The Vice President – Mechanical Systems (Boiler and Utilities) is responsible for leading the strategic planning, engineering oversight, and operational excellence of all mechanical utility systems, with a focus on boiler plants, steam networks, and auxiliary utility systems (compressed air, chilled water, HVAC, etc.). This executive role ensures the safe, reliable, and energy-efficient operation of critical mechanical infrastructure across multiple facilities or enterprise-wide utility networks.
Strategic Leadership & Planning:
Develop and execute strategic plans for mechanical utilities, including boiler system modernization, reliability improvement, and energy optimization.
Align utility operations with company-wide safety, sustainability, and production goals.
Boiler and Steam System Oversight:
Lead the operation, maintenance, and compliance of high-pressure steam boilers, feedwater systems, condensate recovery, and steam distribution networks.
Drive performance optimization through automation, emissions control, and fuel efficiency initiatives.
Utilities Infrastructure Management:
Oversee other plant utility systems, including HVAC, compressed air, chilled water, cooling towers, and process water heating systems.
Ensure continuous delivery of utility services with high availability and minimal downtime.
Project Execution & Capital Planning:
Guide the planning, budgeting, and execution of major mechanical infrastructure projects, including boiler upgrades, energy retrofits, and capacity expansions.
Develop capital expenditure strategies based on condition assessments and ROI analysis.
Compliance & Risk Management:
Ensure compliance with mechanical codes (ASME, API, NFPA), emissions regulations, and workplace safety standards (OSHA, ISO).
Lead safety programs, hazard assessments, and incident investigations related to mechanical systems.
Innovation & Digitalization:
Champion the adoption of smart systems (SCADA, PLC, IoT) for real-time monitoring, predictive maintenance, and fault diagnostics.
Integrate advanced analytics for performance benchmarking and energy intensity reduction.
Cross-Functional Leadership:
Collaborate with process engineering, maintenance, operations, and EHS teams to align mechanical system performance with overall plant goals.
Serve as a technical authority and resource for executive leadership and engineering teams.
Team Development & Succession Planning:
Lead a team of mechanical engineers, utility managers, and field technicians.
Build talent pipelines and promote a high-performance culture rooted in safety and operational excellence.
Boiler System Performance & Safety:
Maximize steam generation efficiency, reliability, and compliance through proactive maintenance and engineering upgrades.
Energy Efficiency & Emissions Reduction:
Optimize fuel usage and implement decarbonization strategies across mechanical utility systems.
Mechanical Reliability Engineering:
Implement reliability-centered maintenance (RCM), condition monitoring, and root cause analysis for mechanical assets.
Smart Utilities & Digital Monitoring:
Integrate digital tools for monitoring, control, and optimization of mechanical systems in real time.
Regulatory Compliance & Operational Risk:
Ensure full adherence to mechanical codes, safety standards, and environmental permits.
Capital Project Leadership:
Lead multi-million-dollar utility system upgrades and infrastructure expansions with strong focus on ROI and system longevity.
Bachelor’s or Master’s degree in Mechanical Engineering, Energy Systems, or related field.
15+ years of experience in mechanical systems engineering and utility operations, with 5–7 years at a senior leadership or executive level.
Deep technical expertise in boiler systems, pressure vessels, piping, and plant utility networks.
Proven experience in energy management, reliability programs, and large-scale capital project leadership.
Strong understanding of regulatory frameworks (ASME, EPA, OSHA, ISO 50001).
Exceptional leadership, communication, and strategic planning skills.