About The Fair

ABOUT USABOUT THE NIWA CENTRAL SOUTH ISLAND SCIENCE AND TECHNOLOGY FAIR

The NIWA Central South Island Science and Technology Fair is a regional event where students from Years 7 to 13 present original projects in science, technology, and innovation. The fair offers a supportive space to investigate real-world problems, develop solutions, and communicate ideas.

Supported by NIWA as our principal sponsor, and with support from schools, families, and the wider community, the fair helps students grow as thinkers, creators, and future leaders.

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LET'S GO!HOW TO ENTER THE FAIR

Who Can Enter?

The fair is open to students in Years 7–13 from schools in the Central South Island region. All entries must be submitted through a participating school.

Step 1: Talk to Your Teacher

Let your science teacher know you’re interested in entering. They’ll confirm your school is registered and help guide your project.

Step 2: Choose a Project

Pick a topic that interests you — a question to investigate, a problem to solve, or something you want to create. Your teacher can help make sure your project follows the rules.

Step 3: Register Your Project

Your school will complete the official entry form on your behalf. This includes your name(s), year level, project title, and category.

Step 4: Prepare Your Display

Create a display board that clearly explains your project — what you did, how you did it, and what you found out. Be sure to include charts, photos, or models if needed.

Step 5: Bring It to the Fair

Create a display board that clearly explains your project — what you did, how you did it, and what you found out. Be sure to include charts, photos, or models if needed.

PLAN YOUR PROJECTPROJECT CATEGORIES

Students can enter their projects in one of four main categories, each designed to match different interests and ways of exploring the world. Whether you’re testing an idea, building a solution, or observing the environment — there’s a category for you.

Science investigation (Exhibits)

CLASSES 1-5Science investigation (Exhibits)

ENTRY CRITERIA: Individual or pairs

LIVING WORLD includes topics such as: Horticulture (Science of growing plants), Forestry, Plants, Animals, Marine Studies, Conservation, Agriculture, Human Behaviour, Animal Behaviour and Health.

MATERIAL WORLD includes such topics as: Chemistry, Metals, Corrosion, Chemical Product Testing, Fabrics and Chemical Change.

PHYSICAL WORLD includes topics such as: Electricity, Light, Heat, Material Strength, Insulation, Magnetism, Speed and Friction.

PLANET EARTH AND BEYOND includes: Geology, Soils, Pollution, Astronomy, Climate Change, Resource Extraction, Environmental Sustainability and Weather.

Inventions & Technical Innovations

CLASSES 6-7Inventions & Technical Innovations

ENTRY CRITERIA: Individual or pairs

Inventions and innovations are applications of science and technology which solve a problem.

For this class you are asked to apply your knowledge to make a device that has a practical application. The steps and stages in development should be recorded so that it is clear how you overcame any problems that were encountered. You will also need to discuss the scientific principles and ideas used in solving the original problem that was identified.

Originality and creative thought are important aspects of this Class. Exhibitors will use the standard display board to present their invention/technical innovation.

Observational Drawing

CLASSES 7-8Observational Drawing

ENTRY CRITERIA: Individual
THEME: Bird Structures

Suggestions:

  • Focus on the beak
  • Zoom in on a feather
  • A Talon
  • A Skeleton

Judging Criteria: Drawings should feature a centred biological name (genus and species) as the heading, and a scale bar based on accurate ratios. Use a sharp pencil to create a large, centred illustration with no labels, using stippling (not shading or solid lines) to show dark areas. Only draw what is visible, and attach a reference photo of the specimen to the back—this can come from a book or website, but the true scale must be shown.

Scientific Wall Charts

CLASSES 9-10Scientific Wall Charts

ENTRY CRITERIA: Individual
THEME: Adaptation and Change

Suggestions:

  • How viruses change to be more infectious
  • How the “stereotypical scientist” is now viewed
  • How animals adapt to humans taking over their environment
  • Changes to the space race

Be creative and explore. This British Science Week article is very useful.

Judging Criteria: Projects should clearly explain scientific ideas using the student’s own words, not AI or copied content. Displays must be eye-catching, easy to read, and balanced with relevant, clearly labelled graphics. Judges also look for concise text, accurate science, and a clear structure using headings.

PROJECT DO’S & DON’TSGUIDELINES

These guidelines will help you plan, create, and present a successful project. From choosing a topic to building your display, follow the steps here to make sure your entry meets the fair’s standards and stands out for all the right reasons.
Guidelines for Exhibitors

The essential feature is the manner in which you investigate the ‘idea’ or develop the ‘device’.

