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GCSE · iGCSE · A-Level · Catalyst AI Diploma · 2027 intake open
Catalyst The AI-Project School
Proof, not promises
2024 OCR A Level Chemistry: 269/270 · A 14-year-old ranked #3 in the UK on TryHackMe · Qualifying Team, ANA Avatar XPRIZE (one of 77 teams worldwide)
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An AI-native STEM school inspired by Sir Ken Robinson's curiosity-led philosophy. We replace 19th-century factory-model schooling with intensive 1-to-1 coaching, audited AI collaboration, and real project builds. Students achieve verifiable academic outcomes alongside working engineering systems they can defend in person.

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Where we stand

Curiosity-led education. Built on verifiable proof, not factory-model schooling.

Our students achieve audited, top-tier outcomes — such as 269/270 in OCR A Level Chemistry and a 14-year-old ranked #3 in the UK on TryHackMe. We achieve this not by rote memorisation, but through a model inspired by Sir Ken Robinson: moving away from 19th-century industrial batches to cultivate individual curiosity through dedicated 1-to-1 coaching and authentic project builds. By combining rigorous qualification preparation with practical engineering, we ensure our students view examinations as a baseline floor for their capability, not the ceiling.

We are STEM-focused, project-based, and AI-integrated. Our students don't just memorize textbook theory. They build with it, audit it, break it, and defend every design decision under oral viva questioning before faculty and engineers.

— The Catalyst approach.

The programme

GCSE, iGCSE & A-Level excellence, governed by transparent AI policy.

Every student at Catalyst follows a structured academic programme covering GCSEs, iGCSEs, and A-Levels — delivered through daily 1-to-1 coaching alongside the Catalyst AI Diploma. Faculty use AI for diagnostic retrieval practice, simulated viva questioning, and rapid feedback. Students use AI as an audited co-engineer, research tool, and critical partner under strict, published boundaries:

01

Students log their AI prompts

Every prompt, model version, and tool interaction is recorded in student engineering journals. Process and prompt provenance are fully transparent.

02

Honest AI use is graded

We evaluate how effectively students direct, audit, and refine AI outputs. Skillful, critical tool orchestration is recognized and marked.

03

Hidden AI use is plagiarism

Submitting AI-generated work without attribution is strictly prohibited and subject to zero tolerance, verified through live viva defenses.

04

Teacher-signed decisions

Every academic grade, progression review, and termly assessment is personally evaluated and signed off by a qualified human teacher.

05

UK & EU data residency

All student code repositories, transcripts, and coursework telemetry remain hosted exclusively within UK and EU jurisdictions under GDPR.

06

Zero training on pupil data

We use enterprise zero-retention API endpoints. External foundation models are strictly contractually prohibited from training on student work.

Academic Teaching & Learning Pathways

Explore our detailed term-by-term curriculum roadmaps, foundational lab practicals, computational thinking, and junior/senior defended vivas from Primary (KS2) through Lower Secondary (KS3) to Upper Secondary (iGCSE).

KS2 (Years 3–6) Primary → KS3 (Years 7–9) Pathways → Years 10–11 iGCSE →

Student Academic Dossiers & Attainment Transcripts

Live academic profiles, verified attainment scorecards, and interactive termly report generators for enrolled scholars.

Aniyah (Year 9) → Hannah (Year 7) → Maliakah (Year 6) → Summer (Year 3) →
The story

It started with a robot.

In the lead-up to the 2021 semi-finals of the ANA Avatar XPRIZE — a global competition with a $10M prize pool for fully teleoperated avatar systems — our students entered. The serious field was university labs and industrial research groups.

We qualified. The University of Sheffield qualified. We were the only two teams from England that made it through. COVID stopped us from going further.

But by then we knew. These students hadn't reached a global semi-final by being drilled for exams. They reached it by building, breaking, fixing and defending a real piece of engineering for two years. Catalyst is the school we built so the next group could do that from the first day.

What the students built

  • PlatformFully teleoperated avatar
  • VisionOpenCV on Raspberry Pi with Intel Neural Compute Stick
  • HapticsCustom system, designed in-house
  • FrameAluminium, machined on-site
  • PowerIn-house Li-ion battery packs
  • Stage reachedXPRIZE semi-finals (2021)
At a glance

Proof in numbers.

0Teacher-Student Ratio
02024 OCR A Level Chemistry
0TryHackMe Rank (Age 14)
01 of 77 XPRIZE Qualified Teams
"We do not ask parents to believe generic marketing promises. Every milestone our students achieve comes with verified marks, live code, and public platform receipts." — Catalyst International School

Verifiable proof. Real-world capability. The AI-Project School.

From dropping just 1 mark in OCR A Level Chemistry to ranking #3 nationally on TryHackMe, our students demonstrate excellence through verifiable results. They build systems, audit AI models, and defend original research before expert panels. The two aren't in tension. At Catalyst, they're the same thing.

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