- Planning Types
Planning Types
Focus Areas
-
A framework that helps you develop more effective planning processes.
- Challenges
Challenges
Discussions and resources around the unresolved pain points affecting planning in higher education—both emergent and ongoing.
Common Challenges
- Learning Resources
Learning Resources
Featured Formats
Popular Topics
- Conferences & Programs
Conferences & Programs
Upcoming Events
- Community
Community
The SCUP community opens a whole world of integrated planning resources, connections, and expertise.
Get Connected
Give Back
-
Access a world of integrated planning resources, connections, and expertise-become a member!
- Planning Types
Planning Types
Focus Areas
-
A framework that helps you develop more effective planning processes.
- Challenges
Challenges
Discussions and resources around the unresolved pain points affecting planning in higher education—both emergent and ongoing.
Common Challenges
- Learning Resources
Learning Resources
Featured Formats
Popular Topics
- Conferences & Programs
Conferences & Programs
Upcoming Events
- Community
Community
The SCUP community opens a whole world of integrated planning resources, connections, and expertise.
Get Connected
Give Back
-
Access a world of integrated planning resources, connections, and expertise-become a member!
Science / Engineering Facility
Example Plans
2030 Strategic Plan
Planning for Higher Education Journal
A Tribute to Achievement and Excellence
The society’s 2012 awards recognize and applaud individuals and organizations whose achievements exemplify excellence and dedication in planning for higher education.Conference Presentations
Biophilic Design at CSU’s Biology Building
We will discuss how biophilic design was incorporated into Colorado State University's (CSU) new Biology Building, the impact the building has had on students, staff, and faculty, and opportunities for biophilic design on your campus.Conference Presentations
Branding and Design Strategies That Build STEM Career Awareness
This session will explore an integrated approach to planning, design, and branding an HBCU's new STEM facility, including carefully developed digital messaging, to encourage student awareness of STEM academic pathways and professional opportunities.Example Plans
Build the Future
Campus master plan document for a STEM-focused institution, deeply aligned with its strategic plan.Conference Recordings
Campus Tour | University of Hawaii at Manoa
This tour will showcase the University of Hawaii’s flagship campus and the unique challenges the university faces with regard to long-term planning, campus redevelopment, and designing in a tropical environment.Conference Recordings
Campus Tour | University of Toronto
This tour will lead attendees through the eight-story building that features a 500-seat lecture theatre, state-of-the-art collaborative classrooms, workshops, lab spaces, and fabrication facilities as well as several large multidisciplinary research centers and institutes.Conference Presentations
Cleveland State University Campus Tour
The Washkewicz College of Engineering added over 100,000 GSF (gross square feet) to the existing 200,000 GSF building—completed in 2018—on the campus edge in downtown Cleveland.Resource includes handout download only; unfortunately, we weren't able to successfully record video from this tour.
Planning for Higher Education Journal
Creating a Place for Introductory Mathematics
Sometimes thinking outside the box requires designing within the box—be that box a university prerequisite or a campus facility.Planning for Higher Education Journal
Design-Build Delivers Added Value to the University of North Georgia
Design-build delivery helps higher education institutions control costs, streamline processes and communications, and more efficiently and effectively meet project objectives.Conference Presentations
Different Models for Delivering Engineering Facilities
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.Planning for Higher Education Journal
Enhancing the Student Experience in the Sciences
Science education and science student retention are improved by transforming an underutilized campus space into an Academic Support Center that colocates critical undergraduate academic services.Conference Presentations
Ensuring Research Resilience Through Programmatic and Facilities Alignment
Conference Presentations
Facilities That Support Peer-to-Peer Learning for Tomorrow’s Students
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.Conference Presentations
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.Conference Presentations
From Stymied to STEM Lab
We will share lessons learned from Purdue University's college master plan and STEM building that you can use to clarify thinking, focus need, build a case for a new project, and set the stage for future growth.Example Plans
Highland Campus Master Plan
Master plan for a community college system’s newest campus, including the relocation of several programs.Conference Presentations
How to Craft a Living, Data-Driven Facilities Master Plan
In this session, you will learn how the University of Michigan-Ann Arbor’s College of Engineering created this responsive master plan that acts more as an interactive set of tools than a static document.Conference Presentations
Inspiration, Realization, and Cross-disciplinary Success
Leaders involved in the planning, design, operation, and evolution of two successful STEM and innovation centers will share the most impactful decisions affecting the long-term success of their work, including how location, governance, funding, programming, and promotion influence dynamic interdisciplinary results.Conference Recordings
Isttaniokaksini / Science Commons
