The Director – Utilities Engineering (Boiler, Steam, HVAC) is responsible for leading the design, performance optimization, compliance, and reliability of critical utility systems including boilers, steam distribution, and HVAC infrastructure. This role ensures the safe, efficient, and sustainable operation of mechanical utilities in industrial, manufacturing, or institutional facilities. The director provides strategic oversight on engineering projects, asset lifecycle management, and energy optimization programs, aligning utility operations with business and environmental goals.
Utilities Systems Strategy & Oversight:
Lead the planning, design, and optimization of utility systems such as steam generation/distribution, chilled water, compressed air, and HVAC.
Define long-term utility infrastructure strategies aligned with operational performance, capacity growth, and energy efficiency targets.
Boiler & Steam System Management:
Ensure optimal and compliant operation of high- and low-pressure boilers, steam headers, condensate recovery, and deaeration systems.
Oversee maintenance programs, inspections, and code compliance (e.g., ASME, NBIC) for steam and boiler systems.
HVAC System Oversight:
Manage HVAC systems design, retrofitting, and performance in line with ASHRAE standards and sustainability initiatives.
Ensure reliable climate control for production, clean rooms, and administrative environments.
Engineering Project Leadership:
Lead capital improvement projects involving utility upgrades, system expansions, or energy conservation measures.
Coordinate cross-functional engineering teams, external consultants, and contractors from concept to commissioning.
Energy & Sustainability Initiatives:
Develop and implement programs for thermal energy efficiency, waste heat recovery, load balancing, and water-energy nexus optimization.
Support corporate ESG goals by integrating renewables and low-carbon technologies into utility systems where feasible.
Reliability & Performance Monitoring:
Use data analytics and CMMS platforms to track KPIs, system availability, energy use, and maintenance performance.
Drive root cause analysis and continuous improvement in mechanical utility performance.
Compliance & Safety Assurance:
Ensure full compliance with OSHA, EPA, ASME, local codes, and internal safety standards.
Support audits, inspections, and risk assessments for utility systems.
Team Leadership & Development:
Build and lead a high-performance team of utility engineers, technicians, and facility managers.
Provide mentorship, technical training, and succession planning within the utilities engineering function.
Utility Infrastructure Optimization:
Deliver efficient, resilient, and cost-effective utility systems to support plant or facility operations.
Steam and Boiler System Performance:
Ensure reliability and safety of steam generation, distribution, and recovery systems through robust engineering oversight.
HVAC Efficiency and Climate Control:
Optimize HVAC performance for operational environments and energy savings while maintaining regulatory compliance.
Sustainability and Energy Management:
Drive decarbonization, resource efficiency, and waste heat recovery in alignment with environmental and financial goals.
System Integration & Engineering Governance:
Harmonize operation of diverse utility systems and enforce engineering best practices across all projects and processes.
Regulatory Compliance & Risk Mitigation:
Maintain rigorous adherence to codes and safety standards governing boilers, pressure systems, and environmental controls.
Bachelor's or Master’s Degree in Mechanical Engineering, Energy Systems, or related discipline.
15+ years of experience in utility engineering, with significant leadership in boiler, HVAC, or steam plant operations.
Deep technical expertise in thermal systems, HVAC infrastructure, energy optimization, and industrial utilities.
Familiarity with ASME codes, ASHRAE standards, OSHA regulations, and energy/environmental reporting frameworks.
Proven leadership in multidisciplinary engineering teams, CAPEX/OPEX management, and stakeholder engagement.
Strong communication, problem-solving, and strategic planning skills.