Associate Professor & Graduate Concentration Coordinator, Building Systems concentration
R: Holdsworth 127 - T: +1 (413) 545-1884 - E: clouston [Email address: clouston #AT# umass.edu - replace #AT# with @ ] – CV
Ph.D. (University of British Columbia, Vancouver), M.A.Sc. (University of British Columbia), B.A.Sc (University of British Columbia)
P. Eng. (APEGBC and ASCE associate member)
Dr. Clouston teaches courses in structural wood design, material mechanics and bio-based composites to students of architecture, engineering and construction technology. Her research focuses on the structural behavior of biobased composite structures and innovative wood products. Research topics include: wood-concrete composite systems, local species Cross Laminated Timber (CLT), innovative timber connections, and computational modeling of Structural Composite Lumber.
Dr. Clouston is a registered professional engineer (APEGBC) and a member of the American Society of Civil Engineers. She serves on numerous national review panels and committees and is founder of the UMass Professional Masters Option in Green Building (now part of the Environmental Conservation graduate program) well as the UMass Wood Structures Symposium.
Associate Professor & Assistant Program Director
R: Holdsworth 118 - T: +1 (413) 545-1770 – E: ddamery [Email address: ddamery #AT# eco.umass.edu - replace #AT# with @ ]
Ph.D. (UMass), MSIA (Carnegie Mellon), B.S. (MIT)
We strive to accomplish the mission of the Building and Construction Technology Program by providing education and research in the areas of sustainable design and construction, efficient material use, Green Building technologies, and applied management in the building industry. I currently teach classes covering: The Built Environment, Business of Building and Building Materials and Forest Products Marketing. I have research interests in sustainable forest management, marketing, and forest economics. My work experience includes: engineering, business consulting, management and sales and marketing of forest products and building materials.
Professor & Associate Dean, College of Natural Sciences
R: Stockbridge 122 – T: +1 (413) 545-1771 – E: pfisette [Email address: pfisette #AT# cns.umass.edu - replace #AT# with @ ]
Paul Fisette is Associate Dean, College of Natural Sciences, past Head of the Department of Environmental Conservation and past Director of the Building and ConstructionTechnology program at the University of Massachusetts, Amherst, MA. He is currently a Professor of Building & Construction Technology, and a Professor of Architecture at the University of Massachusetts, Amherst. Professor Fisette’s research and professional focus involves the performance of building systems, energy efficient construction, sustainable building practices, and the performance of building materials. His primary interest is Green Building, which involves the sustainable integration of natural and built environments and has taught a variety of courses that focus on the performance of structures, materials and construction practices. He is expert in how moisture moves and influences buildings and occupancy. Professor Fisette has authored more than 200 published works regarding building science and construction technology. Previous to his current position, he owned and operated a general contracting business and was senior editor with Progressive Builder Magazine, covering technical information and innovations of interest to residential building firms. Professor Fisette was a member of the National Academies Board on Infrastructure and the Constructed Environment (BICE) for six years, served on several National Academies expert panels, is contributing editor with The Journal of Light Construction, is a member of the National Institute of Building Science, and has served on a variety of editorial and professional advisory boards.
R: Holdsworth 109 – T: +1 (413) 545-1834 – E: hoadley [Email address: hoadley #AT# eco.umass.edu - replace #AT# with @ ]
Within our program I have responsibility for wood anatomy and fundamental properties of wood, as well as basic processing technology. My current research focuses on wood identification and wood-moisture relationships, especially as related to dimensional change in wood. These and other areas of interest are explored in my two books, Understanding Wood and Identifying Wood, published by the Taunton Press; I am also a contributing editor and technical consultant for Fine Woodworking Magazine. I teach an annual Wood Identification Workshop conducted through the Office of Continuing Education. As a professional consultant I have undertaken the identification of wood in furniture and related decorative art objects in several major museums throughout the United States. I also serve as a consulting forensic expert in civil and criminal cases involving wood products or wood related evidence.
