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Repair common Windows errors and clear accumulated junk for a smoother, more stable PC - no reinstall needed.Free scan · no reinstallIn the 2009–10 school year, DLR Group converted a conference room at its Overland Park, Kansas, office into a temporary electronics classroom for Blue Valley School District’s Center for Advanced Professional Studies (CAPS). Thirty-two screened students attended half-day classes there, designing and building analog and digital circuits while the district’s permanent CAPS building remained unfinished.
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The room was not simply filled with desks. DLR Group and the Blue Valley Education Foundation paid to add independent heating and cooling, stronger electrical service for laptops, instruments and soldering irons, and Wi-Fi for course materials. The arrangement let CAPS start on schedule while giving the architecture firm a real-world setting in which to observe learning space in use.
Why a school program moved into an office
CAPS was designed around an unusual split day. Students first passed an application and screening process, then spent half of each school day in a professional setting working on projects supplied by business partners and guided by a business mentor. They spent the other half at their home high school. The program offered intensive experiences in engineering, business, biosciences and human services rather than treating career education as a short elective.
For the electronics class, the timing problem was physical rather than curricular. Blue Valley’s new CAPS building was expected to remain unfinished for another year and a half. The district did not have the money to lease, remodel and equip a temporary site. A meeting at DLR Group’s office produced a different solution: use an existing conference room and adapt it for instruction.
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Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →Senior principal Jim French later recalled the turning point: “I said, ‘Forget cash.’ How about having them move a class right into this conference room?’ And, that’s how a high school electronics lab ended up in our offices.” Architectural Record reported that six other businesses also hosted onsite classrooms during that school year, so DLR Group’s room was part of a broader school–business strategy rather than an isolated donation.
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How the conference room became a lab
A host room was only the starting point
A normal conference room could provide a roof, tables and proximity to professionals, but it could not automatically support electronics instruction. Students needed to run computers, use measurement instruments and operate soldering irons. The project therefore treated the room as a small technical facility, not as ordinary office overflow.
Infrastructure upgrades
DLR Group redesigned and upgraded the space with independent heating and cooling. Separate environmental control mattered because a classroom schedule and an office schedule do not always have the same comfort or equipment needs. The room also received improved electrical systems sized for laptops, instruments and soldering irons, plus Wi-Fi for downloading study materials.
The source does not list circuit capacities, equipment models, ventilation specifications or a construction budget. What it does establish is that the partners identified the room’s operational requirements and paid to meet them. DLR Group and the Blue Valley Education Foundation split the upgrade costs.
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Instruction inside an active professional setting
The resulting class occupied working office space rather than a conventional school laboratory. Students could encounter architects and other business experts while their high-school instructor remained responsible for teaching. CAPS executive director Donna Deeds described the model this way: “Half the day our students are in a profession.” That phrase captures the central design choice: the workplace itself was part of the learning environment.
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What the 32 students studied
Architectural Record reported that 32 students took half-day classes in the DLR Group office during the 2009–10 school year. Their electronics work centered on designing and building analog and digital circuits. Analog circuits process continuously varying signals; digital circuits represent information in discrete states. The article does not identify the specific projects, components, instruments or assessment rubric, so those details should not be inferred from the account.
Students entered CAPS through an application and screening process. That selection step indicates that the class was an intensive professional program with limited participation, not an open drop-in activity for every student in the district. Their work also sat inside a larger arrangement in which business partners supplied real projects and mentors coached students alongside the school instructor.
How the partnership divided responsibilities
The arrangement depended on several parties contributing different resources:
- Blue Valley School District and CAPS: selected students, supplied the educational program and instructor, and coordinated the half-day schedule.
- DLR Group: offered the conference room, adapted its building systems and exposed students to a professional design office.
- Blue Valley Education Foundation: shared the cost of the room upgrades with DLR Group.
- Business mentors and project partners: provided professional context and coached work connected to real projects, according to the description of the CAPS model.
- Home high schools: hosted students for the other half of each day.
This division avoided requiring the district to purchase an entire temporary school. It also meant that the host company was not merely lending an empty room: it was participating in a program that combined instruction, mentoring and workplace observation.
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What participants said they gained
Deeds’s view of student development
Deeds said the professional setting helped students develop behaviors, attitudes and skills beyond what she associated with high school. She also said that ready access to business experts allowed those professionals to teach alongside the high-school instructor and coach projects. These are her reported assessments of the experience, not results from an independent study.
