Learning Resources

Abstract: Urban innovation districts are becoming more prevalent at a time when universities must rethink the way they build. In this session, we will demonstrate how Drexel University used a mixed-use high rise building within an urban innovation zone to support growing enrollment. You will discover how to utilize mixed-use urban high-rises for creating innovative ecosystems for students, faculty and employers. Come learn how to create a vibrant academic environment within leased space and explore an innovative and cost-effective approach for future expansion and contraction at your institution.

Abstract: Many college campus buildings were built in time of cheap, fossil fuel-based energy, making them now costly to operate and maintain and giving them a high carbon footprint. In this session, we will explore how Binghamton University implemented a façade upgrade and high performance energy systems for deep energy retrofits for its Science IV building. Come learn how you can use smart technologies and modest materials applied in creative ways to update similar building stock at your institution.

Abstract: Colleges and universities—especially those in urban areas—are often landlocked by their campus boundaries. Binghamton University has become a catalyst for transforming and revitalizing an economically-challenged community while maintaining its historical footprint. Come learn how to grow your academic programs and campus while assisting the community and putting students closer to employers. We will share our ideas for expanding your campus footprint and repurposing existing buildings to directly impact the surrounding community.

Abstract: Wellesley College enabled the revitalization of their largest academic building, the science center, by transforming the way people thought about temporary classrooms—from "breaking bad" to breaking norms. We will demonstrate how advances in modular building delivery are being applied to sophisticated buildings (including BL2 and vivarium) such that users perceive them as an improvement to the current condition. Come learn how to be better a problem-solver and be able to detect flaws-in-thinking before they become flaws-in-doing.

Abstract: In this session, we will demonstrate how Rutgers University aligned its development model with city planning initiatives to be a partner in urban renewal at its Camden and Newark campuses. With cities around the country struggling to effect urban renewal, Rutgers University has shown how strategic off-campus development can play a significant role in revitalizing downtown centers. Come learn how large urban academic campuses can redefine their relationship to the city by partnering in the implementation of strategic urban planning initiatives, blurring their campus boundaries, and aligning campus development with community need.

Abstract: Pedagogies, study needs, and socialization habits are changing as student bodies become more diverse. Planners and architects must respond with new, more responsive spaces to create successful facilities. In this session, we will focus on both in-depth and high-level overviews of four new projects and how they specifically address STEM students' evolving space needs, including needs particular to first-generation and underrepresented minority students. Find out what's working at Amherst College’s newly opened Science Center and discover innovative designs for types and configurations of learning spaces at several new undergraduate STEM facilities.

Abstract: Southern New Hampshire University (SNHU) started an engineering program when they purchased Daniel Webster College and inherited a strong aeronautics program, students, and faculty looking for a new educational home. SNHU, well-known for online education programs, continues to develop its traditional campus through its new College of Engineering, Technology and Aeronautics, which they planned to accommodate multiple modalities reflecting 2019 and beyond as well as exemplify academic rigor. We will demonstrate how SNHU benchmarked engineering schools, helping SNHU envision their idea for a new school and identify state-of-the-art learning environments.

Abstract: The demand for graduates and technicians in the academic fields of science, technology, engineering, and mathematics (STEM) is influencing the design of specialized educational facilities in community colleges. Community colleges are increasingly aligning their academic programs to the specific economic development priorities and projected demand for skilled labor in the geographic regions they serve. It is expected that partnerships with local industry will increasingly shape curriculum development and facilities design. This trend is rapidly developing in California, where community colleges are incorporating sophisticated simulation laboratories, makerspaces, and innovation centers outfitted with advanced infrastructure and equipment, along with spaces that support the full spectrum of competencies required for graduates to succeed in the STEM labor market.