Green Building Design for Schools— The Next Time Around

Authors

  • Raymond W. Johnson PE, CEM,LEED AP
  • Leo J. Bernabei
  • Joseph M. Smith

Abstract

Special care must be applied to the proper planning and design of
public school facilities. Student populations for this age group are prone to
high levels of inner ear deficiencies, and they struggle in difficult acoustical
environments. Additionally, students with asthma conditions must contend
daily in building environments with marginal ventilation systems. What can
be done? Schools must be free from unnecessary ambient noise and indoor
air pollutants. The design professional must provide extraordinary design
leadership through the use of natural daylighting and daylight modeling.
Qualified acousticians should be engaged to evaluate designs for better
learning environments. Operations and maintenance staff can be trained in
the benefits of good indoor air quality. Pesticide and herbicide use can be
reduced or eliminated. Town constituency, school board members, parents,
staff, and students should be educated on the benefits of the LEED initiatives
and the certification process. Since children spend vast amounts of time in
these facilities during critical physical growth periods, they need to be af-
forded the protection of such building design and construction.
Accordingly, in Radnor, Pennsylvania, such an initiative is under-
way—the construction of a LEED-driven middle school with a different
twist. For this project, the school district, the engineer, and the architect
have all completed “green” projects in the last few years. Armed with the
experience of lessons learned, the project team is endeavoring to provide
a high performance school for the township. A school that is not only en-
ergy effi cient, but also healthy, comfortable, well lit, and providing all the
amenities needed for a quality education.
The project team for the Radnor project will discuss “green” features
evaluated and utilized in previous projects. Construction costs and as-
sociated paybacks that make economical sense will be evaluated without
compromising the overall quality of the environment.

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Author Biography

Raymond W. Johnson, PE, CEM,LEED AP

Raymond Johnson, P.E., is a corporate principal of Concord Engineering Group, Inc. He assumes responsibility for operations, fi nance and marketing. He is one of the original owners who developed the company in 1989. Mr. Johnson also functions as a corporate offi cer for Concord Atlantic Engineers and Concord Facilities Services, Inc. He is a graduate of Stevens Institute of Technology, receiving his Bachelor of Science degree in mechanical engineering in 1981. Mr. Johnson is a registered Professional Engineer in Pennsylvania (No. PE-051281-E), New Jersey (No. 31204), New York (No. 069142-1), Indiana (No. PE-60890393), and Michigan (No. 6201035789). His affi liations include Leadership in Energy and Environmental Design (LEED) 2.0 Accredited Professional, National Society of Professional Engineers, Building Offi cials Code Administrators International, National Fire Protection Association, and the Association of Energy Engineers (AEE).

References

“Daylighting in Schools—An Investigation into the Relationship Between Daylighting

and Human Performance” Heschong/Mahone; August 20, 1999.

Collaborative for High Performance Schools—Best Practices Manual, Volume I –

Planning, Volume II—Design, Volume III—Criteria; 2002 Edition.

US Green Building Council—Leadership in Energy and Environmental Design (LEED)

Reference Guide Manual Version 2.0, June 2001.

American Society of Heating Refrigeration and Air Conditioning Engineers—ASHRAE

Ventilation Standard 62.1-2004.

American Society of Heating Refrigeration and Air Conditioning Engineers—ASHRAE

Thermal Environmental Conditions for Human Occupancy Standard 55.

American National Standard Institute S12.60.

National Best Practices Manual for Building High Performance Schools, The

Department of Energy United States of America.

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Published

2023-07-11

How to Cite

Johnson, R. W. ., Bernabei, L. J. ., & Smith, J. M. . (2023). Green Building Design for Schools— The Next Time Around. Strategic Planning for Energy and the Environment, 26(2), 56–77. Retrieved from https://journals.riverpublishers.com/index.php/SPEE/article/view/20067

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