Free bonus: 10 days of email support with every course.

Free bonus: 10 days of email support with every course.

For schools · practical AI education

Build an AI learning pathway around your school.

Every school has its own students, values, curriculum, priorities and policy environment.

We bring our experience in AI education, technology, project-based learning and problem-based learning, and combine it with the school’s own curriculum, pedagogy, student needs and strategic priorities.

The result is a practical program designed around a clear learning outcome.

Customized programs · secondary-school focus · international inquiries
Year levels, delivery format, student numbers, educator, tools, learning evidence and pricing are agreed in the individual scope.

A group of people in a room with a projector screen.

A practical starting point for students and staff.

Clubs & enrichment

Recurring creative and technical projects shaped around student interests and real-world challenges.

Student sitting on chairs in front of chalkboard.

Teacher AI Workshops

Practical professional learning shaped around classroom needs, curriculum, assessment, academic integrity and responsible AI use.

Illustration: a young adult designer drawing on a tablet beside a 3D printer

Educator & leadership learning

Professional learning around classroom practice, curriculum, assessment, tool choices and academic integrity.

Student AI + STEM Projects

Problem-based and project-based learning experiences where students use AI to investigate real-world challenges, design solutions, create projects, test ideas and reflect on their decisions.

Illustration: a young adult working on a laptop in a café, with a headset on the table

Student AI + STEM projects

Investigate a challenge, design a solution, test ideas and explain the result.

Two men working on computers in an office.

Build around the challenge your school wants to solve.

Leadership & School AI Pilots

A focused starting point for schools exploring how AI may fit their teaching, learning, policy or innovation priorities.

Laptop showing code on a desk.

AI for Learning & Academic Integrity

Practical approaches that help students use AI to support thinking, inquiry, research and creativity while remaining responsible for their own work.

Person typing on a laptop computer on a checkered surface.

A clear scope before delivery.

Our delivery team

Named facilitators and their relevant qualifications or professional experience will be confirmed as part of the proposal.

School staff roles, supervision, communication, support, group size and student readiness are agreed before delivery.

Agree what success looks like

  • Student projects or digital artefacts
  • Before-and-after versions showing refinement
  • Reflection on how AI was used
  • Problem-solving or design-process evidence
  • Source-checking or verification activities
  • Teacher or participant feedback
  • Showcases or presentations
  • Practical staff resources or implementation actions

People & responsibilities

Confirm named facilitators and relevant expertise, school staff roles, supervision, communication and support. Agree group size, student readiness and the conditions needed for effective participation.

  • Your school context
  • Learning evidence

Start focused. Review. Decide what to scale.

  1. Discover Clarify school goals, year levels, policy, readiness and constraints.
    Co-design
    Agree the outcome, project, delivery model, responsibilities, tools and safety requirements.
    Deliver
    Run the agreed sessions and support the defined learning activity.
    Evidence
    Gather the projects, reflections, feedback or other evidence agreed in the scope.
    Review
    Examine the evidence and practical next steps together.
    Scale
    Decide together whether a broader program would add value.
Illustration: four young adults testing a drone and a robot kit in a makerspace
School Programs · co-designed scopes

What could AI education look like in your school?

Start with your students, curriculum and the challenge you want to solve.

What could a school program look like?

  1. Discover
  2. Question
  3. Design
  4. Create
  5. Check
  6. Improve
  7. Present
  8. Reflect
Music production gear on a desk: a pad controller, laptop and speaker.

Fit the tools to the learning and the school.

Tool choices depend on the objective, student group and project. Your approved accounts, technology policies and data requirements can inform planning. Confirm platform age rules, account access, supervision, communication and specific data arrangements before delivery. Photography and public use of student work need separate, appropriate permission.

Bring AI into the curriculum without building it from scratch.

  • Ready-to-run STEM and learning-skills programs
  • Teacher upskilling and a leadership pilot
  • Clubs and holiday intensives as low-risk entry points

Practical questions, clear answers.

Which year levels do you support?

Our school programs are primarily designed for secondary-school students.

We work across middle and senior secondary years, with the exact year level, difficulty and learning experience adapted to the school, students and intended outcome.

Programs for other student groups may also be discussed where appropriate.

Which year levels and group sizes can you support?

Our school programs are primarily designed for secondary-school students, including middle and senior secondary years.

