Australia · Secondary, TAFE and university · Checked at the organisers

Student hackathons in Australia

A hackathon squeezes a whole software project into a weekend: form a team, pick a problem, build something that works, and show it to judges before the clock runs out. Lists of "student hackathons" online are often out of date, and many events have age or enrolment rules that rule out school students. This page sets out what the main Australian events say about themselves, who can actually enter, what school-age students can do instead, and the single build habit that most often decides whether a team has a demo at the end. Every detail was checked at the organiser on 7 October 2026. We are independent of all of them.

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Checked at each organiser on 7 October 2026 · Independent of every event · Eligibility stated honestly

In short

The biggest student hackathon in Australia, by its own description, is UNIHACK: 48 hours, hybrid, next held March 12 to 14, 2027, open to university and TAFE students aged 18 or older. GovHack, an open government data competition open from high school students upwards, is refreshing its format and says more is coming in 2027. School-age students can enter project competitions such as Young ICT Explorers instead.

Where to start

Three courses that build hackathon skills

Building fast and well is a skill that can be practised, and these courses practise it.

Hackathon for Teens course thumbnail

HKA / 01

Hackathon prep for teens

Python, JavaScript, AI APIs and pitching for ages 13 to 17, built around short team projects.

Open the syllabus →
Hackathon for Adults course thumbnail

HKA / 02

Hackathon prep for adults

For university and TAFE students heading to events like UNIHACK.

Open the syllabus →
App Development for Teens course thumbnail

HKA / 03

App development for teens

Mobile apps with React Native, the format many hackathon teams choose.

Open the syllabus →

What is on

UNIHACK and GovHack, as their organisers describe them

These are the two large Australian hackathons whose own sites we could verify on 7 October 2026. Always confirm details with the organiser before planning around a date.

Two Australian hackathons, from their own websites
UNIHACKGovHack
What it is"Australia's biggest student hackathon", by its own descriptionAn annual open government data competition in Australia and New Zealand
Length48-hour hybrid weekend46 hours
Next eventMarch 12 to 14, 2027 (pre-registration open)Refresh under way; the organisers say they will share what is coming in 2027
Who can enter18 or older and studying at a university or TAFE in Australia or New ZealandEveryone, from high school and first-year university students to experienced developers
ThemeNo official theme; some prizes set their own challengesReusing official government data sets
What teams produceA working hack, judged on polish, difficulty, originality and "wow factor"A proof of concept and a video telling the story of how the data can be reused

UNIHACK lists four judging criteria: polish, design and execution; technical difficulty; originality and creativity; and what it calls the wow factor. It asks whether the project actually works and whether it does more than put a pretty front end on an existing service.

UNIHACK says everyone is welcome whether just starting or experienced, and that graduates who have finished but not yet had a graduation ceremony are still eligible.

GovHack encourages mixed teams: entrepreneurs, developers, designers, digital media creators, artists, storytellers, researchers and open data enthusiasts. Categories are announced on the Friday night and teams work through the weekend with official data sets.

On its home page GovHack says it is taking time to refresh the event after sixteen years, which is why no 2026 event is listed. Students interested in open data can still explore government data portals in the meantime.

Sources: UNIHACK; GovHack. Both read on 7 October 2026. We have no tie to either organiser.

Under 18

What school-age students can enter instead

Most large public hackathons in Australia set age or enrolment rules that leave out school students. These events offer a similar build-and-present experience with rules written for school years.

School-age alternatives with similar skills, linked to our checked guides
Event or programWho it is forHow it resembles a hackathon
Young ICT ExplorersYears 3 to 12, alone or in teams of up to fourBuild a digital solution, write it up and pitch it to judges
RoboCup Junior AustraliaPrimary and secondary teams, generally 2 to 4 studentsDesign, build and program a robot against a deadline
FIRST LEGO LeagueAges 6 to 16 in three divisionsA season-long team project with a robot game and presentation
Girls' Programming Network workshopsHigh school students, as the organisers define themA free full day of building a project with mentors
Raspberry Pi Foundation Coding ChallengeYears 5 to 12, by skill levelShort timed programming tasks, run through the AMT

Our guides to Young ICT Explorers, RoboCup Junior Australia, FIRST LEGO League and the Girls' Programming Network set out each one's rules and dates, all checked at source.

Universities and schools also run their own one-day coding events and holiday programs. They change often, so check each host's own page for age limits, supervision and dates.

For a student under 18, an event's rules on age, supervision and parental consent matter as much as its prize list. Read the code of conduct before registering; UNIHACK and GovHack both publish one.

A school-age student who learns to build a small working thing in a short time will be well placed for UNIHACK or GovHack later, once old enough or enrolled.

Worked lesson

The walking skeleton: something that works, first

The most common way to lose a hackathon is to build three impressive parts that never join up. A walking skeleton avoids that: the thinnest possible version of the whole project, working end to end, built before anything else. The two teams below are invented to show the idea.

