A university can combine academic work and student life in a city by treating one building as both a high-performance teaching facility and a piece of campus living infrastructure. North Park University’s Johnson Center for Science and Community Life shows how discipline-based laboratories, flexible research space, faculty offices, student services, food, study areas and social gathering can be connected under one roof and tied back to the wider pedestrian campus.
Why North Park combined science and student life
North Park University began a long campus landscape and planning effort in 1999. Many of those initiatives were complete by 2005, helping turn a loose collection of buildings on a city street grid into a more unified, pedestrian-friendly campus. During the 2005 landscape and student-center planning process, the university also confronted a problem inside its science facilities: the buildings were aging, and the university believed they could weaken recruitment.
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The pressure was not only physical. The Stantec case study published June 30, 2017, reports that physical-sciences enrollment had increased by 35 percent during the preceding decade. That figure is reported by North Park through the case study; it is not accompanied by a separate enrollment dataset. The planning response was to place science classrooms and student-life facilities in a single building rather than treating them as unrelated capital projects.
The resulting Johnson Center opened in September 2014. It houses classrooms and laboratories for chemistry, biology, physics and engineering, while also providing a lecture hall/screening room, centralized student services, a café and large informal spaces for studying and meeting. The project is therefore useful as a design case, not as proof that a particular building automatically increases enrollment or improves learning. The source does not include a post-occupancy evaluation or a controlled comparison with another campus.
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What the Johnson Center contains
The building’s program combines spaces with very different technical, acoustic and social requirements. The academic side needs safe, adaptable laboratories and reliable support. The student-life side needs visible, comfortable places where people can stay without a scheduled class or appointment. The case study describes the following program elements.
| Program element | How it was organized | Design intent described in the case study |
|---|---|---|
| Chemistry, biology, physics and engineering laboratories | Labs were organized by discipline and shared characteristics. | Provide fit-for-purpose teaching and research environments while allowing related requirements to be planned together. |
| Flexible faculty research stations | Research stations were located near laboratory areas. | Keep faculty research activity close to teaching spaces and equipment. |
| Lab support and resource rooms | Support areas were placed for efficient sharing of equipment and supplies; resource rooms could support lectures, team learning and research. | Reduce duplicated resources and allow rooms to serve more than one teaching mode. |
| Movable dry-lab workstations | Dry-lab stations could be rearranged. | Accommodate changing class formats, collaborative work and research needs. |
| Lecture hall/screening room | A dedicated large-format teaching and presentation space was included. | Support lectures, screenings and events that do not fit ordinary classrooms. |
| Faculty offices and conversation areas | Offices sit between laboratory classroom suites and near primary circulation; office suites include casual conversation areas. | Make informal faculty-student contact easier instead of isolating offices from teaching activity. |
| University Ministries, student development, career development, internships and international studies | Services are centralized at the entry level. | Give students a clear, shared front door for support and engagement services. |
| Café and two-story atrium lounge | The café and lounge occupy prominent gathering and study areas; the lounge has a glass façade. | Create a social and study destination used by the wider campus, not only science majors. |
The earlier planning description also says that mathematics and psychology informed the guidelines for pedagogy and research. That detail matters because a building can be physically labeled a science center while its planning brief is shaped by a broader academic community.
How to plan the academic spaces
Start with teaching patterns, not room names
The project team worked with scientists and the Registrar to plan the number of laboratories around realistic schedules. This is a practical alternative to multiplying rooms from a departmental wish list. A university first needs to understand when courses actually meet, which rooms require specialized infrastructure, which activities can share equipment and where demand overlaps during the week.
A useful planning sequence is:
- Map the course timetable. Identify peak periods, evening use, concurrent sections and the difference between scheduled occupancy and occasional demand.
- Classify activities. Separate wet-lab, dry-lab, lecture, team-learning, instrument, preparation and storage requirements.
- Group compatible needs. Organize laboratories by discipline and shared characteristics so that safety systems, utilities and support can be planned coherently.
- Test sharing scenarios. Check whether equipment, supplies and resource rooms can serve multiple courses without creating unsafe or impractical movement.