  • Any exhibit may:
  • The scientific 'idea' may be:
  • The technological 'device' may be:
  • The 'idea' or 'device' may be:
  • investigate or research a scientific ‘idea’;
  • develop a technological ‘device’;
  • involve the application of Science or Technology.
  • an hypothesis
  • a theory
  • a principle
  • a law
  • a process
  • a model
  • a machine
  • a system
  • an environment
  • a prototype
  • original, (you thought of it);
  • proposed, (someone else thought of it);
  • established, (already proven).
Display, Logbook & Integrity

Judges value clear, well-laid-out display boards and detailed logbooks that show your process. Your work must be your own; originality and honesty are key to a fair assessment.

  • Display Boards
  • Logbook
  • Authenticity

Use brief concise statements under headings. People will not read more than about 200 words. Present data in graphs rather than tables. Use diagrams and photos. Use colour, arrange logically, and ensure that it is readable from 1 to 2 metres.

Each exhibit must be displayed on a display board no larger than 1.0 m high, 0.50 m deep and 1.00 m wide when set up for display. It must be self-supporting and not attached to the table or walls. Display space is limited so please respect these regulations.

Present background research, observations, results, repeat trials, tables of data, construction details, prototypes and other details too extensive to display on the backboards.

Field or laboratory work unable to be displayed should be photographed and included in your logbook or on the display board.

All work must be your own. You may seek advice and guidance from teachers, reference material, and other people or resources and you may borrow or purchase special components, but the major construction must be your own. Help from other people, references and resources must be acknowledged on the display or in the logbook.

Simple, ingenious, original, and inexpensive exhibits are just as likely to be favourably considered as exhibits with a high content of expensive or special components, (such as electronics and computers).

Science Projects

A Science project must illustrate or investigate some scientific idea rather than be just a simple collection, e.g.: an insect collection may be arranged to show the principle of adaptation… that insects have different methods of feeding, thus reducing competition.

  • Science Project Steps
  • Science Project Headings

Scientific ideas may be investigated by means of a fair test that involves some or all of the following steps:

  • Make observations of the subject and do background research
  • Ask questions about the subject
  • Propose hypotheses, which are tentative scientific predictions
  • Carry out experiments that test the hypotheses in a “fair test” manner
  • Obtain results, mathematically process results and present these in tables, diagrams, graphs etc.
  • Make conclusions indicating the degree to which the hypothesis is supported by your results. Provide scientific explanations. Indicate the relevance or importance of your findings. Any errors, limitations, and assumptions that have influenced the results should be stated.

Headings for an investigative science exhibit may include some or all of the following:

  • Title
  • Aim
  • Introduction
  • Initial Observations and Background Research
  • Questions
  • Hypotheses
  • Experimental Method or Procedure
  • Results, including observations, drawings, tables, graphs
  • Statistical treatment or analysis of the results.
  • Conclusions
  • Errors, Limitations, Assumptions
  • Discussion, including: scientific reasons for the findings – their relevance and importance.
  • Acknowledgments
Technology Projects

A technology project must develop a new prototype or model, product, device, process, system or environment.

  • Technology Project Steps
  • Technology Project Headings

The following steps may develop a technological solution:

  • Identify a need or opportunity
  • Research existing technologies, historical background
  • Survey a target audience
  • Sketch initial concepts
  • Develop concepts and produce a “device” to meet the needs of the target audience
  • Evaluate the solution suggesting any modifications or improvements.

Headings for a technology exhibit may include some or all of the following:

  • Title
  • Need or Opportunity
  • Knowledge or Research
  • Development of a Solution
  • Evaluation
  • Acknowledgments
Display, Logbook & Integrity

A technology project must develop a new prototype or model, product, device, process, system or environment.

  • Display Boards
  • Logbook
  • Authenticity

Use brief concise statements under headings. People will not read more than about 200 words. Present data in graphs rather than tables. Use diagrams and photos. Use colour, arrange logically, and ensure that it is readable from 1 to 2 metres.

Each exhibit must be displayed on a display board no larger than 1.0 m high, 0.50 m deep and 1.00 m wide when set up for display. It must be self-supporting and not attached to the table or walls. Display space is limited so please respect these regulations.

Present background research, observations, results, repeat trials, tables of data, construction details, prototypes and other details too extensive to display on the backboards.

Field or laboratory work unable to be displayed should be photographed and included in your logbook or on the display board.