What a skeleton is

Every layer of the project exists in its simplest form and is connected: a screen that takes input, code that does one real step with it, and a visible result. It is ugly but it runs.

Why first

Joining parts is where hidden problems live: data in the wrong format, a service that rejects requests, a page that cannot reach the code. A skeleton finds them in hour five, not hour forty.

Then thicken

Once the skeleton walks, every hour adds muscle to a working body. If time runs out, the team still has a demo; it is just thinner than planned.

Two invented teams in a 48-hour hackathon building an app that suggests a study timetable
Hours inTeam A: build parts separatelyTeam B: skeleton first
0 to 4Idea chosen; each member starts their own partIdea chosen; one-sentence demo script written
4 to 8Login screen, database and scheduling code under waySkeleton: type one subject, get one suggested slot on screen
8 to 30Each part grows, tested aloneReal scheduling rules added to the working path
30 to 40First attempt to join the parts; formats do not matchSecond and third subjects, a calendar view, clean-up
40 to 46Fixing the joins; no time to rehearseFeature freeze, testing, pitch rehearsed twice
46 to 48Demo crashes on one pathDemo runs the scripted path smoothly

Team A was not less talented; it simply discovered its biggest risk last. Team B wrote the demo script at the start, which told it exactly which path through the app had to work, and built that path before adding anything else. The same approach works at school scale: in a six-hour classroom build, the skeleton should run within the first hour. A useful rule of thumb is a feature freeze two hours before the end of a 48-hour event, after which only fixes and rehearsal are allowed.

Practising it before an event

Run a two-hour mini hackathon at home: pick a tiny idea, write a one-sentence demo, and build the skeleton in the first thirty minutes. Repeat monthly with different ideas until starting this way feels natural.

Keep a short list of starters a team knows how to use quickly, such as a basic web page that calls a function, so the skeleton does not burn the first hours.

What judges see

Criteria such as UNIHACK's "does it actually work" reward the skeleton habit directly. A modest project that runs during judging usually lands better than an ambitious one that does not.

The habit also suits project competitions like Young ICT Explorers, where judges welcome prototypes but need to see a working core.

Getting ready

How we prepare students for team builds

Hackathon readiness is a mix of coding fluency, teamwork and calm under time pressure. Each can be practised.

Lessons cover quick prototyping in Python and JavaScript, calling a public data source or API, building a simple web or mobile front end, splitting work across a team without losing track, and pitching a project in a few minutes.

Students practise in short timed builds with the skeleton rule from the first minute, then review what slowed them down.

We do not build projects for teams at events, and we follow each event's rules on outside help. Hackathon work belongs to the team that builds it during the event.

We make no promise of a prize or a placing. We teach students to ship something that works, which is the part they control.

An eight-week build-up to a first hackathon
WeeksFocusReady when
1 and 2A quick starter project the student knows by heartCan create it from scratch in under 20 minutes
3 and 4Using a public data source or APIShows real data on screen from a live request
5 and 6Team splits and joining workTwo students join their parts without breaking either
7Two-hour mini hackathon with a skeleton firstHas a working demo at the end, however small
8Pitching and handling questionsPresents in three minutes and answers calmly

Growing as a builder

Four rungs from first project to hackathon team

Age decides eligibility; these rungs decide readiness.

From finishing a small project to building fast in a team
AroundRungThe sign it is secure
Years 5 to 81. Finishes small projectsCompletes a working project in a few sessions
Years 7 to 102. Builds against a deadlineHas a demo ready on time in a timed build
Years 9 to 123. Works in a teamSplits and joins work with others smoothly
TAFE and university4. Ships under pressureDelivers a working, pitched project in a weekend

If a build falls apart

Go back to the last version that worked and rebuild the path from there. Version control makes this painless.

Shrink the demo, not the quality. A smaller thing that works is still a real result.

Related reading

The competitions calendar lists coding and maths contests by month.

For the coding habit behind good team code, see understand the code, don't copy-paste.

The catalogue

Nine courses for students who build

Grouped by stage. Each card opens a full course outline.

I

Hackathon preparation

Kids, teens and adults

HKA / HP / 01

Hackathon prep for kids

Ages 8 to 12, projects and pitching.

Open the syllabus

HKA / HP / 02

Hackathon prep for teens

Ages 13 to 17, apps and AI APIs.

Open the syllabus

HKA / HP / 03

Hackathon prep for adults

University, TAFE and beyond.

Open the syllabus
II

Building blocks

Fast front ends and logic

HKA / BB / 01

App development for teens

React Native mobile apps.

Open the syllabus
III

Going further

Data and AI

HKA / GF / 01

Data science for teens

Working with real data sets.

Open the syllabus

HKA / GF / 02

Problem solving for teens

Clean logic under time pressure.

Open the syllabus

How lessons run

Live online practice builds

Lessons are taught live from India, which runs behind Australia: Canberra is four and a half hours ahead of India time in winter and five and a half in summer, and Perth two and a half hours all year. Australian afternoons and evenings fall in Indian working hours, which suits timed practice builds after school or university.

