Energy Engineer Development Lead

<p><strong>Energy Engineering Discipline Lead</strong><br></p> <p>CEG Solutions is hiring an Energy Engineering Discipline Lead to provide senior technical leadership for our energy engineering practice. This role will impact how CEG identifies, develops, and delivers energy conservation measures (ECMs) across our portfolio of projects. This is a leadership role for an engineer who combines deep expertise in energy modeling and analysis with the drive to build a best-in-class energy analysis discipline. This role will improve methodology, raise quality, mentor engineers, and advance how the team applies technology and AI in its analytical workflows.</p> <p>You'll be the technical anchor for our energy engineering team: providing QA/QC oversight on models and savings calculations, refining analytical methodologies, developing new modeling techniques, and overseeing how we integrate AI tools and automation into the practice. MEP design experience is a strong plus — it strengthens the ability to ensure that the measures we develop are not only well-modeled but also constructible and well-coordinated with mechanical, electrical, and plumbing systems.</p> <p><strong>---Why This Role Is Different</strong></p> <p>· Build the discipline, not just the deliverable: Your hands-on expertise in energy modeling and ECM savings calculations sets the bar for the work the team produces.</p> <p>· Technical authority and influence: You'll be a go-to technical voice on energy modeling and analytical best practices across the firm, with direct access to the Executive Team.</p> <p>· Grow the next generation: You'll mentor and develop the engineers who will become CEG's future technical leaders.</p> <p>· Shape the frontier: You'll oversee CEG's integration of AI tools and automation into energy engineering — positioning the firm at the cutting edge of how work gets done.</p> <p><strong>---What You'll Do</strong></p> <p><strong>1) Provide Technical Leadership for Energy Engineering</strong></p> <p>· Serve as the primary technical authority on energy modeling, ECM calculations, and energy analysis across the firm's project portfolio.</p> <p>· Refine the standards, methodologies, and tools used by the energy engineering team — from data collection through post-processing and deliverable production.</p> <p>· Partner with the Executive Team on the long-term direction of the discipline.</p> <p><strong>2) Lead and Advance Energy Modeling Capability</strong></p> <p>· Lead the development and continuous improvement of energy modeling approaches, tools, and calculation methodologies.</p> <p>· Develop advanced techniques for modeling equipment performance curves, part-load characteristics, and system operating parameters to improve both accuracy and defensibility.</p> <p>· Identify gaps in current modeling practice and create new methods, spreadsheets, simulation approaches, or analytical frameworks to close them.</p> <p>· Stay current on emerging modeling platforms, simulation methods, and industry best practices — and translate relevant advances into practical improvements at CEG.</p> <p><strong>3) Drive ECM Thought Leadership</strong></p> <p>· Serve as CEG's internal thought leader on Energy Conservation Measure identification and development — bringing creativity, rigor, and market awareness to the front end of project development.</p> <p>· Guide the team in identifying high-value ECM opportunities and developing technically sound, financially compelling, and constructable approaches.</p> <p>· Bring cross-project perspective to ECM strategy, sharing insights and patterns across facility types, systems, and client contexts.</p> <p><strong>4) Oversee AI Integration and Technology Innovation</strong></p> <p>· Oversee the integration of AI tools, automation, and technology-enabled workflows into the energy engineering practice.</p> <p>· Identify high-value opportunities to apply AI and automation — from data extraction and model development to QA/QC review.</p> <p>· Champion a culture of innovation and continuous improvement within the discipline and companywide.</p> <p><strong>5) Develop, Mentor, and Grow the Team</strong></p> <p>· Provide direct mentorship and technical guidance to energy engineers at all experience levels — actively developing their modeling skills, engineering judgment, and professional capabilities.</p> <p>· Identify the staffing needs and capability gaps within the energy engineering team, and work with leadership to define hiring priorities and candidate profiles.</p> <p>· Build a team development roadmap that prepares emerging engineers to grow into the next tier of technical and project leadership over time.</p> <p>· Foster a high-performance, collaborative team culture grounded in intellectual curiosity, rigor, and continuous learning.</p> <p><strong>6) Support Training and Onboarding</strong></p> <p>· Help design and maintain training resources and a standard playbook that enable new engineers to get up to speed quickly within CEG's approach, tools, and project delivery model.</p> <p>· Develop reference materials, worked examples, and mentoring frameworks that accelerate productivity for engineers at all experience levels.</p> <p>· Ensure team knowledge is captured, codified, and accessible — so CEG's capabilities grow with the team rather than residing in individuals.</p> <p><strong>7) Establish Standard Processes and Quality Assurance</strong></p> <p>· Develop and implement standardized procedures governing the full modeling lifecycle: data collection, model development, data and assumptions documentation, results post-processing, and QA/QC review.</p> <p>· Provide QA/QC oversight across active projects, ensuring modeling work meets CEG's standards for accuracy, rigor, and consistency.</p> <p>· Build repeatable, scalable workflows that improve speed and quality across the team — reducing variability and elevating the baseline of every project.</p> <p><strong>---What You'll Get</strong></p> <p><strong>· Strategic influence:</strong> A direct voice in shaping the energy engineering discipline and CEG's long-term technical direction, with visibility to the Executive Team.</p> <p><strong>· Authority to elevate the practice:</strong> Real ownership over modeling methodology, QA/QC, training, and team growth.</p> <p><strong>· Interesting, critical work:</strong> Hands-on engagement with high-complexity, mission-critical facilities where energy performance, reliability, and continuity genuinely matter.</p> <p><strong>· A leadership path: </strong>Room to grow as the energy engineering discipline and business needs and opportunities grow.</p> <p><strong>· AI-enabled innovation: </strong>A platform to oversee the practical application of AI and automation in engineering workflows — positioning CEG as a forward-thinking firm in a rapidly evolving landscape.</p> <p><strong>---What Success Looks Like (First 6–12 Months)</strong></p> <p>· A documented, standardized modeling methodology and QA/QC process in active use across projects.</p> <p>· Training and onboarding resources that meaningfully accelerate productivity for new team members.</p> <p>· AI-enabled tools or workflows integrated into energy engineering practice.</p> <p>· A clear hiring and development roadmap for the energy engineering team.</p> <p>· Visible improvement in the consistency, defensibility, and quality of modeling deliverables across the portfolio.</p> <p><strong>---Qualifications</strong></p> <p>· B.S. in Mechanical Engineering, Architectural Engineering, or related field (M.S. preferred).</p> <p>· 10+ years of progressive experience in building energy systems, energy modeling, and ECM savings calculations.</p> <p>· Active Professional Engineer (PE) license in any U.S. state required; LEED AP or CEM certification a plus.</p> <p>· Deep expertise in energy modeling tools and/or simulation platforms.</p> <p>· Demonstrated experience leading or mentoring engineering teams.</p> <p>· MEP design experience preferred — particularly mechanical systems design for commercial, institutional, or industrial facilities.</p> <p>· Experience with energy performance contracting (ESPC), guaranteed savings projects, or design-build delivery preferred.</p> <p>· A genuine interest in applying AI tools and automation to engineering workflows.</p> <p>· Drug and background screening required.</p> <p><strong>---Location, Travel & Compensation</strong></p> <p>Arlington, VA office; telecommuting allowed anywhere in the continental U.S.</p> <p>Travel: ~20–25% nationwide for site audits, project coordination, and client engagements.</p> <p>Salary range: $140,000 – $175,000 annually, commensurate with experience.</p> <p>Annual discretionary bonus program based on performance and company success.</p> <p>Comprehensive benefits package including healthcare, retirement plans, and professional development support.</p> <p><strong>---Culture & Commitment</strong></p> <p>CEG Solutions is an equal opportunity employer committed to diversity, equity, inclusion, mentorship, and professional development. We foster a collaborative, non-hierarchical environment where creativity, technical excellence, and teamwork drive results — and where every team member has the opportunity to grow.</p> <p></p> <p>CEG Solutions — Shaping the Future of Sustainable Energy. Join Us.</p>