All work must be your own. You may seek advice and guidance from teachers, reference material, and other people or resources and you may borrow or purchase special components, but the major construction must be your own. Help from other people, references and resources must be acknowledged on the display or in the logbook.

Simple, ingenious, original, and inexpensive exhibits are just as likely to be favourably considered as exhibits with a high content of expensive or special components, (such as electronics and computers).

HOW PROJECTS ARE ASSESSEDJUDGING CRITERIA

Judges look for projects that show clear thinking, creativity, and solid scientific process. This section explains how your work will be assessed — from how well you communicate your ideas to the quality of your presentation and research.

All criteria are judged in relation to the age of the exhibitor(s), and the resources and facilities available to them. Original work is more favourably considered than direct copying from books, or obtaining substantial help from other people. You can achieve this by:

  • investigating known ideas or techniques in an original manner
  • applying known ideas or techniques to a new or different subject
  • carrying out an investigation or developing a device that is completely original

Your exhibit – display board, log book and items on display – must tell the complete story to the judges.

Certificates for Animal Ethics Approval, if applicable, must be available for inspection.

Science Judging Criteria

Science involves validating experiments that lead to the gathering of data to support or refute the hypothesis or to further investigate the aim or seek answers to questions.

  • 1) Scientific Thought and Understanding
  • 2) Originality

A science exhibit should demonstrate clear scientific thought and the application of appropriate scientific methods. It should show evidence of appreciation for accuracy in observation, measurement, data collection, data presentation and reporting; and an understanding of the underlying or related scientific principles embraced within the project.

It should contain

  • replication for an appropriate level of accuracy
  • proof that data is statistically valid
  • identification of variables and sources of error
  • sound conclusions related to the observations and data presented
  • discussion of significance of the findings to other situations, and recognition of any wider implications of the study.

There should be originality in the selection of the topic or statement of the problem. The following aspects should be evident:

  • a uniqueness of approach
  • a resourcefulness in obtaining, handling and interpreting data
  • an ingenious and inventive use of equipment and materials
  • creative displays or creative use of illustrative objects
  • an inventive apparatus
  • a high degree of insight offered by the conclusions and discussion
  • novel or inspired application of the principle, process or product being studied.
Technology Judging Criteria

Technology involves the development of a useful product, process, or environment. The development should be driven by identifiable human needs.

  • 1) Development
  • 2) Innovation and Originality
  • 3) Identifying and Researching the Need
  • 4) Evaluating the ‘solution’

The project should include sufficient documentation (plans, models, notes, etc.) to verify the development process that has been worked through for a range of technological aspects. At each stage of development, the various prototypes should have been evaluated by valid tests, which measured performance against criteria important to the intended end-users of the ‘product’.

The project should clearly identify the shortcomings of existing ‘solutions’. These shortcomings and/or identified needs should be met in inventive, innovative or original ways. Materials and/or processes should be used in new or more efficient methods to achieve the ‘solution’.

Also see the statement about originality above.

The project must show how the human need (or opportunity) was identified and validated with reference to the end-users’ expectations. Existing solutions should be investigated and their shortcomings identified in relation to the identified need or opportunity and expectations of the users. Information thus gained should be analysed and performance specifications of the ‘solution’ defined from an analysis of the needs and expectations of the users.

The final solution should be judged against the original need or opportunity. How well the ‘solution’ works should be measured tests in relation to the performance specifications. How well it meets the needs of the users should be measured through appropriate tests. Evidence should be provided that the solution meets the needs of the intended users in ways appropriate to the users (it is easy and enjoyable to use.) It should be aesthetically pleasing or this potential should be shown. The ergonomic requirements of a range of people (age. gender, sex) should be considered. Its potential for full-scale use, including key quality control elements, should be evaluated.

Shared Judging Criteria

Technology involves the development of a useful product, process, or environment. The development should be driven by identifiable human needs.

  • 1) Thoroughness and Effort
  • 2) Technical Skills
  • 3) Presentation

The thoroughness of work and effort which has gone into the project should be reflected in the scope of the topic, the scale of the investigation, the detail obtained, the extent of the results, the repetition of the experiments measurements or observations, the construction of the exhibit, and its illustrative items and other displays, and the detail of the written material recorded in a log book.

These will be related to the age of the exhibitor, to the resources and facilities available to them and to the nature of the topic or investigation itself.

The project should be assembled skilfully; equipment and models should be well constructed; graphic materials must be carefully prepared and presented; living plants and animals well cared for; working parts reliable; and the whole display well planned and neatly finished.