- Reserve adaptability. Use movable dry-lab workstations and multipurpose resource rooms where teaching methods are likely to change.
The objective is not maximum theoretical utilization. It is a schedule and layout that reflect how instructors and students can safely move, set up, teach, clean up and reset rooms between sessions.
Put support where people use it
The Johnson Center placed lab support so equipment and supplies could be shared efficiently. In a laboratory building, support rooms are part of the teaching system: poor placement can consume class time, increase carrying distances and encourage each department to duplicate inventory. Shared support only works when access, storage, preparation and responsibility are clear. A plan should therefore show the route from a teaching lab to its preparation and resource spaces, not merely count support rooms on a schedule.
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Make research visible without disrupting teaching
Flexible faculty research stations were located near the laboratories. The arrangement keeps research activity adjacent to instruction while preserving the ability to reconfigure work areas. It also allows a student to encounter active scientific work as part of an ordinary trip to class. The case study describes the adjacency and flexibility; it does not measure how often students used the stations or whether the arrangement changed research output.
Use faculty offices and circulation to support interaction
Faculty offices sit between laboratory classroom suites and close to primary circulation. Office suites also include casual conversation areas. This is a small planning move with a large operational implication: students do not have to make a special trip to a remote office zone to ask a question, and faculty can remain near the teaching spaces they use.
For a new project, the important questions are behavioral rather than purely geometric:
- Can students find offices without entering controlled laboratory zones?
- Are informal conversation areas large enough for short discussions but not so exposed that confidential advising becomes impossible?
- Does circulation pass offices in a way that encourages contact without creating noise or congestion?
- Can office neighborhoods support both focused work and brief collaboration?
These questions should be resolved with faculty, students, accessibility specialists and facilities staff before the floor plan is fixed. Proximity alone is not evidence of better advising; it is a design opportunity that must be supported by management and daily use.
Make student services part of the building’s front door
North Park centralized University Ministries, student development, career development, internships and international studies at the entry level. Placing these services together changes the building from a department-specific destination into a campus-wide resource. A student arriving for a laboratory can encounter advising, career or international-study support without crossing the entire campus.
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Entry-level centralization also creates a wayfinding responsibility. Service counters, waiting areas, privacy, accessible routes and after-hours security have to be planned together. A shared front door should be legible from the campus paths and should not require a visitor to understand departmental boundaries before finding help.
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The café and two-story atrium lounge give students practical reasons to remain in the building. The lounge’s glass façade makes it a visible interior landmark, while the case study says it can accommodate nearly one-third of the student body at once. That is an approximate capacity description, not a measured occupancy statistic. The lounge is also described by executive vice president Carl E. Balsam as “a campus living room for conversation and interaction.”
A social space of that scale must be treated as infrastructure rather than leftover seating. Its success depends on daylight, views, furniture variety, power, acoustics, cleaning, food-service logistics and a mix of quiet and conversational zones. A café can draw people into the building, but it also introduces deliveries, waste, odors and operating hours that need to be separated from laboratory functions.
Connect the building to a city campus
The center’s exterior responds to its setting as deliberately as its interior program. The case study describes a warm masonry and terra-cotta façade as a contemporary response to the stone base of Old Main, North Park’s first building. Ribbon windows provide daylight and solar shading. South-facing laboratories and upper-level spaces offer views toward the campus and city.
Those moves address several competing requirements at once. A science building needs controlled light, privacy where experiments require it and robust wall assemblies; a student-life building benefits from visibility, orientation and a sense of welcome. Ribbon windows can contribute daylight and shading while maintaining a disciplined façade, but their performance depends on glazing specification, orientation and controls that are not detailed in the case study. Views can support orientation and give students a connection to the city, but they do not substitute for good ventilation, glare control or thermal comfort.
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The wider lesson is to treat the building as part of the pedestrian network. North Park’s earlier landscape work sought a more unified campus, and the Johnson Center’s entry-level services, café and lounge extend that network indoors. On an urban campus, the building must work for people arriving from several directions, often on foot, while accommodating deliveries, laboratory servicing and emergency access without allowing back-of-house traffic to dominate the public entrance.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Deliver the project as an integrated team
The project was designed, planned and constructed using Integrated Project Delivery, with executive vice president Carl E. Balsam overseeing the process, according to the case study. Integrated delivery is relevant here because the building brings together laboratory infrastructure, academic scheduling, student services, food operations and a highly visible social interior. Decisions about one system can affect all the others.
