PROJECTS
EDUCATION
MEPTEC Engineers is a construction led design consultancy firm specialising in design solutions and advice for fit outs, refurbishment and new construction projects. MEPTEC Engineers are proud to be different in our approach with our expert coordination ability and providing additional services beyond those expected of a traditional design consulting firm.
We offer a range of engineering capabilities, allowing them to cater for a wide variety of projects, whilst being a specialist in one particular area, building design.
SUNSHINE COAST UNIVERSITY STAGE 2
Mechanical
SERVICES PROVIDED:
YEAR : 2024
Stage Two of the Sunshine Coast University Moreton Bay Campus continues the growth of this dynamic educational precinct, introducing a range of new facilities including:
Teaching and learning spaces
Research laboratories
Industry hub and event space
Student gym and sports hall
Sports science facility
Student hub and breakout areas
Outdoor recreational spaces and amenities
Multi-level car parking
MEPTEC Engineers were engaged to provide detailed 3D Revit construction drawings and lead clash coordination efforts to support the seamless delivery of Stage Two. Our work ensures the mechanical systems are fully integrated within the complex architectural and structural environment, supporting both functionality and future flexibility.
JINDABYNE CENTRAL SCHOOL
Mechanical
YEAR : 2024
SERVICE PROVIDED:
As part of the Snowy Mountains Special Activation Precinct, a new purpose-built education campus is being developed in Jindabyne, designed to serve the growing needs of the local community. The campus will feature two distinct schools—Jindabyne Public School and Jindabyne High School—each equipped with modern, future-focused facilities to support students, educators, and the wider region.
MEPTEC Engineers were appointed to deliver mechanical design engineering and detailed 3D Revit construction drawings to support the successful delivery of this transformative education project. Our work ensures the building services are integrated, efficient, and tailored to meet the demands of a contemporary learning environment
St AIDAN’S ANGLICAN GIRLS SCHOOL
SERVICES PROVIDED:
Mechanical, Electrical, Fire Protection, Hydraulic
YEAR : 2024
As part of the school’s ongoing masterplan, St Aidan’s Anglican Girls’ School undertooka major refurbishment of the Le Fanu building block, enhancing its functionality and creating modern spaces to support students and staff.
MEPTEC Engineers were engaged to provide mechanical building services design and construction documentation for the project, including the development of a new cafeteria and upgrades to the existing building infrastructure.
St MARGARETS’S ANGLICAN GIRLS SCHOOL
SERVICES PROVIDED:
Mechanical
YEAR : 2024
MEPTEC Engineers were engaged to provide mechanical design and engineering services for the chiller replacement project at St Margaret’s Anglican Girls School, ensuring enhanced efficiency, reliability, and long-term performance of the school’s cooling systems.
In addition, our team has been appointed to deliver the building services design and engineering for the school’s proposed new cafeteria, supporting the creation of a modern, functional, and student-focused space that aligns with the school’s future growth and development plans.
UQ AVALON THEATRE
Mechanical, Electrical, Fire Protection, Hydraulics, Section J
SERVICES PROVIDED:
YEAR : 2024
MEPTEC Engineers were appointed to deliver Building Services engineering design services for the refurbishment of the historic Avalon Theatre at the University of Queensland.
Our team provided detailed and coordinated building services solutions to support the transformation of the space, ensuring modern functionality while respecting the building’s architectural character and heritage significance.
UQ MEDICAL PATHWAYS
SERVICES PROVIDED:
Mechanical
YEAR : 2024
MEPTEC Engineers were appointed to deliver comprehensive building services design engineering for the new Medical Pathways Facility, supporting the development of a purpose-built environment for healthcare education and training.
Our scope included the integration of efficient, future-ready mechanical systems tailored to meet the specific requirements of a modern medical and teaching facility—ensuring performance, comfort, and compliance at every level.