Weekday evening

Short builds with the skeleton rule.

Weekend

A two-hour mini hackathon with review.

Before an event

Pitch practice and starter projects polished.

Working first

Every build starts with a path that runs end to end.

Real data

Practice with public data sources and APIs.

Team habits

Splitting and joining work without breaking it.

Groups of fifteen to twenty

Peers to build and pitch alongside.

One-to-one option

For a student preparing for a specific event.

No prize promised

Judges decide; we teach students to ship.

Student work

Projects our students shipped

Built by students on their own time. Browse them in the student labs.

NutriLife AI nutrition coach project screenshot

AI and ML

NutriLife

An AI nutrition coach that reads what you eat and works you toward a target.

by Bhavya · Open it

Misti AI chatbot for maths and coding screenshot

AI and ML

Misti

A chatbot that answers mathematics and programming questions, built and deployed by a student.

by Harshit · Open it

GuardianX AI internet safety assistant screenshot

AI and ML

GuardianX

An assistant that helps a young person recognise unsafe situations online.

by Vivaan · Open it

SkyCast weather forecast application screenshot

Web app

SkyCast

A weather forecasting site with live conditions for any location.

by Krish

Fees

Fees

Lessons are billed monthly in US dollars at our international rate, with no joining fee and no lock-in. Hackathon registration is handled by each event's organiser, separately from us.

Free first class

USD 0

no card required

  • A first practice build with a teacher, free
  • An honest view of readiness for a first event
  • No card needed
Book it

Group batch

USD 100

a month, billed in US dollars

  • Fifteen to twenty students at a similar level
  • One teacher for the term
  • Timed builds reviewed together
  • A certificate when finished
Start here

One to one

USD 150

a month, billed in US dollars

  • A teacher for one student
  • Preparation aimed at a chosen event
  • Weekly times that fit study
Enquire

What families say

Rated 4.9 across 547 Google reviews

Google reviews, reproduced exactly as their authors wrote them.

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"Modern Age Coders has been a game-changer for me. I struggled to grasp IT concepts and coding before joining, but their classes transformed everything. I can now confidently write complex programs with ease."

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"One of the most wonderful education centres out there. Education is not limited to school syllabus but focuses on skill development."

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"My child Dhairya is really enjoying the Modern Age Coders classes. This is his first online class and he eagerly looks forward to it. I can already see his improvement, and the teachers are very cooperative."

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"Modern Age Coders have wonderful teachers who teach in a clear, easy and practical way. The teacher boosts students' confidence and inspires them to learn without hesitation."

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"I highly recommend this computer coding class! The teachers are incredibly knowledgeable and passionate about coding."

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Parent

Questions about hackathons

What students and parents ask

What is a hackathon?

An event where teams build a working software project from scratch in a fixed time, often a weekend, and present it to judges at the end.

What is a walking skeleton?

The thinnest version of a whole project that works end to end, from input to visible result, built before any other feature so the team always has something to demonstrate.

Can school students enter UNIHACK?

No. UNIHACK says entrants must be 18 or older and studying at a university or TAFE in Australia or New Zealand at the time of the event.

When is the next UNIHACK?

UNIHACK lists March 12 to 14, 2027 for its next event, a 48-hour hybrid hackathon, with pre-registration open.

Is GovHack running in 2026?

GovHack's site says it is refreshing the event after sixteen years and will share what is coming in 2027, so no 2026 event is listed.

What can under-18s do instead?

Project competitions and workshops written for school years, such as Young ICT Explorers, RoboCup Junior Australia, FIRST LEGO League and Girls' Programming Network workshops.

Do you need to be an expert coder?

No. Both UNIHACK and GovHack welcome mixed experience and mixed skills, including design and storytelling. Being able to build a small thing quickly helps most.

Will you help my team during the event?

No. We prepare students beforehand. During an event, the work belongs to the team and each event's rules on outside help apply.

How long does preparation take?

Our eight-week build-up suits a first event: a starter project, using an API, team habits, a mini hackathon and pitch practice.

What should a team decide first at a hackathon?

The demo: one sentence describing exactly what will be shown working at the end. Everything else follows from that path.

Related pages

More for Australian students

Project competitions and coding pathways.

Young ICT Explorers

A national project competition for Years 3 to 12.

RoboCup Junior Australia

Team robotics with deadlines.

FIRST LEGO League

A season-long team build.

Competitions calendar

Every contest by month.

AI classes for teens

Using and building with AI.

Coding classes in Australia

Every state and every age.

Start here

Book a free practice build

Tell us the student's age, what they can already build and which event they have in mind. The free class runs a short build with the skeleton rule and ends with a preparation plan.

Want more detail first? Course outlines are on the course atlas, and how we teach explains our approach.

WhatsApp us · +91 91233 66161 · connect@modernagecoders.com

The quickest way to reach us is usually WhatsApp. The number is Indian since we are based in India; we have no office in Australia.

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