Brisbane Grammar School STEAM Precinct

Overview of Brisbane Grammar School’s New STEAM Precinct

The Science, Technology, Engineering, Arts and Mathematics (STEAM) Precinct will become a transformative hub for Brisbane Grammar School. It will showcase a new six-storey building covering an area of approximately 16,400m2.

The STEAM Precinct will be a hub for ideas, innovation, and educational and social growth. It will be a place that will excite, engage and inspire both BGS students and their teachers, and promote deep and rich learning.

The development will feature:

  • a 300-seat auditorium space for exhibiting science and the arts;
  • flexible learning spaces accommodating between 30 to 150 students at a time;
  • design hubs for students to collaborate creatively;
  • chemistry laboratories;
  • a specialised dissection laboratory;
  • a new home for the school’s physical education classrooms;
  • adaptable physics, chemistry, mathematics, technology, design science and art classrooms.

The STEAM Precinct project has imagined a more interconnected school and will be at the forefront of modern school facilities. It will transform the rear of the campus into a dynamic new learning place connected to the main upper platform of the School.

Location: Spring Hill, QLD
Client: Brisbane Grammar School
Architect: Wilson Architects
Services: Fire Engineering & Fire Protection Services

Top image credit: Wilson Architects
Information Source: Brisbane Grammar School

Brisbane Grammar STEAM Precinct Interior Render – Performance-Based Design
Image credit: Wilson Architects
Brisbane Grammar STEAM Precinct Oval Concept – Fire Engineering Strategy
Image credit: Wilson Architects

OUR CREATIVE ETHOS PUSHES DESIGN THAT INSPIRES STUDENTS AND STAFF TO PERPETUALLY ENGAGE, LEARN AND GROW.

Brisbane Grammar STEAM Precinct Day Render – Fire Safety Design
Image credit: Wilson Architects
Brisbane Grammar STEAM Precinct Night Render – Fire Engineering Overview
Image credit: Wilson Architects
Brisbane Grammar STEAM Precinct – Architectural Fire Engineering Render
Image credit: Wilson Architects