cover
A1-1建筑设计,A1-1.2教育建筑,研究中心,#评审团大奖/设计宇宙大奖2025-2026,#World’s First WiredScore Platinum Medical Research Institute,#PC2 Wet & Dry Labs,#Flexible Research Space,#WELL Gold,#设计宇宙大奖空间类评审团大奖2025-2026,#2025-2026获奖作品,#flexible space,# biophilic design,#智能建筑,# 科研教学临床共生,#LEED Gold

Flinders University Health and Medical Research Building | Architectus

Architectus ,Release Time2025-12-29 11:57:05

Award(0)
Report(0)
Project information

Client:Flinders University

Location:Bedford Park, SA

Status:Completed 2024

Floor Area:22 000 sqm

Contact Person:Andrew Schunke

Flinders University Health and Medical Research Building (HMRB) heralds a new era of medical research and innovation. The 22,000-square-metre and 10-storey facility is an expansive network that ambitiously brings together market-leading research, education and clinical expertise with community, culture and nature.   

The tangible connection to the past creates a bedrock for sustainable practice, reminding us of our shared history while pushing the frontier of science and research into the future.   

 

HMRB has achieved a Platinum rating under WiredScore certification, making it the first medical research institute in the world to receive this rating for its cutting-edge digital capabilities.  

  

A landmark building   

The HMRB is the centrepiece and first completed building in Flinders Village—Adelaide’s largest fully integrated education, research and healthcare precinct. HMRB was envisioned as a connective environment housing state-of-the-art wet and dry research laboratories, workspaces and seminar rooms with generous amenity. 

 

Designed to connect 

This is Rainbow Country – the land holds the stories of time and memory. Through in-depth consultation with the Cultural Narrative and Indigenous Art Advisory Panel, including Dr. Uncle Lewis Yarlupurka O’Brien, Flinders University’s Senior Elder on campus, the design concept responded clearly and directly to the lore of Kaurna people.   

 

The visibility of First Nations stories reminds all users that the building adds a new chapter to the continuous history of the land.   

-Building is characterised by contour lines and tactile materials, inside and out  
-Each floor level is distinguished by a different colour palette internally, that corresponds with the multi-coloured sands of Rainbow Yarta (Country)  
-Façade blades guide views toward significant Kaurna sites while commissioned artworks celebrate knowledge and healing   

 


Powering Research  

The research spaces comprise PC2 wet and dry labs designed with the flexibility to support different workflows, group sizes and research streams.  

-PC2 labs and research areas  
-640 researchers, clinicians, and staff working inside  
-7,300+ sqm of office space including open plan zones, quiet rooms, and meeting rooms  
-Spaces can be easily re-configured to serve a range of research projects as science and technologies evolve  
-All areas are visually connected and integrated with the building, putting research on display for the passersby. 

 

 

 

 

 

 

 

 

 

 

 

Collaboration and community   

Weaving social spaces throughout this high-performance building encourages community, collaboration and transparency.   

-Central interconnecting staircase plays a significant role in the careful balance between technical and social spaces. Wellbeing messages have been inscribed on the staircase handrails at both ends of the building, providing facts about wellness and physical exertion as well as encouraging social interactions and collaboration amongst building occupants 

-Floor-to-ceiling windows flood the interior with natural light while adjoining seating offers respite and landscape views  
-Extensive planting and green terraces enliven the interior  
-Atria and ‘winter gardens’ provide a biophilic experience for researchers and visitors  
- Amenities include staff kitchen and breakout spaces, parents’ room, multi-faith and Wudu (foot wash) rooms, bike storage and end-of-trip facilities.  

 

 


Sustainability   

The HMRB embeds sustainable design harnessing 100% renewable electricity (solar and wind) and passive ventilation and daylight controls. The facility is on target to achieve Gold WELL and LEED certification for sustainability and wellbeing.  

Product gallery
0.jpg
1.jpg
2.jpg
4.jpg
5.jpg
6.jpg
7.jpg
8.jpg
9.jpg
10.jpg
11.jpg
12.jpg
13.jpg
14.jpg
15.jpg
16.jpg
17.jpg
18.jpg
19.jpg
20.jpg
21.jpg
22.jpg
23.jpg
24.jpg
25.jpg
26.jpg
tag
#评审团大奖/设计宇宙大奖2025-2026#World’s First WiredScore Platinum Medical Research Institute#PC2 Wet & Dry Labs#Flexible Research Space#WELL Gold#设计宇宙大奖空间类评审团大奖2025-2026#2025-2026获奖作品#flexible space# biophilic design#智能建筑# 科研教学临床共生#LEED Gold
Comment
More similar topics
A1-1建筑设计,A1-1.16体育休闲,水疗中心,#vernacular,#wellness,#Yunnan vernacular building

东风韵·红谷屋舍丨line+

A1-1建筑设计,A1-1.11混合用途建筑,#flexibility

Spot Lite丨Disbrow Iannuzzi

A1-1建筑设计,A1-1.2教育建筑,校园,#pre-primary school,# sustainability,#energy-efficient

Heartfulness International School丨Pentaspace Design Studio

More projects published by the author
A1-1建筑设计,A1-1.2教育建筑,研究中心,# 科研教学临床共生,#LEED Gold,#WELL Gold

Flinders University Health and Medical Research Building | Architectus

Most popular
A1-3室内设计,A1-3.3商业空间,零售店,#时尚设计,#快闪店

LUMEN PopUp Store丨ARTARIAN

谷歌开发者社区丨不为变现,只为Coding而生

A1-2景观设计,规划

Gyeongdo 岛 - 以“自然”为动力的全新韩国可持续休闲目的地

Award(0)
Report(0)

Complete resource information

Help CenterSearch for the projects and resource party you need around the world

Contact us

Report

Back to top