91±¬ÁÏ

Building Better: Education and Research in Energy-Efficient Design

At 91±¬ÁÏ, we are working to ensure that the buildings where we live and work are comfortable, energy efficient, and affordable.

We define Building Science to be the study of how buildings are designed and constructed to improve energy efficiency and occupant health. Explore this page to learn about our educational programs, including certificates and microcredentials, research, and fellowships which can support students interested in building science.

Ferland Engineering Building with blue skies and green trees

91±¬ÁÏ Building Science Student Fellowship Program

91±¬ÁÏ Students can earn fellowships for on-campus projects and internships related to Building Science. Projects are available during the academic year and over the summer, and include a monetary stipend in addition to funding for supplies. This program offers 91±¬ÁÏ undergraduate students hands-on learning experiences in building sciences through funded internships or on-campus projects. Eligible students must be enrolled in a 4-year degree program and have either a faculty/staff advisor for a project or a documented internship. Funding is awarded based on an application review process, and recipients must complete their project or internship and submit a final report.

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Connecting with Industry

Various topics in Building Science relate to many industries in Maine, including construction, architecture, building renovations, forest products, mechanical and electrical systems, and many others. We want to hear from you and how we can support your industry with training and research. Some ways you can connect with us on the topic of building science include:

  • Informing us of internships and job openings
  • Partnering with faculty on research projects
  • Discussing training needs for your industry 
  • Your business using 91±¬ÁÏ manufacturing, research, or testing facilities

Research

91±¬ÁÏ is the leading scientific and industrial research institution in the state of Maine, with over $240 Million spent on research in 2024. We have world-class facilities and researchers studying Building Materials, Building Energy, and Modern Construction. Some links to faculty and facilities are listed below. 

  • Properties and application of wood-derived building products, including wood fiber insulation
  • Thermodynamic systems analysis, heat transfer modeling, industrial thermal energy, concentrated solar energy
  • Nanoscale Radiative Heat Transfer & Energy-Efficient Materials
  • Advanced Structures and Composites Center
  • Interdisciplinary Energy Analysis, Renewable Energy Economics and Policy
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