Isttaniokaksini—the Blackfoot name bestowed on the new Science Commons for transdisciplinary science at the University of Lethbridge—means deep knowledge and awareness growing out of the unknown. Planned for many generations into the future, the design creates a highly sustainable, flexible, and supportive platform for discovering solutions to the challenges facing humanity, nature, and the universe.Conference Recordings
Keynote | STEM Continuum
This keynote panel is a collaborative exploration of forward-thinking strategies for STEM outreach, education, and application.Conference Recordings
Learning From A Living Building
The Kendeda Building, a deep green LEED Platinum Living Building, offers many lessons learned and best practices regarding net-positive water, energy, and waste that you can use to fight climate change and COVID-19 on your campus.Conference Presentations
Making STEM Spaces the New Campus Hubs for Student Life
Join us to gain a solid understanding of the trends shaping the future of STEM facilities, including a look inside the University of Wisconsin-Milwaukee's future-forward chemistry building.Planning for Higher Education Journal
Out of the Shadows
To prepare students for 21st-century careers, recent capital investments are placing science and technology at the center of campus, with new facilities designed as both social and learning spaces.Conference Presentations
Planning for Future Learning
The session examines how North Carolina A&T State University (NCA&T) created an interdisciplinary engineering research and innovation facility centered around maker and fabrication spaces.Planning for Higher Education Journal
Regionalism, Ecology, and Field-Based Learning
In the rural and remote heart of the Ozark Mountains, Missouri State University and its Ozarks Education Center leverage the unique characteristics of the region to create a setting that supports hands-on active learning.Conference Presentations
Repurposing Mid-Century Campus Buildings for a New Generation
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.Conference Presentations
Revitalization
We will share how the renovation of The Ohio State University’s Biomedical and Materials Science Engineering Complex’s managed project objectives to achieve the best use of space, phased construction, budget, and sustainability goals.Conference Presentations
Rubik’s Cube
Yale University's new Yale Science Building and its associated renovation projects illustrate how a new facility can integrate under-utilized space, meeting program needs and connecting existing science buildings.Planning for Higher Education Journal
Scaling Active Learning Classrooms
A large-scale study uncovered factors that led to successful scaling of active learning spaces and pedagogical approaches in colleges and universities.Webinar Recordings
Smart Building Smart Campus
The research project by SCUP Fellow Angie Foss was to explore the opportunities to bring online learners virtually into Southern New Hampshire University’s new, state-of-the-art Innovation and Design Education building for their College of Engineering, Technology, and Aeronautics. Her research included the development of two modes of delivery—remote labs and augmented reality/virtual interactions—and she also discusses the impact to the project by the immediate shift to all-remote learning due to COVID-19.Planning for Higher Education Journal
Strategies to Successfully Navigate the Design of STEM Facilities
Successfully planning interdisciplinary, inter-college STEM facilities requires a special set of tools to navigate the challenges that arise when dealing with a diverse set of users.Planning for Higher Education Journal
Teaching, Learning, Doing in Collaborative Spaces
The intermingling of undergraduate students with grad students, post-docs, faculty, and commercial interests in one innovative facility results in better academic experiences.Planning for Higher Education Journal
The Fourth Industrial Revolution
Michigan Technological University used active stakeholder engagement, frequent reviews, and vigorous discussion to develop its aspirational master plan.Conference Presentations
The Innovation Campus
We will share how Northeastern University developed the Innovation Campus at Burlington, Massachusetts (ICBM) using alternative financing strategies, private partnerships, creatively re-purposed existing facilities.Planning for Higher Education Journal
The Ninth Quadrangle
Conference Recordings
Tour | Wentworth Institute: Center for Engineering, Innovation & Sciences
Join us for a virtual tour of Wentworth Institute’s newest academic building, the Center for Engineering, Innovation & Sciences (CEIS)—its ground-breaking design was serves academic and social needs on campus as well as the wider, local community.Planning for Higher Education Journal
Toward Commercializing University Research in the Caribbean
STPs can boost declining economies by reaping profits from innovations and products created through university research. Yet given the capital and time investment for a project to be viable, The University of the West Indies should gain commitment from all constituents—especially regional governments and the private sector—prior to beginning development.Planning for Higher Education Journal
University-Industry Collaborations Are Driving Creation of Next-Generation Learning Space
New spaces, ranging from fabrication and prototyping studios to innovation districts, reflect a growing entrepreneurship and maker culture and give students the tools they need to succeed in a rapidly evolving marketplace.Conference Recordings
Using Metrics to Maximize the UW-Platteville Engineering Facility
We’ll discuss how we leveraged metrics and space utilization studies to achieve a unifying one-building solution for all engineering programs at the University of Wisconsin-Platteville rather than the original master plan vision for three buildings.