The exhibitor(s) should have used their own skills rather than working under expert supervision and demonstrate skilful use and application of techniques or equipment.

The exhibit should be well designed, attractive, visually interesting and informative on all aspects of the investigation; well-illustrated with photographs, models, specimens, or samples; and with wide public appeal and effective communication. There should be a logical sequence, set out clearly and concisely, with all pertinent details displayed in a way which enables viewers to quickly grasp the essentials.

A logbook should provide details to back up the project, but the display must contain all the important details related to the investigation.

Interviews With Judges

The judges will endeavour to interview all exhibitors. If you have not been interviewed as the judging period draws to a close, please notify one of the Organising Committee. However, remember the judges have had a chance to look at your exhibit earlier in the morning so may not need to spend much time with you. Exhibitors must be present for these interviews, so do not stray away from your exhibit to visit friends.

GUIDELINES FOR A SUCCESSFUL ENTRYRULES & CONDITIONS

Make sure you know the rules before entering. These guidelines keep the fair safe, fair, and fun for everyone.
  • A maximum of two exhibitors is permitted per exhibit. If exhibitors are from different schools, then only one of their schools may be nominated on the entry form.
  • Any exhibit that wins a prize may not be re-entered the following year unless it has been substantially changed.
  • Each student may be entered for one exhibit only.
  • Each exhibit must be displayed on a display board no larger than 1.0 m high, 0.50 m deep and 1.00 m wide when set up for display. It must be self-supporting and not attached to the table or walls. Display space is limited, so please respect these regulations.
  • Exhibitors must be present throughout the judging period. Unattended exhibits will not be judged.
  • Sound systems and games played on computers are not permitted unless they are an essential part of an exhibit.
  • Exhibitors need not be present when the Fair is open to the public.
  • No part of any exhibit may be removed before the fair closes unless permission has been granted by the organising committee. Exhibits not removed at the closing of the fair may be disposed of unless prior arrangements have been made with the Organising Committee.
  • Exhibitors who are awarded prizes are expected to attend the Prize-giving – 4:00 pm to 5:00 pm Thursday. A full list of Prize Winners will be posted on our website after Prize Giving. A list of Prize Winners from each school will be able to be accessed on this website on Thursday morning, using the school’s login. If a prize winner cannot attend, then the Organising Committee must be notified by email.
  • The Organising Committee retains the right to announce and publish information supplied by the entrants if their exhibit is awarded a prize. Otherwise information supplied by the entrants will remain confidential.
  • Valuable Equipment: The Organisers accept no responsibility for damage to or loss of any part of an exhibit. If an exhibit includes valuable equipment, then permission for the removal of such equipment after judging may be granted by the Organising Committee. Exhibitors should arrange their own insurance to cover the valuable equipment both during the Fair and while it is being transported.
  • Explosives are prohibited. Dangerous chemicals may be used only with the consent of the Organising Committee. Ask your teacher first, and check with an official on judging day.
  • An electrical hot plate, heating mantle or similar device should produce any heat required. Small burners may be used with permission: check with an official on judging day.
  • Mains electricity (240V AC) will be supplied to any commercially made equipment that is safe, providing that the entrant has a power cord about 3 metres long. Any unsafe electrical devices will not be allowed. If circuits in the exhibit contain voltages greater than 12V AC or DC they must be labelled and safe.
  • Water may be used. The nearest taps are in the kitchens and toilets. Exhibitors will have to arrange a reservoir and collection system.
  • Small animals may be part of an exhibit provided they are adequately housed, fed and watered by the exhibitor.

Ethics Approval

  • Ethics Approval, from a recognised animal ethics committee, is required if your project involves using live animals. “Animal” means any living member of the Animal Kingdom that is a mammal (excluding humans), bird, fish, reptile, amphibian, octopus, squid, crab or crayfish.
    Make sure you have applied for Ethics Approval, if necessary, BEFORE you start your project. This must be attached to your log book. For Animal Ethics Approval information and application forms go to: https://animalethics.org.nz/
  • Exhibits will not be accepted for judging if they do not include ethics approval.
  • For Guidelines for the use of humans in experiments and research go to: http://www.nzase.org.nz/ethics-human.html The link to “Ethical Practice When Doing Research with Humans: Guidelines for Students and their Supervising Teachers”, published in 2009, provides very useful advice on best practice. Our judges will be looking for evidence of this in student exhibits.
DISCLAIMER: The NIWA Central South Island Science and Technology Fair Committee:
  • Does not accept any responsibility for human or animal misfortune as a consequence of involvement in the Fair.
  • Does not necessarily support the reported conclusions when product testing preferences, or other findings are identified. No responsibility for product testing implications will be accepted.

