The Director – Utility Systems Engineering oversees the engineering, operation, and maintenance of critical utility systems including HVAC, compressed air, and chillers within industrial, commercial, or power plant facilities. This leadership role is responsible for ensuring reliable utility system performance, optimizing energy efficiency, and maintaining compliance with safety and environmental standards. The director leads engineering teams, manages capital projects, and drives continuous improvement initiatives.
Lead design, engineering, and maintenance strategies for HVAC systems, compressed air networks, and chilling plants.
Ensure utility systems are optimized for energy efficiency, reliability, and operational excellence.
Implement best practices in system integration, automation, and control (BMS/SCADA).
Develop and oversee preventive, predictive, and corrective maintenance programs.
Monitor system performance through KPIs and analytics, driving root cause analysis and reliability improvements.
Manage vendor contracts and service agreements for utility system equipment and support.
Ensure compliance with industry standards (ASHRAE, NFPA), regulatory codes, and environmental requirements.
Lead safety audits, risk assessments, and emergency response planning related to utility systems.
Promote a safety-first culture within the engineering and maintenance teams.
Plan, budget, and oversee execution of capital upgrades, system expansions, and retrofits.
Collaborate with procurement and project management teams to ensure timely delivery and cost control.
Evaluate and implement new technologies for system improvements and energy savings.
Lead a multidisciplinary team of engineers, technicians, and specialists.
Foster professional growth through training, mentoring, and performance management.
Encourage collaboration with operations, safety, and sustainability teams.
Engineering and maintenance of HVAC, compressed air, and chiller systems
Energy efficiency and operational reliability
Safety, regulatory compliance, and risk management
Capital project leadership and technology adoption
Team building and leadership development
Education:
Bachelor’s degree in Mechanical Engineering, Energy Systems Engineering, or related field
Experience:
12+ years managing utility systems engineering and maintenance in industrial or power plant environments
Proven leadership in HVAC, compressed air, and chiller system management
Skills:
Deep understanding of HVAC codes (ASHRAE), compressed air system design, and refrigeration cycles
Experience with building automation systems (BMS) and control integration
Strong leadership, project management, and communication skills