University officials and design firms are struggling to understand how rapidly changing student habits are altering how they use living spaces. To get a better feel for that phenomenon, Little Diversified Architectural Consulting earlier this year conducted a daylong student housing symposium at its Durham and Charlotte locations to pick the brains of 62 students from a dozen North Carolina institutions. The firm recapped the findings in a recent report, called "What Students Want."
“We were surprised at how much time students are spending in housing facilities,” says Thomas Carlson-Reddig, AIA, LEED AP, Global Practice Leader for Little's Community team. The discussion revealed that half the students surveyed studied in their rooms, while half “escaped” to other spaces to study, eat, and relax.
Here are highlights of the comments from 62 college students that participated in Little’s workshops:
What students want in their rooms:
• Ability to reconfigure the room
• Built-in furniture that defines the space (but is still reconfigurable)
• Mobile beds with a cushion seat that could rest below the desk
• “Work surface” desk space with a comfortable chair
• Ability to create a private zone in rooms with multiple students
• More storage, such as built-in closets (not wardrobes)
• A sink—accessible outside the bathroom—in the room
• No old-school “dorm furniture”
• Option to paint one wall in the room
• Rooms with some color and texture—not all gray, tan, or white walls
• Translucent divider wall along the bed
• “Murphy beds” or loft beds as options, but no bunk beds
During the symposium, Little asked the students a variety of questions pertaining to their dorm room experiences. There was a broad consensus that traditional dorm furniture frequently impedes their optimal use of the space. Their responses generated ideas ranging from a multi-purpose wall where a bed, desk and storage can be easily reconfigured to moveable partitions that could help define living and sleeping spaces and provide privacy between roommates. What Little learned is that the efficiency of the room can be greatly improved without increasing floor area.
What students want in their study spaces:
• Small, individual study nooks scattered throughout the residence hall (and other buildings as well)
• Comfortable seating that is playful, whimsical, and relaxed
• Spaces that are full of light, with views of outdoors
• Quality of light is important, but avoid glare and heat gain
• Small study areas adjacent to stairs/elevators (to allow students to monitor activity, meet friends)
• Group study and collaboration areas
• Flexible furniture options, from small group tables to lounge seating
• Outdoor study space, where feasible
Over the course of a day, students find opportunities to study in various locations throughout campus. Little wanted to understand the characteristics of what makes a good study spot. The firm learned it should be bright and comfortable. It should be fairly quiet, yet visually connected to the more active spaces. Larger group study areas should be complemented by cozier individual study nooks. A student that chooses to study outside of his or her room doesn’t want to feel isolated.
What students want in their social lives:
• Learning spaces that can dovetail into “chill” spaces
• Laundry facilities that create an opportunity for social interaction
• Community lounges located in vertical circulation zones so that students can see others coming and going
• Kitchens that serve a smaller “community” are preferred over those that serve an entire building
• Chill spaces that provide as much variety as possible
• Active outdoor zones adjacent to housing for group-based casual fitness (e.g., Frisbee, volleyball)
• Rooftop gardens, green roofs, “working green spaces,” outdoor benches, and outdoor eating areas with picnic tables and barbecue grilles
A sense of community is what students seek when they arrive on campus and it is what will keep them there for the course of their studies. Little defined the community as a relatively small group (16-32 students) that can take ownership of common areas, such as kitchens or lounges. In order to be activated, gathering areas should be located along the horizontal and vertical circulation paths, have access to light and views, and connect various communities to each other.
Download the complete "What Students Want" report from Little.
Related Stories
MFPRO+ News | Jun 3, 2024
Seattle mayor wants to scale back energy code to spur more housing construction
Seattle’s mayor recently proposed that the city scale back a scheduled revamping of its building energy code to help boost housing production. The proposal would halt an update to the city’s multifamily and commercial building energy code that is scheduled to take effect later this year.
Mass Timber | May 31, 2024
Mass timber a big part of Western Washington University’s net-zero ambitions
Western Washington University, in Bellingham, Wash., 90 miles from Seattle, is in the process of expanding its ABET-accredited programs for electrical engineering, computer engineering and science, and energy science. As part of that process, the university is building Kaiser Borsari Hall, the 54,000-sf new home for those academic disciplines that will include teaching labs, research labs, classrooms, collaborative spaces, and administrative offices.
Construction Costs | May 31, 2024
Despite challenges, 2024 construction material prices continue to stabilize
Gordian’s Q2 2024 Quarterly Construction Cost Insights Report indicates that supply chain issues notwithstanding, many commodities are exhibiting price normalization.
University Buildings | May 30, 2024
Washington University School of Medicine opens one of the world’s largest neuroscience research buildings
In St. Louis’ Cortex Innovation District, Washington University School of Medicine recently opened its new Jeffrey T. Fort Neuroscience Research Building. Designed by CannonDesign and Perkins&Will, the 11-story, 609,000-sf facility is one of the largest neuroscience buildings in the world.
Architects | May 30, 2024
AE firm Goodwyn Mills Cawood merges with Southland Engineering
Architecture and engineering firm Goodwyn Mills Cawood (GMC) is further expanding its services through a strategic merger with engineering firm Southland Engineering in Cartersville, Ga.
K-12 Schools | May 30, 2024
Inclusive design strategies to transform learning spaces
Students with disabilities and those experiencing mental health and behavioral conditions represent a group of the most vulnerable students at risk for failing to connect educationally and socially. Educators and school districts are struggling to accommodate all of these nuanced and, at times, overlapping conditions.
MFPRO+ New Projects | May 29, 2024
Two San Francisco multifamily high rises install onsite water recycling systems
Two high-rise apartment buildings in San Francisco have installed onsite water recycling systems that will reuse a total of 3.9 million gallons of wastewater annually. The recycled water will be used for toilet flushing, cooling towers, and landscape irrigation to significantly reduce water usage in both buildings.
Healthcare Facilities | May 28, 2024
Healthcare design: How to improve the parking experience for patients and families
Parking is likely a patient’s—and their families—first and last touch with a healthcare facility. As such, the arrival and departure parking experience can have a profound impact on their experience with the healthcare facility, writes Beth Bryan, PE, PTOE, PTP, STP2, Principal, Project Manager, Walter P Moore.
Urban Planning | May 28, 2024
‘Flowing’ design emphasizes interaction at Bellevue, Wash., development
The three-tower 1,030,000-sf office and retail development designed by Graphite Design Group in collaboration with Compton Design Office for Vulcan Real Estate is attracting some of the world’s largest names in tech and hospitality.
MFPRO+ News | May 28, 2024
ENERGY STAR NextGen Certification for New Homes and Apartments launched
The U.S. Environmental Protection Agency recently launched ENERGY STAR NextGen Certified Homes and Apartments, a voluntary certification program for new residential buildings. The program will increase national energy and emissions savings by accelerating the building industry’s adoption of advanced, energy-efficient technologies, according to an EPA news release.