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Unlocking Curious Minds
Participatory Science Platform
Papa Taiao Predator Free Secondary
Finding Little Blue
3 Dimensional Design, Imagination is the Limitation
Unlocking scientific curiosity with the Ngā Mātāpuna o Ngā Pākihi Learning Community Cluster
Hello Café: Engineering with a Human Touch
Nanogirl's Lab - a Nationwide afterschool STEAM club
Magma drillers save planet Earth
Aquavan Action... Connecting Catchment Communities with Coastal Health
Soil Fertility and Health
If we build it, will peripatus come?
Developing girls' computational thinking using robotics
Kaitiaki whenua: engaging kura kaupapa rangatahi in digital technology
Ngā Kaitiaki o Ngā Motu
Predator Control and Biodiversity Monitoring on Quarantine Island Kamau Taurua
Dinosaur Footprints – An event of discovery
Extreme Science II:Engagement in Aotearoa's Most Remote Communities
What's in our water: Shining a light on water quality
Source to Sea catchment planning
Dust Busters: Dust-mite allergy triggers
Students rediscover fungi
The Air Science Circus page
Exploring Careers in Geographic Information Systems and Unpersoned Aerial Vehicles
Everyday Science and Technology Projects Extended
Karanga O Tānemahuta
What’s that? Evaluating coastal ecosystem health using underwater soundscapes
Te Kura o Mōrearea o Papatūānuku o Te Tairāwhiti
Experiential learning about climate change
Understanding rusts – fungal invaders of Aotearoa
Down the Drain
Extreme Science - Taking Science to the Chathams
After School Science
Family Science Workshops
Papa Taiao Kura Kaitiaki Whenua a tool for Taiohi Māori to excel in Pūtaiao and Science
Far From Frozen: Antarctica & Us
The Great Weeds Hunt of Aotearoa
From Africa to Aotearoa - the Longest Journey
Investigating native plant-fungi symbiosis
From discovery to engineering – Explaining the National Park Wetland mystery
Ahi Pepe MothNet – Aotearoa
Geological hazards through the 'internet of things' and data science
Programmable Electronics: Digital Technology Learning through STEAMS Kits
Haeora: The Pollinators and The Pollinisers
Aquavan - discovering our coastal connections
Hands On Hutt Science
Electric Vehicle Battery Health: applying citizen science to check corporate specs
He Waka He Tangata
Backyard Biodiversity Stage 2
Kaiwhanake Taupānga Māori - Māori Youth Game Development programme
Whitebait Connection: Te Reo Māori
Experiencing Marine Reserves: Te Kura Moana.
Indigenous Sparks: Equipping 100 Reaching 1000
Ka Hao te Rakatahi
Investigate experiment explore
Science fusion 2: kura + whare wānanga = science + pūtaiao
Karioi Education Program
Can biofuel drive a go-kart?
Kimihia te me ngaro – Seek the things being lost
Open Valley Urban Ecosanctuary - Kapuka Taumahaka Whakamaurutanga
Creating nature-rich cities
Lab-in-a-Box 2: The country taking on science
Lab-in-a-Box 3: North Island
Lake Taupō Forestry Trust science and technology workshops
Maker/Creator outside the classroom
Making a good impression: from fossils to false teeth
Making Cultural Connections
Mānuka Chemistry in the Community
Matakōkiri wānanga kits
Microbes: Friends, Enemies or Frenemies?
