A state-of-the-art learning environment built to support the future of public education.
Type: Education
As part of the NSW Government’s $3.9 billion investment to enhance and expand public education across Western Sydney, the Melrose Public High School project is designed to meet the needs of a rapidly growing community. The development delivers a modern, future-focused high school that supports innovative teaching, collaboration, and sustainability in education.
Key Design Solutions
AASAN provided mechanical engineering design services for Melrose Public High School, ensuring all systems support comfort, air quality, and operational efficiency. The design integrates energy-efficient HVAC solutions tailored to large educational environments, enabling consistent indoor conditions that enhance learning and wellbeing.
This project reflects AASAN’s ongoing commitment to engineering sustainable and high-performance educational facilities that empower communities and foster the next generation of learners.
An inspiring facility that embodies creativity, innovation, and educational excellence.
Type: Education
The 2-storey building includes state-of-the-art learning spaces such as General Learning Areas (GLAs), learning commons, wet labs, research and design hubs, maker spaces, multimedia suites, and a central double-height presentation area. The modern educational facility was designed to promote innovation, collaboration, and adaptability within a dynamic learning environment.
Key Design Solutions
AASAN provided mechanical engineering design services for St Johns XXIII Catholic College, ensuring the development achieved a balance of comfort, performance, and sustainability. The design approach focused on creating a thermally efficient environment that supports both student wellbeing and operational reliability.
Our team worked in close coordination with the architectural and construction teams to integrate advanced mechanical systems that deliver consistent indoor air quality and climate control across all learning zones. Energy-efficient HVAC strategies were adopted to minimize lifecycle costs and carbon footprint, reflecting AASAN’s commitment to sustainable engineering practices.
Delivering modern learning environments through innovative engineering design.
Type: Education
Located in Springwood, St Columba Catholic College is a leading educational institution dedicated to academic excellence and community development. The project focuses on enhancing the learning experience through upgraded infrastructure, improved environmental comfort, and sustainable building performance.
Key Design Solutions
AASAN provided mechanical engineering design services for St Columba Catholic College, ensuring efficient climate control, air quality, and system reliability across classrooms, laboratories, and communal areas. The design prioritized energy efficiency and long-term maintainability while aligning with educational standards and operational needs.
This project demonstrates AASAN’s expertise in engineering comfortable, healthy, and efficient spaces that foster student well-being and support quality education outcomes.
A learning environment designed for comfort, efficiency, and educational excellence.
Type: Education
St Agnes School represents a thoughtfully planned educational facility aimed at creating an inspiring and comfortable space for students and staff. The design integrates functionality and sustainability to support an engaging and healthy learning atmosphere.
Key Design Solutions
AASAN provided mechanical engineering design services for St Agnes School, focusing on delivering efficient air conditioning and ventilation systems to maintain consistent indoor comfort and air quality across classrooms and shared learning areas. The design emphasized energy efficiency, system reliability, and compliance with educational building standards.
This project highlights AASAN’s commitment to engineering smarter, healthier environments that enhance learning outcomes and support long-term operational efficiency in educational spaces.
An educational facility designed for performance, efficiency, and long-term comfort.
Type: Education
Randwick High School represents a forward-thinking approach to sustainable and high-performing learning environments. The project focused on delivering energy-efficient mechanical systems that support comfort, functionality, and reduced operational impact aligning with AASAN’s philosophy of engineering simplicity and sustainability.
Key Design Solutions
AASAN provided mechanical engineering design services incorporating advanced VRF heat recovery systems and energy recovery ventilation solutions to optimize indoor air quality and thermal balance. The systems were carefully coordinated to ensure seamless integration, compliance, and long-term operational reliability.
This project underscores AASAN’s dedication to delivering mechanical designs that prioritize energy efficiency, occupant wellbeing, and sustainable performance within the educational sector.
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