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- FirmThe Four Tenets to Sterling’s Approach • Performance • Safety • Reliability • Efficiency A typical diagnostics approach may include: Diagnose HVAC, process, or electrical system deficiencies, or establish cause of failure through analysis of acquired data, measurements and tests – we maintain a full inventory of diagnostic equipment in-house. Pinpoint causes of manufacturing process problems and issues of poor product quality as they may relate to the facility’s mechanical and electrical systems using professional engineering judgment, measured data, and analysis. Provide remedial design solutions that address performance, safety, reliability, and efficiency. Measure the effectiveness of recommended solutions following construction using the same tools and techniques used to diagnose the problems. As a full service mechanical, electrical, and plumbing firm, Sterling provides new and retrofit design and investigation services for HVAC, process, plumbing, fire protection, electrical, life safety and data/telecommunications building systems. With a varied client list including high-tech, biotech, and industrial companies, colleges and universities, Sterling has broad experience designing and investigating building systems large and small, specialty and standard. There are four tenets to Sterling’s approach to the design and investigation of building systems: Improve performance, safety, reliability, and efficiency. The client’s bottom line is our bottom…
- ServicesIndustries We Serve Include: • High-Tech, Biotech & Research • Commercial • Educational • Hospitals & Healthcare • Ecumenical & Historical • General & Specialty Contractors View Our Client List Air & Fluid Systems Central Boiler & Chiller Plants Building Pressurization Process Gases, Liquid Chemicals & Exhaust Noise & Vibration Control Medium & Low Voltage Distribution Emergency & Standby Power Lighting Design & Control Fire Alarm Systems Central Fire Pumps Sprinkler Systems Explosion Venting Energy Usage, Storage & Recovery Failure Analysis DDC Feasibility Studies Engineering & Construction Economic Analysis
- TestimonialsJM Coull Sterling Engineering and JMC have successfully completed several complex and client sensitive projects and in every case Sterling’s team has proven that they are up to the technical challenge by both defining and solving a multitude of mechanical and electrical design and plant issues allowing our clients’ the ability to increase production and ability to grow their business. From concept to systems implementation Sterling Engineering is a qualified solution orientated group and a class act. – Chris Oldham, JM Coull, Vice President Pre-Construction Group DECCO From our first encounter with Sterling Engineering back in late the winter of 2000 we have been consistently impressed with their engineering savvy and sophistication. Our first project together was for the Connecticut optical components division of a global high-tech manufacturer and involved sensitive and complex gas and chemical storage and process piping supply systems. Mark Hemingway, the lead mechanical process engineer on the project, provided a precise design that was memorialized in well-executed construction documents. Throughout that project there were a variety of challenges – not unusual for a project of its complexity – and Mark met each one head-on with a clear vision of what the budget allowed and the schedule…
- Our TeamSTERLING TEAM MARK T. HEMINGWAYPE Principal Mechanical Engineer JOSEPH T. HULTQUISTPE Principal Electrical Engineer JENNIFER V. MORRISONPresident & Dir. of Business Management TODD E. SOMERSETPE Senior Mechanical Engineering Manager THOMAS L. KEARNEYSr. Electrical Engineer MICHAEL TOURVILLE, Jr.EIT Mechanical Engineer RICHARD J. GARDNER Sr. Mechanical Designer/Site Coordinator JANINE M. RUGGERISr. Mechanical Designer CAROL ANDRIGHETTISr. Electrical Designer MARK T. HEMINGWAY, PE Principal Mechanical Engineer Mark is one of the founding partners of Sterling. Mark received his B.S. in Mechanical Engineering from the University of Massachusetts in Amherst, MA. He has taken graduate level courses in Thermodynamics and Signal Processing at UMASS as well. He is active in continuing education having taken many courses through various trade organizations. Mark is responsible for investigating, designing, and commissioning heating, ventilation, air conditioning, plumbing, process, and fire suppression systems. Mark’s experience includes work in: tight-tolerance clean rooms down to class 10, metrology labs, industrial process facilities, biomedical, biotechnical, and pharmaceutical research laboratories, central computer rooms, hospitals, universities, high-rise office buildings, and digital switching stations. He also has significant experience with central plant systems (heating and cooling), fire pumps, specialty gas, liquid and exhaust distribution systems, explosion venting, and noise and vibration control. JOSEPH T. HULTQUIST, PE…
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PERFORMANCE. SAFETY. RELIABILITY. EFFICIENCY.