Group size depends on the learning objective and delivery model. For highly interactive programs, we generally prefer smaller groups and recommend fewer than 30 students per class so students have meaningful opportunities to participate, ask questions and receive educator guidance.

Larger workshops, presentations or whole-cohort experiences can also be discussed where the teaching methodology is designed appropriately.

What group sizes can you support?

We prefer smaller learning groups where students have opportunities to participate, ask questions and interact with the educator.

As a general guide, we recommend fewer than 30 students per class for interactive student programs. Larger groups, workshops, presentations or different delivery formats can also be discussed depending on the learning objective, staffing and program design.

Where can you deliver?

Online, in person or through a blended model.

We welcome inquiries from schools internationally. Delivery location, format, educator availability, travel arrangements and scheduling are confirmed individually as part of the program scope.

Can delivery be online, in person or hybrid?

Yes. School programs may be delivered online, in person or through a blended approach.

We welcome inquiries from schools internationally. The final delivery model will be designed around the school's location, timetable, student group, technology environment and program goals.

Can we start with a pilot?

Yes. A focused pilot can be a practical way to begin.

We can work with the school to identify one student group, challenge or learning priority, design a focused experience, review the results and then decide together whether a broader program would add value.

How much lead time is required?

The earlier we can start the conversation, the better.

Custom school programs require time to understand the school context, curriculum, student needs, timetable, technology requirements and intended outcomes.

A focused pilot may require relatively short preparation, while a larger customized program, multi-subject pathway or international delivery may require additional planning time.

Contact us with your preferred timing and we will confirm what is realistic.

Which tools are used and how is data handled?

The tools depend on the learning objective.

NextRising AI selects AI and digital tools according to the program, student group and intended project. Before delivery, relevant account requirements, age requirements and technology needs can be discussed with the school.

Where a school has its own approved tools, accounts, technology policies or data requirements, these can form part of the program planning process. Specific tool and data arrangements will be confirmed before delivery.

Can the program map to our curriculum, framework or policy?

Yes — where appropriate, curriculum and policy alignment can form part of the scoping process.

We can work with the school to understand the relevant curriculum, year level, subject area, AI policy, academic-integrity expectations and teaching approach. The final proposal can clearly identify what the program is designed to support and where specific curriculum or policy connections have been made.

We do not assume that one AI education framework fits every school. The goal is to combine the school's existing context with NextRising AI's AI education, project-based and problem-based learning approach.

Do you provide AI frameworks or policy guidance?

We can share practical guidance, responsible-AI principles, classroom-use frameworks and relevant examples from different education contexts as part of the program discussion.

Where a school already has its own AI, academic-integrity or technology policies, we can work within that context rather than replacing it.

What evidence will the school receive?

This depends on what success looks like for the program.

Before delivery, we can agree with the school what evidence is most useful. This may include student projects, project-development evidence, reflections, attendance information, participant feedback, educator observations, presentations, learning resources or recommendations.

The exact evidence and reporting approach will be defined in the agreed program scope.

What does the school receive?

The final deliverables are agreed with the school before delivery.

Depending on the program, this may include curriculum or learning resources, student projects, project briefs, educator materials, reflections, feedback, attendance information, showcase outcomes, implementation guidance or recommendations.

The school and NextRising AI will agree what evidence and resources are most useful for the particular program.

How is pricing scoped?

School programs are individually scoped.

Pricing depends on factors such as the program objective, number of students or staff, delivery format, number and length of sessions, educator requirements, customization and location.

Tell us what you would like to achieve and we can develop an appropriate scope and quotation for discussion.

How is pricing calculated?

Every school program is individually scoped.

Pricing depends on the size and complexity of the program, student or staff numbers, number and length of sessions, level of customization, educator requirements, delivery format, location and any additional resources or support required.

We work with the school to understand the need first, then provide a clear scope and quotation for review.

Tell us what your school wants to achieve.

Share your student group, priorities, timing and preferred delivery format.

What could AI education look like in your school?

You do not need to arrive with a finished plan.

Tell us about your students, priorities, curriculum, timetable and the challenge you are trying to solve.

Your School + Your Students + Your Curriculum + Our AI Education Expertise = A Program Built for Your Context

Discuss your school’s priorities

Tell us your school, student or staff group, intended outcome, timing and preferred format.

info@nextrisingai.com

Parents, guardians, schools and partners welcome.

School Inquiry Form