Results-driven Chief Engineer with 12+ years of experience operating and optimizing boiler plants, chillers, and HVAC systems across large-scale educational, commercial, and high-rise properties. Expert in Building Automation Systems (BAS) and advanced computerized control software to drive energy efficiency, safety, and system reliability. Proven leader with strong regulatory compliance, team supervision, and mission-critical operations experience.
Overview
21
21
years of professional experience
1
1
Certification
Work History
Chief Engineer
Metropolitan Pier and Exposition Authority
01.2014 - Current
Lead daily operations, maintenance, and optimization of boiler plant and chiller systems serving large-scale commercial buildings, luxury hotels, and high-rise facilities.
Oversee installation, startup, operation, and preventative maintenance of high- and low-pressure boilers, centrifugal and screw chillers, pumps, and associated mechanical systems.
Utilize advanced Building Automation Systems (BAS) and computerized energy management software to monitor, control, and optimize boilers/chillers performance for maximum efficiency and reliability.
Analyze system data and trends using top-of-the-line software to reduce energy consumption, improve uptime, and extend equipment life cycles.
Supervise, train, and mentor engineering staff to ensure proper procedures, safety practices and professional development.
Prepare operational reports, maintenance logs, and documentation using computerized maintenance management systems (CMMS).
Ensure compliance with local, state, and federal codes, including boiler inspections, ASHRAE standards, OSHA regulations, and environmental requirements.
Chief Engineer
Hill Mechanical / Chicago Public Schools – Azuela School
Chicago, IL
01.2010 - 2014
Directed daily operation, maintenance, and optimization of steam and condensing boiler plants, chillers, VFDs, HVAC, electrical, plumbing, refrigeration, and ventilation systems.
Operated two 160-ton McQuay chillers and (2) Fulton VTG-3000 boilers (160 psig, 3 MMBTU/hr, 86 BHP) using computerized control platforms.
Utilized BAS and system diagnostics to monitor performance, trend data, and ensure energy-efficient operation.
Supervised custodial staff, engineers, contractors, and vendors; coordinated with CPS, Public Building Commission, and city agencies.
Led fire prevention and life-safety programs, including sprinkler systems, fire alarms, pump flow tests, heat detectors, and annual inspections.