Learning Resources

Abstract: Colleges and universities have a traditional way to meet new needs. When there is a new research initiative, degree program, or student support function, institutions add space. Despite good intentions, their siloed structures, poor strategic planning, and history of continuous expansion mean that institutions adapt by adding. The result: Campuses are overbuilt and underutilized. Instead of shared spaces and seamless, supportive experiences, we’re left with sprawling campuses and spiraling costs. With enrollments, research funding, and our climate all changing, it’s time for a new model and a new mantra: Grow in place rather than add more space.

Abstract: This article explores the application of interdisciplinary translational design (ITD) as a method to overcome disciplinary silos, enhance collaboration and integration across various fields, and promote a culture of respect and cooperation. ITD facilitates the creation of adaptable, technology-rich environments supportive of future-oriented research. Emphasizing practical applications and the integration of diverse expertise, ITD is presented as a transformative approach to educational facility design, fostering more effective interdisciplinary interactions and optimized research outcomes.

Abstract: This article describes the step-by-step process of campus space reconceptualization. In the aftermath of the COVID-19 pandemic, there was a need to rethink learning spaces and adapt them to some of the good practices used during the solely online teaching period. Through cross-functional collaboration and joint governance, a purposefully established task force audited all classrooms at Nazarbayev University (Kazakhstan). It came up with short-term and long-term recommendations. The audit results and recommendations outlined in this article might be useful to university administration and leadership interested in campus repurposing due to pandemic effects on teaching and new formats like hybrid learning that have influenced instruction.

Abstract: Accurately planning long-term strategy can be a shaky task for quickly-growing organizations, especially those that desire to maintain a strong impression on their stakeholders and surrounding communities. History shows that mergers and acquisitions can negatively impact an organization’s culture, communication initiatives, and internal and external experiences. Thomas Jefferson University, a longstanding private medical research university in Philadelphia, educating scholars since 1824, in recent years merged with Philadelphia University and further expanded its footprint through the aligned Thomas Jefferson University Hospital. The authors of this article describe how to collaboratively optimize growth during a transformational period.

Abstract: Profound technological changes are occurring today, and universities need to prepare our students to work and live in this new world. Michigan Technological University (Michigan Tech) is addressing the future of technology in society, academia, and the campus through our Tech Forward Strategic Plan, a bold enrollment and retention initiative, an aggressive capital campaign, and a dynamic hiring initiative. Our aspirational campus master plan, developed in partnership with SmithGroup, an integrated design firm, integrates and supports these initiatives and goals. Active stakeholder engagement, frequent reviews, and vigorous discussion allowed us to craft a campus master plan aligning strategic, physical, and capital planning that supports and drives the university’s 2035 Vision.

Abstract: Historic campus buildings are often perceived as a burden, but by integrating them into your campus planning, their continued reuse can help solve some of the specific challenges facing university planners today, specifically in the context of sustainability. There are numerous case studies that demonstrate the successful adaptive reuse of varied campus buildings as well as an undeniable body of evidence showing the benefits of such an approach in working toward carbon neutrality. As long-term stewards of their built environments, colleges and universities are uniquely positioned to realize enduring savings from investing in the energy performance of existing buildings.

Abstract: Active learning has been a growing trend in higher education for decades based on its positive impact on student learning and success. Colleges and universities have invested resources into expanding this teaching approach by using active learning classrooms (ALCs). But why have some institutions been successful at rapidly growing their ALCs and learning spaces, while others have struggled? This article, focusing on the higher education arena, summarizes the best practices from a large-scale study that uncovered factors that led to successful scaling of learning spaces and pedagogical approaches in colleges and universities.

Abstract: As mid-20th-century buildings reach the end of their service life, academic institutions are confronted by the challenge of renovating them while they remain partially occupied. When appropriate swing space is unavailable, or when there is no potential for vacating a building completely to allow renovation to occur more efficiently, a phased approach becomes necessary. The consequences of committing to phased renovation, however, are not only logistical, but also financial, programmatic, and technical. Through analysis of phased renovation projects across multiple building types, one can extract best practices for planning, design, and construction to mitigate many of the most common challenges.

Abstract: Replace, restore, or renovate? In this article, architects, engineers, and campus administrators offer insights on updating mid-century buildings. Averaging a half-century old, these once-innovative structures are showing signs of age. The author gives guidance on transforming them into buildings that make positive contributions to the 21st-century campus. Topics covered include how to assess a building’s potential for renovation, options for energy-efficient HVAC systems, choosing materials that enhance the building’s performance and reduce operating costs, updating 50-year-old floor plans to support today’s pedagogy, and funding models and sources for projects.

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.