Current
Antarctica

PROJECT

Scott Base Redevelopment

CLIENT

Antarctica New Zealand

Our team gets results

Ian Currie

Sam Turner

Watch the videos:

 

scott base redevelopment

ANTARCTICA NEW ZEALAND

Scott Base is New Zealand’s home on the ice and the strategic hub for scientists from New Zealand and across the globe to carry out some of the most important research in the world.

The new Scott Base redevelopment has been conceptualised by Jasmax in partnership with London-based Hugh Broughton Architects. The design will foster connection between the people living there and the world-leading work they will be doing. There will be three buildings, the first wing for accommodation, the second for science and management, and the third for engineering and storage. Consisting of three interconnected buildings that can accommodate up to 100 people, the new base is modest, safe and fit-for-purpose.

Innovation, buildability, sustainability and asset management are the road map for the redevelopment and it’s exciting and humbling to be a part of the team which includes ourselves as Design Lead, Hough Broughton Architects, Jasmax, Rawlinsons and Leighs Construction.

IAN CURRIE - PROJECT DIRECTOR / SOUTHERN OPERATIONS MANAGER / the building intelligence group

2024
Wellington

PROJECT

Ngā Mokopuna (project formerly called the Living Pā)

CLIENT

Te Herenga Waka – Victoria University of Wellington

Our team gets results:

Byron Roff

Tom McLean

Darcy Palmer

Alex Doyle

 

Ngā mokopuna

TE HERENGA WAKA - VICTORIA UNIVERSITY OF WELLINGTON

Ngā whare whakahirahira hou o Te Herenga Waka Marae 
The two exceptional buildings of Te Herenga Waka Marae  

After almost four years of closure, Te Tumu Herenga Waka, the University's wharenui, has reawakened on 06 December 2024, coincidentally on it’s 38th birthday. Ngā Mokopuna is a marae-based, tertiary education whare that stands complementary to the wharenui, Te Tumu Herenga Waka, to evidence Māori kaupapa, and to push the boundaries of what is possible in regenerative building and in life.   

The resulting structure is a beautifully designed whare that demonstrates the marae and University’s commitment to manaakitanga and kaitiakitanga – acting with more care towards people and the natural world. 

The mass timber, three-storey, 3,000m2 whare is set to become one of around 35 Living Building Challenge (LBC)®, Living Buildings™ (full certification) worldwide. Living Buildings are referenced as the world’s most rigorous building standard.   

On the ground floor is a commercial kitchen, marae ablution facilities, a large wharekai and an open engagement space. The second floor comprises teaching and seminar areas and office facilities. The third-floor houses Te Kawa a Māui – School of Māori Studies, the Office of the Deputy Vice-Chancellor Māori and Kaitiakitanga and sustainability office. The building also includes dedicated spaces for doctoral students, research and development, collaborative work and workshop spaces.  

Ngā Mokopuna doesn’t operate like a typical commercial building, where systems are rigorously controlled. It’s designed to work with its environment, not burden it. Like a natural ecosystem, the design borrows biophilic design principles, encouraging occupants to physically interact with the internal environment while maximising daylight and ventilation, harvesting engery via 481 solar panels, and operating off solely rainwater. Considerable mahi was completed during design and construction phases to ensure all aspects of the LBC are met, and the LBC performance period is well underway.   

TBIG is incredibly proud to have been project managers on Ngā Mokopuna. It is a whare yet so much more than the built environment and typical sustainability practices; Ngā Mokopuna is ultimately about making more conscious regenerative choices for the environment that will provide a legacy, research, learning and other opportunities for our mokopuna and the many generations that will follow.    

Images - Jason Mann Photography

2023
Hamilton

PROJECT

Tane te Wairoa - NIWA Hamilton

CLIENT

National Institute of Water & Atmospheric Research

Our team gets results

Mel Briasco

Jacob Bray

Charles Brown

Mitchell Braun

Rebecca Featherstone

 

tane te wairoa

NIWA HAMILTON

Tane te Waiora is an exciting home for NIWA to deliver its scientific operations in Hamilton in purpose-built future facing collaborative office and laboratory spaces that support 150 staff.

