Specifying for Learning:
What Matters When Choosing Materials for Education Projects
To explore what is shaping education specification today, Built Environment Channel gathered insights from our members. The responses reveal the breadth of considerations that inform product and material selection, from durability, maintenance and technical performance through to student wellbeing, sustainability, flexibility and design quality. Together, these perspectives provide a snapshot of how education projects are balancing the practical demands of long-term school environments with the need to create places that support learning, connection and community.
In education design, material selection has to work harder. From durability and maintenance to wellbeing, sustainability and flexibility, the materials specified for schools need to perform across a complex set of requirements while contributing to spaces that support learning.
Schools are among the most intensively used buildings in the built environment. They need to withstand daily wear, accommodate changing patterns of learning and support diverse communities, while creating environments where students and staff can feel comfortable, safe and engaged.
This makes specification about more than selecting products that meet a technical requirement. Acoustics, indoor air quality, durability, maintenance, sustainability, accessibility and sensory experience all form part of the equation.
Designing for wellbeing and learning
The physical learning environment can influence how students experience school, making factors such as acoustics, daylight, comfort, colour, tactility and materiality important considerations alongside technical performance.
Education spaces need to feel welcoming and engaging rather than institutional. Warm and tactile materials can contribute to a sense of familiarity and comfort, while considered colour and material palettes can help establish identity and connection to place.
Acoustic performance is particularly important. Learning environments need to accommodate conversation, collaboration and concentration, often within the same building and sometimes within the same space. Material selection can therefore play an important role in managing reverberation, noise transfer and overall acoustic comfort.
Lighting and glare control are similarly important, particularly where spaces need to support different teaching modes throughout the day. Natural light, outlook and connection to landscape can contribute to the quality of the learning environment while supporting broader environmental objectives.
Materials are therefore not simply finishes applied at the end of a project. They are part of the environment in which learning takes place.
Durability is a long-term design consideration
If wellbeing shapes how a school feels, durability determines how it performs over time.
Education buildings experience significant daily use, often across decades. Materials need to withstand high foot traffic, intensive cleaning, impacts, spills and the general wear associated with large numbers of students moving through a building every day.
This makes the initial product selection particularly important. Robust materials, quality finishes and appropriate warranties can reduce the need for frequent replacement and minimise disruption to school operations.
Maintenance is part of this equation. Materials that can be cleaned, repaired and replaced without specialist processes or excessive cost can provide greater value over the life of a project.
Whole-of-life thinking extends beyond the expected lifespan of a product. It considers how easily it can be maintained, what happens when it is damaged, whether individual components can be replaced and how much disruption those processes create for the school community.
Materials that support healthier learning environments
Health and safety are fundamental to education specification.
Indoor air quality, low-VOC and non-toxic materials, slip resistance, fire performance and age-appropriate detailing all need to be considered from the outset.
These requirements sit alongside the broader objective of creating healthy and comfortable environments for students and staff.
Material choices can also contribute to accessibility and inclusion. Schools serve diverse communities, and inclusive design requires consideration of different physical, sensory and learning needs. Tactility, acoustics, visual contrast, comfort and intuitive spatial cues can all contribute to environments that are easier for a wider range of people to navigate and use.
The specification process therefore needs to consider not just whether a product meets a standard, but how it will be experienced by the people using the building.
Materials that support healthier learning environments
Health and safety are fundamental to education specification.
Indoor air quality, low-VOC and non-toxic materials, slip resistance, fire performance and age-appropriate detailing all need to be considered from the outset.
These requirements sit alongside the broader objective of creating healthy and comfortable environments for students and staff.
Material choices can also contribute to accessibility and inclusion. Schools serve diverse communities, and inclusive design requires consideration of different physical, sensory and learning needs. Tactility, acoustics, visual contrast, comfort and intuitive spatial cues can all contribute to environments that are easier for a wider range of people to navigate and use.
The specification process therefore needs to consider not just whether a product meets a standard, but how it will be experienced by the people using the building.
Sustainability needs to deliver beyond a checklist
Sustainability is increasingly embedded in education design, but environmental performance cannot be considered in isolation.
Embodied carbon, recycled content, responsible sourcing and environmental certifications can all inform product selection. Local sourcing and reliable supply chains can also contribute to procurement and delivery objectives.
At the same time, sustainability needs to be considered alongside durability and maintenance. A material that requires frequent replacement may have a very different environmental impact over its lifetime compared with a more robust alternative.
For education projects, this whole-of-life approach is particularly relevant. A school can be a long-term community asset, making the environmental impact of materials over decades just as important as their initial credentials.
Designing for change
Schools are not static environments.
Teaching methods evolve, student numbers change, and spaces can take on different functions over time. This makes flexibility an important consideration when selecting products and systems.
Materials and components that can be adapted, reconfigured, repaired or partially replaced can help a building respond to changing requirements without requiring wholesale refurbishment.
This is particularly relevant in specialist learning environments. Workshops, laboratories, technology spaces, art studios and vocational facilities need materials that can withstand real-world use while remaining adaptable to changing programs and equipment.
Designing for change can also support long-term value, helping reduce the likelihood that a building becomes obsolete as educational requirements evolve.
Making materials work harder
Education projects bring together competing requirements around budget, performance, sustainability and user experience. As a result, materials increasingly need to deliver more than one outcome.
A single element might provide shading and privacy while improving environmental performance. A robust finish might support durability while contributing to the school's material identity. Windows can provide daylight and outlook while supporting a broader sustainability strategy.
This multi-functional approach can be particularly valuable in education, where every design decision needs to respond to the practical realities of school life.
The challenge is finding the right balance between performance, cost, longevity and design quality.
Creating schools that belong to their communities
Beyond technical performance, material selection can help establish a school's identity and relationship with its context.
Colour, materiality and architectural expression can create environments that feel connected to their communities. Materials can reference a site's history, landscape or surrounding built environment while giving schools a distinct identity.
This is particularly valuable in large campuses and specialist facilities, where thoughtful material choices can help make highly functional spaces feel welcoming and purposeful.
The challenge is finding this balance without compromising performance. A material needs to look appropriate, feel appropriate and contribute to the character of a place while still meeting the demanding requirements of an education environment.
A specification that works for the whole life of the school
Education specification brings together a wide range of considerations that cannot easily be separated.
Durability is connected to maintenance. Sustainability is connected to whole-of-life performance. Wellbeing is influenced by acoustics, air quality, daylight and materiality. Flexibility needs to be considered alongside longevity. And aesthetic decisions can contribute to identity and belonging as well as design quality.
Ultimately, specifying for education means thinking beyond the moment a product is selected.
Materials need to support the everyday reality of school life: intensive use, changing needs, limited maintenance resources and diverse communities, while contributing to environments that are healthy, inclusive, engaging and built to last.
For schools, material selection is more than a specification exercise. It is part of designing the conditions in which learning happens.