For a comparable project, an integrated team should establish shared decision points early:
- Academic brief: faculty, Registrar and institutional planning agree on course patterns, research needs and room-sharing assumptions.
- Operations brief: student-service leaders, café operators, custodial staff, security and facilities staff define hours, access and maintenance requirements.
- Technical coordination: laboratory planners, architects and engineers coordinate utilities, ventilation, safety, structure, acoustics, daylight and flexibility.
- Campus integration: landscape and civil teams connect entries, paths, service access and stormwater or site strategies to the existing campus.
- Decision governance: the university identifies who can resolve conflicts among program, budget, schedule and long-term operations.
Integrated Project Delivery does not guarantee a successful outcome. It provides a framework for bringing affected disciplines into decisions before late changes become expensive or compromise the program.
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The Johnson Center received LEED Gold certification in 2015, as reported by the case study. That certification is a project-era credential; the university’s present-day certification status and the building’s current performance were not separately verified.
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The documented design moves associated with environmental and experiential goals include daylight and solar shading from ribbon windows, views from south-facing laboratories and upper levels, and a façade that relates to the historic campus context. A current project should go further than repeating those features. It should define measurable targets for energy, water, indoor-air quality, embodied carbon, resilience, maintenance and post-occupancy comfort, then publish the results with the certification level and measurement period.
Certification should be one part of a performance plan, not the sole definition of sustainability. Laboratory buildings can have unusually high ventilation and equipment loads, while lounges and cafés have different occupancy and conditioning patterns. Shared spaces and realistic scheduling may improve utilization, but the case study does not provide energy data or a post-occupancy study to quantify those effects.
A decision framework for another urban university
The Johnson Center offers a set of comparison criteria rather than a universal template. Before combining academic and student-life functions, a university can score each proposed building concept against the following questions:
| Decision area | Evidence to collect | Warning sign |
|---|---|---|
| Academic and student-life mix | Which users need the building, at what times, and for how long? | Student-life spaces are included without an operating plan or a campus-wide user base. |
| Laboratory flexibility | Which stations, rooms and support areas can change as pedagogy or equipment changes? | Fixed layouts assume one teaching model for the building’s entire life. |
| Utilization | Registrar schedules, setup time, peak demand and realistic room-sharing rules. | Room counts are based only on departmental requests or theoretical occupancy. |
| Faculty-student adjacency | Office routes, conversation areas, advising privacy and circulation behavior. | Offices are technically nearby but difficult to find or separated by controlled zones. |
| Services and gathering | Entry visibility, café operations, lounge capacity, furniture, power and acoustics. | A large atrium is treated as decoration rather than managed study and social infrastructure. |
| Campus integration | Pedestrian approaches, accessible entries, views, service routes and relationship to historic buildings. | The building turns inward or creates conflicts between public and service movement. |
| Documented outcomes | Certification, energy data, occupancy observations, user feedback and maintenance records. | Claims about recruitment or learning are made without post-occupancy evidence. |
This framework keeps the case study’s strongest ideas while acknowledging what it does not establish. The source documents the program, design intent, delivery method and LEED Gold award; it does not demonstrate that the building caused the reported enrollment increase, improved grades or produced a specific return on investment.
What the case demonstrates—and what it cannot prove
North Park’s project demonstrates a coherent response to a particular moment: aging science facilities, reported growth in physical-sciences enrollment, a campus planning effort aimed at pedestrian unity and a desire to make student services and informal interaction more visible. Its architectural answer was to connect laboratories and research with services, food, study and social space in one building, while using the façade, daylight and views to tie the center to the city and the historic campus.
That is a transferable planning strategy, not a guaranteed formula. Any university considering a similar building should validate demand, model schedules, test laboratory safety and servicing, involve student-service operators, and commit to post-occupancy measurement. Those steps turn an appealing mixed-use concept into a building that can remain useful as courses, research and student life change.
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