Cleary Zimmermann recently completed the design of Canterbury Elementary School using Revit MEP building information modeling (BIM) software by Autodesk®. The project is our third using the relatively new BIM technology and the first for MEP systems at Northside Independent School District. Also a first for the District, Canterbury was designed to be LEED® certified.
SA Construction News interviews Stephen Archer.
Wade Cleary writes about green buildings for SA Construction News.
Cleary Zimmermann Engineers is a consulting engineering firm offering professional services tailored for mechanical, electrical and plumbing (MEP) building systems. Our heritage spans over three decades and includes a diverse portfolio of challenging and inspiring projects in both public and private sectors. The hallmark of our culture is simply relationship-oriented client service. By virtue of diligent professional development and the most advanced technology available, we consistently deliver excellence.
- Mechanical, electrical and plumbing (MEP) designs that seamlessly integrate and complement building architecture
- Attentive and responsive culture of project communication and coordination
- Knowledge and experience that come with over 30 years of engineering heritage
- LEED® Accredited professionals for sustainable, energy-conscious designs
- NEBB® Certified commissioning assures nationally recognized tests and verification procedures
- Turn-key resources for one-stop MEP expertise in project planning, commissioning, design, construction, testing and occupancy
The Central Utility Plant for the campus of Texas A&M Corpus Christi is expanded to eventually provide 3,000 additional tons of cooling capacity, bringing the total capacity to 7,500 tons; this project brings 1,500 tons online now and makes spacial and infrastructure provisions for the remaining 1,500 tons to be installed at a future date. The completed plant design comprises six (6) centrifugal chillers, one (1) million gallons of chilled water storage, four (4) heating boilers, and six (6) field-erected, cooling-tower cells. The project was designed in Autodesk® Revit® software.