Back to blog

Common Interview Questions And Answers

1. HOW DO YOU PLAN YOUR DAY?

This is what this question poses: When do you focus and start working seriously? What are the hours you work optimally? Are you a night owl? A morning bird? Remote teams can be made up of people working on different shifts and around the world, so you won't necessarily be stuck in the 9-5 schedule if it's not for you...

2. HOW DO YOU USE THE DIFFERENT COMMUNICATION TOOLS IN DIFFERENT SITUATIONS?

When you're working on a remote team, there's no way to chat in the hallway between meetings or catch up on the latest project during an office carpool. Therefore, virtual communication will be absolutely essential to get your work done...

3. WHAT IS "WORKING REMOTE" REALLY FOR YOU?

Many people want to work remotely because of the flexibility it allows. You can work anywhere and at any time of the day...

4. WHAT DO YOU NEED IN YOUR PHYSICAL WORKSPACE TO SUCCEED IN YOUR WORK?

With this question, companies are looking to see what equipment they may need to provide you with and to verify how aware you are of what remote working could mean for you physically and logistically...

5. HOW DO YOU PROCESS INFORMATION?

Several years ago, I was working in a team to plan a big event. My supervisor made us all work as a team before the big day. One of our activities has been to find out how each of us processes information...

6. HOW DO YOU MANAGE THE CALENDAR AND THE PROGRAM? WHICH APPLICATIONS / SYSTEM DO YOU USE?

Or you may receive even more specific questions, such as: What's on your calendar? Do you plan blocks of time to do certain types of work? Do you have an open calendar that everyone can see?...

7. HOW DO YOU ORGANIZE FILES, LINKS, AND TABS ON YOUR COMPUTER?

Just like your schedule, how you track files and other information is very important. After all, everything is digital!...

8. HOW TO PRIORITIZE WORK?

The day I watched Marie Forleo's film separating the important from the urgent, my life changed. Not all remote jobs start fast, but most of them are...

9. HOW DO YOU PREPARE FOR A MEETING AND PREPARE A MEETING? WHAT DO YOU SEE HAPPENING DURING THE MEETING?

Just as communication is essential when working remotely, so is organization. Because you won't have those opportunities in the elevator or a casual conversation in the lunchroom, you should take advantage of the little time you have in a video or phone conference...

10. HOW DO YOU USE TECHNOLOGY ON A DAILY BASIS, IN YOUR WORK AND FOR YOUR PLEASURE?

This is a great question because it shows your comfort level with technology, which is very important for a remote worker because you will be working with technology over time...