RECOGNISING EXCELLENCEPRIZES & AWARDS

Outstanding projects are recognised with prizes for creativity, scientific thinking, and effort. From certificates to sponsored awards, there’s something for every standout idea.

NOTICE: Some of these prizes may not be awarded as advertised.

Prize Name Class Student Name Project Title School
S.R. Bennett Trophy for the best overall exhibit in the fair 2 Mila Symister and Elise Park Pressure Pointe Craighead Diocesan School
Bob Anderson Memorial Trophy for the runner-up best overall exhibit in the fair 2

Thenuli Wariapperuma and Paige Pehi

Sugar Brush Gleniti School
First in class 1 1

Year 7

Stevie Emmerson and Neave Inkster Mind Over Matter Gleniti School
First in class 2 2

Year 8

Mila Symister and Elise Park Pressure Pointe Craighead Diocesan School
First in class 3 3

Year 9

Angus Lovett Growing Success Timaru Boys High School
First in class 4 4

Year 10

Jess Beeby and Ella Metcalf Waitarakao Lagoon –

Water in trouble

Craighead Diocesan School
First in class 5 5

Year 11 – 13

Daniel Heffernan Energy on the fly Timaru Boys High School
First in class 6 6

Inventions & Technical innovations

 

Thenuli Wariapperuma and Paige Pehi Sugar Brush Gleniti School
First in class 8 8

Observational Drawing

Sophie Walker   Gleniti School
Second in class 1 1

 

Huner Mckenzie and Tom Thatcher How does tyre pressure effect traction? Waihi School
Second in class 2 2 Kit Inglis Heart of the Highlands Wakanui School
Second in class 4 4 Lily Crosbie Can’t remember? – You better concentrate! Craighead Diocesan School
Second in class 5 5 Finlay Fulton Water quality in the Opihi River Timaru Boys High School
Second in class 6 6 Manu Kotua – Tekoronga Drone Dry Grantlea Downs School
Second in class 8 8 Caden Haugh   Grantlea Downs School
Third in class 1 1 Caitlyn Neill Golden Grains Ashburton Intermediate
Third in class 2 2 Celest Hahn Indoor Insulation Ashburton Intermediate
Third in class 4 4 Emily Brown and Olivia Mclachlan Butter vs oil in chocolate chip cookies Craighead Diocesan School
Fourth in class 1 1 George Dwyer and Ben Watson Long Shot Waihi School
Fourth in class 2 2 Leo Caspritz and Will Barber Pavement to pan Gleniti School
Fourth in class 4 4 Hannah Boud and Juliet Griffin Bag-teria invasion Craighead Diocesan School
Arowhenua prize for displaying enthusiasm and innovation 2 Thenuli Wariapperuma and Paige Pehi Sugar Brush Gleniti School
Arowhenua prize for the study of the environment 4 Jess Beeby and Ella Metcalf Waitarakao Lagoon – Water in Trouble Craighead Diocesan School
Arowhenua prize recognising young women in stem 2 Mene Kritzinger and Janke Vander Westhuizen Food for thought Bluestone School
Arowhenua prize for displaying originality and inventiveness 6 Manu Kotua – Tekoronga Drone Dry Grantlea Downs School
NZ statistics   Sophie Stocker Hay neigh-bour Ashburton Intermediate
NZ statistics   Celest Hahn Indoor Insulation Ashburton Intermediate
Opuha Senior Jess Beeby and Ella Metcalf Waitarakao Lagoon – Water in Trouble Craighead Diocesan School
Opuha Senior Holly Chapman Pure to polluted Ashburton Intermediate
Opuha Junior Beau Kirwan Tame the trough Longbeach school
Opuha Junior Austen Galbraith and Baxter Wilkes Lagoonology Gleniti School
Opuha Junior Zack Foster H2-oh no can we clean it? Ashburton Intermediate
Aorangi Vets   Sophie Stocker Hay Neigh – bour Ashburton Intermediate
Aorangi Vets        
Baking Industry Trust   Emily Brown and Olivia McLachlan Butter vs Oil in chocolate chip cookies Craighead Diocesan School
Barkers   Molly Caroll and Nellie Carlaw Dye or Die St Josephs Timaru
Barkers   Eleanor Froud Milk Mastery Gleniti School
Ecan 1st Junior Holly Chapman Pure to polluted Ashburton Intermediate
Ecan 2nd Junior Austen Galbraith and Baxter Wilke Logoonology Gleniti School
Ecan 3rd Junior Robbie Stalker Riparian Planting Ashburton Intermediate
Ecan 1st Senior Jess Beeby and Ella Metcalf Waitarakao Lagoon – Water in Trouble Craighead Diocesan School
Ecan 2nd Senior Daniel Heffernan Energy on the fly Timaru Boys High School
Ecan 3rd Senior Katelyn Valentine and Ella Newlove Green or mean? Craighead Diocesan School
Sport 1st   Will Corry and Jay Jay Ruri Angles of Success Bluestone School
Sport 2nd   Edward Laing and Lewis Sugrue Bouncing Balls St Josephs Timaru
Sport 3rd   Archie West and Jack Rosewell Longest Drive St Josephs Timaru
Irricon   Yuri Vidal Flood St Josephs Timaru
Irricon   Honor Walkinshaw – Dee and Araliyah Karena – Jamison Algae Overload Grantlea Downs School