Misson to Mars
MothNet: Identifying, Strengthening and Restoring Connections
New Zealand National Biomechanics Day
Ngā Waihotanga Iho: rural student outreach
Ō tātou tamariki, ngā kaitiaki taiao
Piloting the Otago Interplanetary Cycle Trail
Project Activate - Healthy Living, Heathy Action
Project Hotspot 2017
QuakeCraft: Natural Hazard Resilient Housing
Māori Knowledge and Uses of Fungi
Resilient and Sustainable Pop-Up Housing
Rich maths: Engaging children in maths using dragon data cards
Roboshops – Robotics workshops for kids
Robots In Schools
Science & Technology Camp 2017
Science Playground: Explore, Experience, Explain
Science Works 2016
Science Works 2017
Sea Science: creatively unpacking beach clean-up data
Sensors in schools
SMART Dome Project
Smart Gardens - Community Gardens with Smart Student Sensors
Spaceward Bound New Zealand for Youth
Te Hiku Noho Taiao Matariki
Te kura o Papatuanuku - Wairarapa Earth School
Te Oranga o te Awa
Te Oranga o te Awa - Phase Two
The Mind Lab Tairāwhiti Tech Futures
Tuakana teina - Students unlocking students' minds
Tūhonohono – connecting people and place with pūtaiao
Understanding atmospheric carbon dioxide
Underwater Robotics for Isolated Rural Schools
Unlocking Space & Weather
Vet X: Māori and Pasifika vet experience
Wellington Zoo Bush Builders
What Lies Beneath
Winning the War against Weeds
Healthy Homes, Healthy Futures
Waitara Kaimoana Survey
Shedding Light on the Night
Sediment and Seashores, what are the consequences?
South Taranaki Reef Life
Te Moeone - Growing for the Future
Project Ultra: Pekapeka in Purangi
Mount Taranaki Kiwi Survey
Project Hotspot 2015
Investigating air quality with under-fives
Kava Tonga: are there long lasting negative effects?
Oruarangi Stream: how is it affected by stormwater?
What is the ‘fart rate’ of different composting systems?
Ōtara Waterways and Lake Restoration Initiative
Tracking Pukekura Blue Penguins
Tomahawk Lagoon: helping locals look after their backyard
The way of the future for Horticulture
Future of work and collaboration through a Simulated Human Mission to Mars
Virtual Food Technology
The Big Experiment
Kaiwhanake Taupānga Māori game development
Science Around Us: from creeks to crayfish
Ngā kaitiaki o Ngāti Kuri
Tamariki moana, children of the sea
National Biomechanics Day 2018
Digitised real-world Mathematics for children with Cerebral Palsy
Reembracing Toheroa in the community
Tohu o te wā – Hangarau pūtaiao
Creepy crawlies meet primary education
A Breath of Fresh Air
When do marine salps bloom?
Tūhono i te Ao
What's in Your Air, Alex?
Piece of Pi: Giving Girls the Confidence to do Maths
Develop sustainable ‘Houses of Science’ across the nation
Maths Craft in Class
Bringing the kūmara story to life with 3D printing
Possums and Pythagoras: How mathematics helps solve New Zealand’s pest mammal problem
Early Childhood Environment Investigators
Huiterangi Digitech - Haramai Te Toki
Tai Moana, Tai Ora – A Community Approach to Marine Sustainability and Resilience through Science
Feeding the World Today and Tomorrow Requires Food Scientists
Science Journeys: From Ship to Showcase
Science Show-offs: Empowering youth to on-teach science concepts to families and friends
School of Rocks
Coding and Robot-making – an interactive course of study made available remotely
Local taonga as the nexus for STEM introduction
Hands on Health Science and Pathology for Primary School Children
Whakatōmene: Matiu Somes Island
Greymouth Japanese Honeysuckle Biocontrol
Arrowtown’s Air – An Illustrated Guide
Enhancing teaching and learning
Science Learning Hub
Asking New Zealanders
Women and girls
Connecting research with society
Research in the media
Science and tech communications
Museums, zoos and science centres
Request an ambassador
Discovering life in awa playgrounds
Watt about the weather?
Cameras spot elusive island predators
Restoring mahika kai with tuna research
Source to sea: the wellbeing of water
Weird worm ignites care for creepy crawlies
Cleaning up Lake Wanaka
3D printing brings kūmara history to life
Can creepy crawlies help us watch our wetlands?
Delving into the drylands
Bincurity: recycling with robotics
Fitbit for fur babies: tracking cats' hunting
Trashformers: making waste useful
Indigital: creating game-changers
Teens drive creek care in Ōtara
Project Litter: tracking beach trash
Dunedinites discover backyard biodiversity
New frog leaps into North Taranaki
Making urban homes self-sufficient
First study of Taranaki’s little blue penguins
Aquavan: sea life on wheels
Tuākana, tēina: smashing barriers with siblinghood
From empty field to eco farm
Te Kura Moana: gems of the sea
Stamp out those stinkin' fruit pests!
