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Planning for Higher Education Journal

Published
May 13, 2024

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‘Agile’ Design for the Future-Ready Campus

Optimize the HyFlex Learning Experience to Enhance Engagement

By: Craig Park, BS Arch

‘Agile’ project management is an iterative methodology emphasizing collaboration, user feedback, and small, rapid initiatives to adapt quickly and efficiently to change.

From Volume 52 Number 3 | April–June 2024

Abstract: The Hybrid-Flexible (HyFlex) classroom allows students to choose between in-person and online participation, leveraging technology and ensuring digital equity. This article underscores the HyFlex model’s role in enhancing educational accessibility, engagement, and resilience; expanding institutional reach; and adapting to demographic shifts and technological advancements. By embracing “Agile” project management principles and a continuous improvement mindset, institutions can create effective, inclusive learning environments that cater to a wide range of student needs, improving learning outcomes and institutional competitiveness in a rapidly evolving educational landscape.

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Conference Presentations

Published
March 5, 2024

Planning the AI Pipeline: Attracting Students With Three Future-focused Projects

By: Melissa Burns, Page Southerland Page, Inc. | Alex Iszard, George Mason University | Brian Tucker, Page Southerland Page, Inc. | Liza Wilson Durant, George Mason University

Rapidly changing users and technology paired with long project timelines requires institutions to think ahead and implement innovative strategies for creating new, high-end engineering facilities.
Abstract: Rapidly changing users and technology paired with long project timelines requires institutions to think ahead and implement innovative strategies for creating new, high-end engineering facilities. Campus facilities must be nimble and ready to support multiple types of students. At the forefront of the AI technology revolution, George Mason University is undertaking large construction projects to serve a spectrum of undergraduate, masters, and doctoral students and create ecosystems of academic, industry, government, and community users. We’ll share planning strategies for AI technology learning spaces, practical solutions for designing future-focused facilities, and ways of promoting collaboration and connection across multiple communities.

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Example Plans

Published
January 5, 2024

Strategic Plan, Strategic Planning Website

Public Doctoral/Research University (Georgia, United States)

Strategic plan for the university, which is beginning its second decade after consolidation.

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Planning for Higher Education Journal

Published
December 20, 2023

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AI and HI Working

Collaborative Intelligence Can Significantly Improve Student Success

By: Linda B. Baer, PhD, and Donald M. Norris, PhD

As the AI tools get smarter and as HI skills continue to enhance planning, higher education should continue to explore what leading campuses have already accomplished.

From Volume 52 Number 1 | October–December 2023

Abstract: For the past 20 years, higher education has invested heavily in improving student success, using new data and analytics systems, tools, and practices. Improvements and progress across higher education have mostly failed to meet expectations. But the arrival of next-generation artificial intelligence (AI) provides an exceptional opportunity. By combining AI with human intelligence (HI), we can create a powerful collaborative intelligence that can be embedded in learning processes, tools, and practices, enterprise-wide. AI can accelerate the long-overdue transformation of higher education. This article describes how to combine AI and HI in collaborative intelligence to significantly improve student success.

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Webinar Recordings

Published
May 24, 2023

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Destination 2030

The Need for Transformation Architects

By: Edward Inch, PhD, Minnesota State University – Mankato | Lynn Akey, PhD, Minnesota State University – Mankato | Linda Baer, PhD, Strategic Initiatives and Minnesota State University – Mankato

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Planning for Higher Education Journal

Published
December 12, 2022

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Social Mobility and the Graduation Rate Paradox

Can You Advance One and Avoid the Other?

By: Roy Mathew, PhD, Elsa Bonilla-Martin, PhD, Luis A Aguirre, MS, and Naoko Tsuboi, MA

By using a metric-based planning framework, researchers at the University of Texas at El Paso identified areas for institutional intervention to enhance social mobility outcomes.

From Volume 51 Number 1 | October–December 2022

Abstract: Social mobility is an emerging area of focus for higher education institutions. In recent years, we have seen a proliferation of measures related to social mobility produced by publishers, scholars, think tanks, and foundations. However, it is still unclear which social mobility measures to advance, or when to intervene to improve social mobility outcomes. We rely on a century of literature from economics, sociology, and policy analysis to identify an appropriate framework to understand higher education’s contribution to social mobility. Using the metric-based planning framework, we identify areas for institutional intervention to enhance social mobility outcomes.

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Report

Published
October 26, 2022

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Smart Building, Smart Campus

By: Angela Foss, Autodesk (previously of Southern New Hampshire University)

This is a SCUP Fellow Research Project Final Report for the 2019–2020 program. This report explores the hypothesis that user-centered design would better address STEM student needs and could increase the likelihood of a broader adoption of remote labs.
Abstract: “Will innovative environments like a smart building expand STEM education and reach more underrepresented groups? If technology can support remote work, then why haven’t the previous proofs of concept become fully adopted?” The author pursued these questions through her SCUP Fellows research, exploring the hypothesis that user-centered design would better address STEM student needs and could increase the likelihood of a broader adoption of remote labs. Although the COVID-19 pandemic required a hard pivot in her research plan, she was able to leverage the world's new focus on remote activities and work with students to design a prototype mobile application for a digital, interactive twin of a STEM building on campus.

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