HALL OF FAMEPAST WINNERS

Over the years, students from across the Central South Island have impressed judges with innovative thinking and standout projects. This section highlights past winners whose work set the standard for creativity, curiosity, and scientific excellence.

WINNERS 2025

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RECOGNISING EXCELLENCEPRIZES & AWARDS

Outstanding projects are recognised with prizes for creativity, scientific thinking, and effort. From certificates to sponsored awards, there’s something for every standout idea.

NOTICE: Some of these prizes may not be awarded as advertised.

Best Exhibitor in the Fair
NIWA Prize $800 + S.R. Bennett trophy for the best overall exhibit in the FairMila Symister/Elise ParkPressure Pointe

Craighead Diocesan School

NIWA Prize $600 + Bob Anderson Memorial Trophy for the runner-up best overall exhibit in the FairThenuli Wariapperuma / Paige PehiSugar Brush

Gleniti School

For Classes 1 - 5
1st $300Stevie Emmerson and Neave Inkster – GlenitiMila Symister and Elise Park – Craighead

Angus Lovett – Timaru Boys

Jess Beeby and Ella Metcalf – Craighead

Daniel Heffernan – Timaru Boys

2nd $250Hunter McKenzie and Tom Thatcher – WaihiKit Inglis – Wakanui

Lily Crosbie – Craighead

3rd $200Caitlyn Neill – Ashburton IntCelest Hahn – Ashburton Int

Emily Brown and Olivia Mclachlan – Craighead

4th $150George Dwyer and Ben Watson – WaihiLeo Caspritz and Will Barber – Gleniti

Hannah Boud and Juliet Griffin  – Craighead

For Classes 6 -7
1st $200Thenuli Wariapperuma and Paige Pehi – Gleniti
Runner-up $100Manu Kotua – Tekoronga – Grantlea Downs
For Classes 8 - 11
1st $100Sophie Walker – Gleniti
2nd $80Caden Haugh – Grantlea Downs
3rd $30
Special Prizes
Award Focus Sponsor
Innovation & Environment – ArowhenuaThenuli Wariapperuma and Paige Pehi – Gleniti
Originality/Inventiveness ArowhenuaJess Beeby and Ella Metcalf
Women in Science Arowhenua
Environment Ecan1st – Holly Chapman – Ashburton IntJess Beeby and Ella Metcalf – Craighead

2nd – Austen Galbraith and Baxter Wilkes – Gleniti

Daniel Heffernan – Timaru Boys

3rd – Robbie Stalker – Ashburton Int

Katelyn Valentine and Ella Newlove – Craighead

Water/Atmosphere OpuhaOpuha SeniorJess Beeby and Ella Metcalf – Craighead

Holly Chapman – Ashburton Int

 

Opuha Junior

Beau Kirwan – Longbeach

Austen Galbraith and Baxter Wilkes – Gleniti

Zack Foster – Ashburton Int

Statistics NZ Statistical AssociationSophie Stocker – Ashburton IntCelest Hahn – Ashburton Int
Food science & technology Barkers of GeraldineMolly Carroll and Nellie Carlaw – St Josephs TimaruEleanor Froud – Gleniti
Baking NZ Baking Industry Research Trust
Health ARA
Sport Science CommitteeWill Corry and Jay Jay Ruri – BluestoneEdward Laing and Lewis Sugrue – St Josephs Timaru

Archie West and Jack Rosewall – St Josephs Timaru