Education

Engineering for K–12 Schools and Learning Spaces

CENTEK partners with school districts, architects, and design teams to deliver MEP, civil, and structural engineering solutions for K–12 schools and learning environments. Our work includes HVAC modernizations, renovation projects, and new construction designed to create safe, efficient, and adaptable spaces for students, staff, and communities.

North Haven Schools Security Upgrades

North Haven, CT

Client: Town of North Haven

This project involved structural, mechanical, and architectural design for a district-wide security upgrade across multiple North Haven Public School facilities, including the Town Annex, four elementary schools, the middle school, and the high school. The scope included door and hardware upgrades, glazing improvements, and ADA compliance modifications to improve accessibility and safety. At Ridge Road Elementary School, the project also featured HVAC enhancements and entrance alterations to support the existing IT space. CENTEK’s design improved overall security, accessibility, and building performance throughout the school district.

North Haven Schools HVAC Study

North Haven, CT

Client: Town of North Haven

This project involved mechanical engineering and HVAC assessment services for four elementary schools in North Haven: Montowese, Ridge Road, Green Acres, and Clintonville. CENTEK evaluated existing systems to determine the most efficient and cost-effective methods for introducing cooling and improving ventilation in classrooms, cafeterias, kitchens, and gymnasiums. The study assessed compliance with the International Mechanical Code (IMC), reviewed equipment options, and identified infrastructure upgrades to enhance air distribution and indoor comfort. The scope also included structural and electrical feasibility evaluations to support proposed mechanical improvements.

North Haven Schools Public Act 23-167 Compliance Study

North Haven, CT

Client: Town of North Haven

This project involves mechanical engineering and indoor air quality assessment services for North Haven High School and North Haven Middle School. CENTEK was retained to evaluate ventilation systems and verify compliance with Public Act 23-167 and ASHRAE 62.1 standards for acceptable indoor air quality in schools. The study focuses on occupied areas, assessing mechanical ventilation rates, identifying deficiencies, and providing recommendations to enhance system performance and support healthier learning environments. CENTEK’s evaluation guides the Town of North Haven in achieving compliance and improving overall air quality across district facilities.

East Hampton Schools HVAC & IAQ Study

East Hampton, CT

Client: Town of East Hampton

This project involves mechanical engineering and indoor air quality assessment services for over 318,000 square feet of educational space across four East Hampton Public School facilities, including the high school, middle school, and two elementary schools. CENTEK’s scope includes a comprehensive evaluation of existing HVAC systems and ventilation performance to verify compliance with ASHRAE 62.1 standards and Connecticut indoor air quality requirements. The team is conducting onsite testing, airflow verification, and system performance analysis to identify deficiencies and develop an actionable IAQ Assessment Report supporting healthier learning environments.

Ansonia Schools Rooftop Equipment Support Projects

Ansonia, CT

Client: City of Ansonia Board of Education

This project involved structural engineering design in support of rooftop mechanical equipment upgrades across three school facilities within the Ansonia school district: Pendergast School Gymnasium, Pendergast School Chiller, and Mead School RTU Replacement. CENTEK evaluated existing roof structures, verified load-carrying capacity, and designed new steel support framing to accommodate the installation of larger and heavier rooftop units. Coordination with the mechanical engineer ensured proper load distribution, vibration isolation, and compliance with code requirements. The design minimized impact to the building envelope while ensuring safe and efficient installation.

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