Located on the University of Waikato campus, the new NIWA Hamilton facility enhances the organisation’s capability to deliver world-class science in Hamilton. It is one of three core projects forming the NIWA Future Property Project strategy with a vision to create NIWA Science Workplaces of the Future – a suite of modern, welcoming, efficient, agile and fit-for-purpose buildings in Hamilton, Christchurch and Wellington that meet the needs of this high performing science organisation in contemporary and flexible facilities. All of the NIWA buildings will be designed to align with environmentally sustainable development standards.

NIWA’s Hamilton development comprises a new two level 4,500m2 building containing: Specialist laboratories and visitor facilities on the ground floor, collaborative modern flexible office accommodation on Level 1; 1,200m2 storage and workshop building; ancillary lab facilities and a storage building. The complexity of the laboratory facility was a key component of the development.

Our Wellington team led the master planning and strategy and design requirements before handing over into the sure hands of Waikato Lead Jacob Bray in Hamilton to lead the programme to through construction management delivery and stakeholder management.

As a significant research centre, Tane te Wairoa delivers on NIWA’s expectations for the Future Property Programme. 

Current
Christchurch

PROJECT

Waimarie Science North Building

CLIENT

Lincoln University

Our team gets results:

Stephen Threadgall

Kim Lochhead

Sam Turner

Rachel Pattison

 

lincoln university

Waimarie Science North

Lincoln University has always been a chief driver of innovation in the land-based sector, and the new Waimarie Science North facility positions Lincoln to take an even more prominent role in developing solutions for the world’s most pressing environmental challenges.

Waimarie is a 9,450m² facility over three levels providing teaching and workspaces, meeting rooms and collaboration spaces. The research laboratories house physical containment facilities, molecular, microscopy and microbiology, invertebrate microbiology, insect pathology, field ecology and soil chemistry and research workshops, temperature control rooms and a fungal light bank room.

A strong focus has been placed on aligning the design with the sustainability goals of Lincoln University. The inclusion of PV panels to the north facing and east facing façades, in addition to the roof PV panels, reduces solar glare and increases comfort for building occupants. The ground source heat pump provides a sustainable heating and cooling solution. The building utilises a rainwater recycling system. The overall result of these and other items that have been incorporated in the design will result in a reduction in Whole of Life costs and a reduced carbon footprint for the Waimarie Science North Building over its lifetime.

2020
LOWER HUTT

PROJECT

Measurement Standards Laboratory

CLIENT

Callaghan Innovation

Our team gets results

Andrew McCalman

 

measurement standards laboratory

CALLAGHAN INNOVATION

The Measurement Standards Laboratory of New Zealand is the recipient of the first new purpose-built laboratory at Callaghan Innovation’s Gracefield site in 10 years and is the first part of a larger programme of work upgrading and future-proofing the Gracefield site.

The environmental conditions required by a globally recognised measurement standards laboratory are incredibly strict. Minute changes in environmental conditions can have a big impact on experimental results, so the design needed to consider building materials, equipment dependencies, air conditioning requirements, anti-static flooring, and much more. Stainless steel reinforcing bars have been used in a section of the concrete foundation slab to avoid affecting the superconducting magnet that will be located in that area. The wider project team conducted many design reviews using 3D modelling to manage the high density of the building services.

Rt Hon Jacinda Ardern and Minister of Research, Science and Innovation, Hon Dr Megan Woods, along with Callaghan Innovation Senior Leaders, enjoyed a preview of the new building in June 2020 before its official opening which took place in 2021.

The building represents a significant investment in the provision of national measurements standards and will enhance New Zealand’s reputation as providing trusted precise measurements.

FlEUR Francois / MSL Director