Preserving the past to protect the future
Plumcots and compost: creating a healthy orchard
Can apps boost environmental care?
Growing green dollars with eco enterprises
Kids of Hazard: exploring natural disasters
Can gaming help air quality research?
House of Science: from start-up to sustainable
Making science child’s play
From class to crayfish: science gets real
Getting wet, wild and wise for whitebait
Īnaka Kōrero: whitebait poetry by Teoti Jardine
Will bigger ships shake up our sea life?
Life through a lens: finding nature with film
Vets, volts and virtual technology
Can radio tags ‘tune in’ to penguin life?
Shake it off: grand designs get teens quake-savvy
He ika, he taonga: can nurseries help our fish?
Tackling Tomahawk's troubled waters
Ngā Hekaheka: fungi with a Māori lens
Mānuka: the sweetest weedkiller?
'Floating classroom' shares waka science
Investigating īnaka: kindy kids become kaitiaki
How can origami shape your brain?
How are wetland bugs like pizza lovers?
Not so blue now: teens explore cheese
Distilling down the science of scents
Papatūānuku and pūtaiao: the science of soil
Building robots: from pieces to partnerships
Reconnecting roots through virtual tech
Science, Singapore style!
Capturing river cleanliness on camera
Watercress watchers: securing wild food
Wi-finding a way to better internet
Kaitiaki kids: from bees to bioblitzes
Diving into underwater engineering
Taking science to the extremes
Community knowledge: a scientist's perspective
Can litter art help keep our islands clean?
Fantastic beasts bust maths myths
How do we revive our beehives?
Getting a buzz out of a bee-themed box
Drilling down into Dunedin’s floods
How can Māori stories help whitebait?
How can we keep tabs on our tuna?
Weaving new materials with old
3D thinking sparks imagination
NZ plugs into electric cars
Can your bike help you explore space?
Exploring the science behind Hawke’s Bay
Does Wanaka have too many grebes?
How is sport like digital animation?
Which compost is best for our gardens?
Kitchen science excites mums and dads
Can art make science a breath of fresh air?
What lives in the South Taranaki reef?
How do you test water quality?
Can scientists be storytellers?
How can we handle climate change?
Why are weeds bad?
How can you find safe spots for kiwi?
How can sharks help us keep our teeth clean?
What do businesses teach the teachers?
Shining a Māori light on moths
How is the Kaipara's health changing?
How can you make your own Minecraft?
Can hairdryers help solve a big problem?
Fire, ice and poo
How do you get bots to bop?
Can we make Mars our Plan(et) B?
Motunui carvings: metal or stone tools?
Finding the wild side of urban life
Are fruit tree pests proliferating?
How can poo save the wētā?
How to float over big balloon hurdles
Tsunami demo smashes learning barriers
A light for sore eyes
Can you find your way without a compass?
Can recycling help homelessness?
Where do whitebait fritters come from?
Learning to code like a pro
What’s going down the drain in your street?
Mould in your home, worse than ugly
A fascination with designer bacteria
What can paddling a waka help you think about?
Young engineers get together in Waikato
Something positive and unique for New Zealand
Let’s see how our reef has changed in 15 years
Richard Hendra’s six months as a plant biologist
Extreme citizen science in New Zealand
Tracking small feet on the ground
Discovering the butterflies of the night
Sustainable Seas, a National Science Challenge
Magele Maria Uluilelata
Te Atawhai Kumar
Simonetta Di Pippo
Hīria Te Rangi
Submit an event
Rarely Seen: Photographs of the Extraordinary
Te Whaanau Maarama: The Heavenly Bodies
Get Smart: NZ wired in the Digital Age
Accelerate: Driving New Zealand
Mighty Small Mighty Bright
James Cameron - Challenging the deep
Science Academy for teachers
Over 40 projects funded for 2017
More money for Taranaki projects
Fourth funding opportunity opens in Taranaki
Taranaki project funding opens for 2019
Taranaki project funding opens for 2020