What’s Driving Today’s School Bond Referendum Efforts? Part 2
Daylighting at Pine Island Elementary School in Pine Island, Minnesota.
By Tony Sjolander, Director of Project Planning and Development, Kraus-Anderson
A national leader in K-12 school construction, Kraus-Anderson constructed more than $1 billion in school facilities during the previous five years and ranked sixth nationally in Building Design + Construction. The team works with school districts early in facility planning to evaluate options, address questions and provide informed pre-referendum guidance.
School construction continued at a strong pace nationwide, much of it supported by bond referenda. In the previous article, we examined influences behind K-12 referendum efforts, including evolving expectations for educational adequacy. This article explores two additional drivers: building condition and building capacity.
Building Condition
Building condition includes facility elements that affect occupant comfort, student performance and productivity. A building’s age alone does not determine whether a district should renovate or replace it. However, facilities built a generation or more ago may not reflect advances in design, materials and building systems.
Considerations related to building condition include:
- Daylighting
- Indoor air quality
- Thermal comfort
- Acoustics
Each factor contributes to the learning environment and should be evaluated as part of a district’s facility-planning process.
Gymnasium and tornado safe room at Wadena-Deer Creek Middle and High School in Wadena, Minnesota.
School Safety and Security
Safety and security are also important components of building condition and are a top priority for many school districts. Common considerations include:
- Secure entries, bus drop-off zones and Crime Prevention Through Environmental Design
- Fire separation, suppression and detection measures
- Tornado safe rooms
- Lead, mold and asbestos abatement
Deferred Maintenance and Operating Costs
Deferred maintenance is another critical part of the evaluation. Districts often manage building components that are deficient, have exceeded their intended service life or negatively affect occupant comfort, performance and productivity.
Planning should also consider long-term energy use and operating costs, including:
- Total cost of ownership compared with initial construction cost
- Return on investment, payback period, energy modeling and commissioning
- Renewable energy compared with conventional fossil fuels
- Carbon footprint
A comprehensive facility condition assessment can help districts prioritize needs, evaluate options and understand the long-term implications of facility investments.
Building Capacity
Building capacity is another major factor behind school construction initiatives. Some districts experience significant enrollment growth, while others experience declining enrollment. In either case, enrollment changes affect space use, student-to-teacher ratios, grade configurations and attendance-boundary planning.
Districts facing capacity challenges may evaluate consolidation as one option for reducing operating costs. They may also weigh the advantages and trade-offs of neighborhood schools and grade-center schools, which can support regular collaboration among educators.
Key considerations include:
- Distance from home to school
- Number of building transitions for students
- Transportation options, including walking, busing or rides with parents
- Professional Learning Communities
Aligning Facilities With District Priorities
Educational adequacy, building condition and building capacity are closely connected. When districts balance these drivers and align facility decisions with their strategic direction, educators have facilities and tools that support student success now and in the future.
A district’s “why” can help guide its “what” and “how.” Learn more about K-12 construction, referendum support, strategic facility planning and facility condition assessments.
For further reading, see Beyond Bloom’s Cognitive Taxonomy.
CATEGORY: Construction