildings.
• Conduct life‑cycle cost analysis for building systems and related design calculations.
• Analyze project plans, specifications and visit sites to identify mechanical, electrical, control systems and facility operational characteristics.
• Evaluate building information to determine the most energy‑efficient design concepts.
• Validate energy performance for both existing and new mechanical systems, specify components, identify design problems and create optimal solutions.
• Prepare energy study reports for utility incentives, system comparisons, LCCA’s and LEED certification.
• Determine eligibility of utility rebates for projects according to Baltimore Gas and Electric (BGE), Delmarva, and Pepco programs in Maryland and Washington, DC.
• Generate utility rebate applications for prescriptive and custom building systems, including lighting, electrical, mechanical and associated controls.
• Complete cost estimates and coordinate with electrical, plumbing, architecture and other consultants.
• Work with manufacturers to select equipment that meets specified energy efficiency, capacity and budget requirements.
• Develop and maintain strong relationships with customers and relevant contacts, staying aware of industry trends.
• Handle a large and diverse number of projects simultaneously and effectively.
• Create and develop internal training resources for the team.
• Act as point of contact for Energy Engineer questions and internal training, especially on complex projects; assist with issue resolution and lessons learned.
• Assist in developing best practices and procedures to continuously improve internal processes.
• Develop and deliver customer presentations related to energy efficiency.

Requirements

We are seeking a Senior Energy Engineer with a minimum of 5‑6 years of building modeling experience and 3‑5 years of HVAC system design. Experience in developing models to meet LEED certification, code compliance and LCCA comparisons is expected. Experience in energy audits and commissioning is a plus. Knowledge of various HVAC system types, control strategies, building codes and LEED certification is required.

The ideal candidate must be invested in developing our engineering staff and focused on growing their capabilities to support business goals. The Senior Energy Engineer will be responsible for project deliverables and quality control of our products. They must manage deliverables of multiple projects in a team‑oriented environment. Desired traits include detail‑orientation, good listening, problem‑solving and self‑motivation.

The role requires a bachelor’s degree in Mechanical or Architectural Engineering (HVAC or energy modeling preferred) and several years of experience in building modeling and HVAC design. Candidates should be proficient with industry software, understand building codes such as ASHRAE standards, and possess strong written and oral communication skills. Ability to work independently on multiple projects, collaborate effectively, and deliver presentations is essential.

• Bachelor’s degree in Mechanical or Architectural Engineering (HVAC or energy modeling preferred) plus 5‑6 years of modeling experience and 3‑5 years of HVAC system design experience.
• Experience in training and delivering presentations.
• Experience creating heating and cooling load calculations.
• Familiarity with layout and design of HVAC systems and energy modeling for commercial and residential buildings.
• Experience conducting building code research including ASHRAE 90.1, 55, and 62.1.
• Proficiency with industry software such as AutoCAD, SketchUp, TRACE 700, HAP, Equest and OpenStudio.
• Knowledge of Windows and Microsoft Office products.
• Ability to communicate effectively in writing and oral presentations.
• Ability to work independently on multiple projects with varying deadlines.
• Excellent collaboration and project coordination skills.

Benefits

Physical demands include regular sitting, standing, walking, using hands, reaching, talking and hearing, and lifting up to 25 pounds, with reasonable accommodations available. The work environment is generally quiet, and accommodations are provided for individuals with disabilities.

Training + Development

Interview process

Visa Sponsorship

Security clearance