
The Future of Learning
The world your child graduates into will reward the skills that are hardest to automate.
RaiseTheStars
Highly skilled tutors come to you — saving time on drop-offs and pick-ups, while giving you direct visibility into your child's progress.
Powered by our proprietary Learning VelocityLV algorithm, we measure how each child learns and continuously optimize tutor-student matching.
Small groups. Real students. Hands-on projects in your neighbourhood — built to develop the human skills no machine can replicate.
Built to develop our children's capabilities no machine can replicate.

Real questions. Real families. One mission.

The Future of Learning
The world your child graduates into will reward the skills that are hardest to automate.
RaiseTheStars
How RaiseTheStars Helps
Our course design professionals have academic credentials from top universities like UofT, Waterloo, UBC, McMaster, and McGill — and have worked across Fortune 500 companies and high-growth startups.
Our Thesis
Where human creativity, judgment, and AI technology come together — to create unbeatable value.
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Raise the Stars proprietary curriculum
Purpose-built for AI-Proof futures.


Design and build systems to convert various forms of energy (electric, solar, kinetic, wind, geothermal, heat).


AI-assisted health innovation meets irreplaceable human and physical skills at the core of care and life science.


Mini ventures, real customers, digital money, and the art and science of bringing ideas backed by smart financial skills.


Explore the intersection of technology and the arts — from digital music production to generative art.


Technology focused on security, sensors, safety, and sovereign defense capabilities.


Space technologies, including drone and aerial systems design and micro-satellite engineering.


From digital music production and sound engineering to AI-assisted composition.


Sports science, wearable tech, biomechanics, and data-driven performance.


Coding, computer software, and programming intelligent robotic systems for automated factories of the future.


Examine bias, fairness, transparency, and accountability in AI systems.
Automation already replaced predictable jobs. AI is now coming for knowledge work — legal research, diagnostics, code.
By 2035, nearly half of today's jobs will be transformed or eliminated.
The question isn't whether your child will use technology. It's whether they'll be replaceable by it.
"Will my child develop the skills technology can't copy?"
"Will my child learn tech?"
"Will my child develop the skills technology can't copy?"
That gap is what we close.
Average curriculum. Average expectations. Average outcomes.
Above grade level. In-person. Hands-on.
Exceptional skills. Real-world thinking. Irreplaceable humans.
grade level in the Ontario Curriculum, continuously
STEM courses designed for curious minds.
and carefully planned screen time. Every session is dynamic, physical and in-person.

Build, test, fail, iterate.
Every session ends with something they can hold and explain.

No single right answer.
Open-ended challenges that develop judgement, not recall.

Trust forms in a room.
Small in-person cohorts. Leadership and communication that only builds together.

Instinct over memorisation.
Real scenarios demand adaptability. Students develop the instinct to find solutions.
01
A real-world question sparks the session. No lectures. No textbooks. Pure curiosity.
02
One concept per session. Physical model first. Minimal screens. Maximum understanding.
03
Concepts build naturally. Difficulty progresses seamlessly. Confidence compounds.
04
Break it. Find the failure point. Analyse why. Rebuild stronger than before.
05
Signature Project presented to a real audience. Real feedback. Real pride.

At-home sessions with no pick-up or drop-off hassle for parents.
Pay only for the way your child actually learns best.

The Signature Project goes beyond a capstone by running the entire time.

Students pick a real-world problem in their first week.

Each session contributes a new skill or component.

Final presentation to parents, peers, and mentors.
| Grade | Ontario Curriculum | Raise The Stars Target |
|---|---|---|
| Grade 5 | Human Organ Systems | Health-Tech Sensor Wearable |
| Grade 6 | Biodiversity & Habitats | Drone-Based Ecosystem Mapping |
| Grade 7 | Structures & Mechanisms | Load-Bearing Bridge Design Competition |
| Grade 8 | Systems in Action | Autonomous Robot Navigation |
| Grade 9 | Biology: Sustainable Ecosystems | IoT Environmental Monitoring Station |
| Grade 10 | Academic Science | Biotech Wearable Prototype |
| Grade 11 | Physics: Mechanics | Renewable Energy System Design |
| Grade 12 | Advanced Functions | AI-Assisted Engineering Capstone |
School curriculums are not evolving fast enough. Schools update yearly; we update far more often.

Our own in-house content, created and curated by top Raise the Stars design professionals and academics.
Current version: v2.4
Every update is tracked. Parents see what changed.
Top Raise the Stars tutors shape the curriculum they teach.
Devices are tools, not babysitters.
Every Raise the Stars tutor undergoes a full background check.
Mandatory certification before first session.
Real-time check-ins visible to parents.
Automated alerts for session anomalies.
Inspected and approved learning environments.
Legally bound standards of conduct.