R: Holdsworth 120 - T: +1 (413) 545-1866 - E: simih [Email address: simih #AT# eco.umass.edu - replace #AT# with @ ] – Website
Ph.D. (Architecture, University of California-Berkeley), M.Arch. (Architecture, University of California-Berkeley), M.S.Eng (Civil Engineering, Carnegie Mellon University), B.A. (Civil Engineering, Johns Hopkins University)
Dr. Hoque teaches environmental systems and sustainable design principles. Her research is focused around the application and development of energy efficient buildings. She specializes in energy modeling, resource efficiency, and systems design and is seeking to improve the way buildings use the earth’s resources.
Dr. Hoque is a member of the American Society of Heating, Cooling, and Air Conditioning Engineers and a LEED accredited professional. Before her appointment to the ECo faculty in 2008, Hoque was a lecturer in the Department of Architecture at the Massachusetts Institute of Technology. At that time she was a consulting mechanical engineer at Norian/Siani Engineering, Inc. in Waltham, MA.
Lecturer & Chief Undergraduate Advisor
R: Holdsworth 125 - T: TBD - E: kimhs [Email address: kimhs #AT# umass.edu - replace #AT# with @ ]
Ph.D. (Architecture, University of Illinois at Urbana-Champaign), M.S. (Civil Engineering, University of Illinois at Urbana-Champaign),
M.Arch. (Architecture, University of Illinois at Urbana-Champaign), B.S. (Environmental Design, University of Missouri at Columbia)
Dr. Kim’s research interests are optimal design of renewable energy systems for building applications using building energy simulations and development and Computational Fluid Dynamics (CFD) analysis of high-performance building envelopes. Dr. Kim has experience in research projects funded by the U.S. Department of Energy (DOE) and the U.S. Department of Housing and Urban Development (HUD). Before pursuing his Ph.D. in Architecture, Dr. Kim worked for Perkins+Will in Los Angeles, CA.
Senior Lecturer & BCT Program Director
M.A.Sc. (Wood Science, University of British-Columbia, Canada)
Dipl.-Ing. (B.S. Structural Engineering, FH Wiesbaden, Germany)
Combining backgrounds in structural engineering, wood science and digital design, Mr. Schreyer’s interests span the entire range of planning and design of buildings and structures. He specializes in the design and construction of mainly heavy-timber type (e.g. glulam) structural systems. This is complemented by a strong interest in computer applications and web-based solutions in structural engineering, construction and architecture.
Mr. Schreyer is Program Director and Senior Lecturer in the Building and Construction Technology (BCT) program at the University of Massachusetts (UMass) in Amherst, MA. He teaches classes in BIM (Building Information Modeling) and CAD (Computer-Aided Design), building materials and construction methods, wood properties as well as a capstone graduate structural design class in the M.Arch. architecture program.
In his research, Mr. Schreyer focuses on the behavior of wood-based structural systems with a particular interest in innovative connection systems for wooden structures. Other foci are development of software-based approaches in digital design and structural optimization as well as interactive web-based tools.
Recently, Mr. Schreyer published the book “Architectural Design with SketchUp” with John Wiley & Sons, which provides a beginner- to intermediate-level overview of various techniques to “do more” with the popular 3D modeling application Trimble SketchUp.
Extension Assistant Professor, Extension Program in Building Energy
R: Holdsworth 115 - T: +1 (413) 545-1820 - E: bweil [Email address: bweil #AT# eco.umass.edu - replace #AT# with @ ]
Ph.D. (Environmental Studies, University of California–Santa Cruz)
M.A. (History, Syracuse University, New York)
B.A. (History, University of Massachusetts–Amherst)
Dr. Weil teaches courses in energy efficient buildings. With primary responsibility for the Extension program in building energy, his research program is responsive to the needs of various stakeholders in the Commonwealth of Massachusetts, including home builders, architects, weatherization companies, energy utilities, state government agencies, town governments, environmental and community organizations, and homeowners. He is particularly interested in the social and behavioral dimensions of energy efficiency. He is a building analyst certified with the Building Performance Institute, and continues to enjoy building diagnostics. He manages the online Green Building Certificate for the BCT program.
Last updated: November 17, 2014