Sustainable School Architecture: Clifton Hill Primary School by Jackson Clements Burrows Architects

Clifton Hill Primary School, designed by Jackson Clements Burrows Architects, represents a significant achievement in sustainable school architecture. Located in Clifton Hill, Australia, this innovative educational facility, completed in 2023, spans 2525 m² and showcases a blend of modern design, sustainability, and functionality.

Project Overview

Clifton Hill Primary School is a pioneering project in sustainable school architecture. The new learning and teaching campus, designed to accommodate projected enrollment growth, is situated on a corner site opposite the Darling Gardens. This highly visible building aims to meet increased student numbers while enriching the teaching and learning environment.

Architectural Concept

Strategic Assessment and Master Plan

The project began with a strategic assessment of Clifton Hill Primary School, resulting in a Master Plan that identified the opportunity for a dynamic vertical campus for grade 5 and 6 students. The design brief, developed in close collaboration with the Victorian School Building Authority (VSBA) and school leadership, emphasized creating flexible and adaptable learning spaces within a constrained urban site.

Design and Layout

The building adopts a simple yet rigorous floor plan, spanning three levels. Communal and administration areas are located on the ground floor, while levels 1 and 2 feature highly flexible teaching spaces and associated breakout areas. These spaces are designed to accommodate a variety of learning styles and encourage interaction among students.

Sustainability Features

Hybrid Mass Timber Construction

One of the standout features of Clifton Hill Primary School is its construction using hybrid mass timber. This choice not only supports sustainability but also creates a low carbon, low operational cost, and low maintenance building. The exposed structural elements, including mass timber and articulated services, serve as an educational tool for students, helping them understand the building’s functionality.

Passivhaus Standards

The school is designed to Passivhaus standards, ensuring high energy efficiency and thermal comfort. This is the first building for the VSBA constructed to these standards, setting a new benchmark for sustainable school architecture in the region.

Rooftop Play Space

An open-air rooftop play space on the third level features a solar panel pergola that generates power for the school. This not only provides a recreational area for students but also contributes to the building’s sustainability goals.

Design Aesthetics

Integration with Local Context

The design of Clifton Hill Primary School references the local context and the original 1800s school buildings. The use of articulated brickwork, a ribbon band of glazed green bricks, and circular apertures adds a playful and contemporary touch, inspired by Eric Carle’s "The Very Hungry Caterpillar." This whimsical overlay is seamlessly integrated with the existing campuses, creating a cohesive visual link.

Interior Design

The interior design takes cues from the warmth of exposed Cross Laminated Timber (CLT) panels, creating a soft and inviting atmosphere in the classrooms. Large windows frame views of the surrounding trees, enhancing the sense of calm and connection with nature.

Functional and Flexible Spaces

Adaptable Learning Environments

The school features highly flexible teaching spaces designed to support various learning styles. Circulation zones on each level include offices, lockers, and informal breakout spaces, fostering a collaborative and engaging learning environment.

Multipurpose Hall

A multipurpose hall is included for community events, further enhancing the school’s role as a community hub. This space is designed to be adaptable, meeting the needs of both the school and the wider community.

Clifton Hill Primary School by Jackson Clements Burrows Architects exemplifies sustainable school architecture. By integrating innovative design, sustainability, and functionality, the project provides a dynamic and engaging learning environment for students. This future-looking design respects its historical context while paving the way for sustainable educational facilities.

All photographs are work of Peter Clarke