French’s view of the “living lab”
French saw a reciprocal benefit for the architecture firm. He said, “Hosting a CAPS living lab in our office has given us a hands-on opportunity to observe, and to help us understand, how teachers and kids use space while they are learning.” For DLR Group, the classroom was therefore a working observation site. The firm could watch how people moved, taught, collaborated and used equipment, then apply those observations to its K–12 design work.
Anecdotal evidence of host commitment
Deeds described one participating business choosing to continue hosting after the initial period: “What’s incredible is that one of the businesses will maintain that site for another year. They don’t want us to leave.” The statement suggests that at least one host valued the relationship enough to extend it, but the article does not identify the business or measure why it made that decision.
Why the temporary model was practical
The case solved a specific timing and capital problem. The district needed instruction to begin before a permanent building was ready, while a conventional temporary facility would have required lease payments, remodeling and equipment purchases. An office conference room already existed, and the host could invest in targeted improvements instead of creating a complete school plant.
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The model also aligned the physical setting with the program’s educational purpose. CAPS promised professional experience, and the electronics students worked inside a professional office rather than simulating one at school. The arrangement gave students contact with practitioners, gave the district access to a specialized setting and gave DLR Group a chance to study learning in an actual workplace.
Those advantages came with conditions. The room needed reliable environmental control, safe and adequate power, connectivity and enough space for instruction and equipment. The partners had to share costs and coordinate two institutions’ schedules. A host without those capabilities would not provide the same solution simply by offering an unused room.
A practical framework for recreating the approach
The 2010 account can be translated into a planning sequence for a district or company considering a similar temporary classroom. These are implementation lessons drawn from the arrangement, not a claim that every step appeared in the original project documentation.
Do these 3 things before closing this tab:
1Scan for outdated or missing drivers - takes under a minute2Repair Windows errors before they cause bigger problems3Fix the driver behind crashes, sound loss and screen glitches- Define the gap. Establish why instruction must begin before permanent space is available and how long the interim period is expected to last.
- Match the program to a host. Look for a business whose work relates to the course and whose premises can support students during a regular half-day schedule.
- Inspect the room as a technical space. Check heating and cooling independence, electrical capacity, internet access, work surfaces, circulation and safe operation of tools. The DLR Group example shows that these systems must be upgraded deliberately.
- Set roles in writing. Identify who supplies the instructor, mentors, projects, supervision, equipment, maintenance and insurance. The historical article names shared upgrade costs but does not publish a complete operating agreement.
- Design the learning around authentic work. Combine teacher-led instruction with projects and mentoring so the workplace contributes more than atmosphere.
- Plan evidence before opening. Decide how to document attendance, completed work, student skills and host participation. The historical account offers participant observations but no quantified outcome study.
- Provide an exit or continuation plan. A temporary classroom should have a clear transition to permanent facilities, an extension decision or a second host arrangement.
What the historical record confirms—and what it does not
The account comes from Charles Linn, FAIA, in Architectural Record, published May 20, 2010. It establishes the Overland Park location, the 2009–10 school year, the 32-student enrollment, the electronics focus, the building delay of about one and a half years and the involvement of six other businesses.
It does not establish whether the DLR Group classroom, the CAPS building arrangement or the other host sites continued after that period. It also does not report student test scores, graduation outcomes, comparative results against conventional classrooms, detailed costs, equipment inventories or independently verified safety data. Deeds’s and French’s statements should therefore be read as informed participant perspectives rather than measured proof of impact.
| Figure or date | What it refers to | Qualification |
|---|---|---|
| 2009–10 | School year in which the office classroom operated | Historical period reported in the 2010 trade-publication article |
| 32 students | Students taking half-day electronics classes at DLR Group’s office | Reported by Architectural Record; not a current enrollment figure |
| Six other businesses | Additional companies that hosted onsite classrooms that school year | Count attributed to CAPS executive director Donna Deeds |
| One and a half years | Expected remaining time before the district’s new CAPS building was finished | Estimate reported in the 2010 article |
| May 20, 2010 | Publication date of the Architectural Record report | Source date for the historical description |
The lasting lesson for workplace learning spaces
DLR Group’s experiment was modest in physical scale but ambitious in what a classroom could be. A conference room became useful only after the partners treated temperature control, power, connectivity, teaching roles and funding as part of the educational design. The students gained a setting connected to professional practice, while the firm gained direct observation of how learning actually happens in occupied space.
The strongest conclusion supported by the record is not that every office can replace a school building. It is that a carefully selected workplace can bridge a facilities delay when the host and school jointly engineer the room, share responsibilities and preserve the instructional purpose. The case remains a historical example of temporary space serving both students and the professionals designing future schools.
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