We are seeking an innovative and results-driven Director – Energy and HVAC Optimization to lead strategic initiatives focused on improving energy efficiency, sustainability, and performance across HVAC systems and facility operations. This role will be responsible for optimizing mechanical and control systems, reducing energy and carbon footprints, and ensuring compliance with evolving environmental and regulatory standards.
This is a high-impact leadership position for candidates with a deep understanding of energy management, HVAC system design and performance, building automation, and advanced analytics in complex building or industrial environments.
Develop and execute the organization’s energy and HVAC optimization roadmap aligned with corporate sustainability and operational goals.
Identify and champion high-impact projects to reduce energy consumption, utility costs, and greenhouse gas emissions.
Work with executive leadership to set energy KPIs, goals, and reporting frameworks.
Lead performance analysis, retro-commissioning, and optimization of HVAC and mechanical systems, including chillers, boilers, AHUs, VAVs, pumps, fans, and controls.
Improve system efficiency through control strategy enhancements, setpoint optimization, demand-based operation, and equipment upgrades.
Ensure proper sizing, maintenance, and configuration of HVAC components for peak performance and lifecycle value.
Monitor and analyze facility energy consumption trends across electricity, natural gas, steam, and water systems.
Conduct energy audits, benchmarking, and M&V (Measurement and Verification) in line with ASHRAE Level I/II/III audits.
Utilize building automation systems (BAS), energy dashboards, and IoT platforms to monitor real-time performance and detect inefficiencies.
Ensure adherence to energy and environmental standards (e.g., ASHRAE, LEED, ISO 50001, ENERGY STAR, GHG protocols, local energy codes).
Identify and apply for utility rebates, carbon credits, or green certifications to enhance ROI on optimization projects.
Develop documentation for ESG reporting and sustainability disclosures.
Manage energy-related capital projects including HVAC system upgrades, BMS enhancements, and energy-efficient retrofits.
Prepare budgets, ROI analyses, timelines, and risk assessments for energy improvement initiatives.
Collaborate with engineering, maintenance, finance, and procurement teams for execution.
Lead a cross-functional team of energy engineers, controls specialists, and facility technicians.
Build organizational capability through training, SOP development, and technical mentorship.
Present recommendations, dashboards, and savings reports to executives, clients, or regulators.
Education:
Bachelor’s degree in Mechanical Engineering, Energy Engineering, Building Science, or a related field (Master’s preferred).
Professional certifications such as Certified Energy Manager (CEM), Professional Engineer (PE), LEED AP, or Certified Building Commissioning Professional (CBCP) are highly desirable.
Experience:
10+ years of experience in energy management and HVAC system engineering, with at least 5 years in a leadership role.
Track record of successful implementation of energy optimization or HVAC upgrade projects in industrial, healthcare, commercial, or institutional settings.
Technical Skills:
Deep knowledge of HVAC design, operation, controls, and energy performance.
Proficiency with BMS/BAS platforms (e.g., Siemens, Honeywell, Schneider, Johnson Controls) and analytics tools.
Experience with energy modeling software (e.g., eQuest, EnergyPlus, Trane TRACE, RETScreen, SkySpark).
Familiarity with SCADA, IoT sensors, digital twins, and data visualization tools for energy intelligence.
Strategic thinking with strong analytical and data-driven decision-making
Project leadership and cross-functional team coordination
Excellent communication and executive presentation skills
Passion for sustainability, innovation, and continuous improvement
Detail-oriented with a focus on ROI and long-term value
Office-based with regular site visits to buildings, plants, or campuses under optimization scope.
Involves hands-on walkthroughs, equipment inspections, and system performance evaluations.
Occasional travel may be required for multi-site support, audits, or project commissioning.