Research predicts:

13,318

Humanoid robot shipments — 2025 actual → projected by 2035

The robots are arriving, but most people still don't know how they work.

See the course Why now
↓

Why this matters to you

Robots won't replace you.
People who understand
them might.

Robotics will reshape more jobs this decade than any other technology. Getting ahead of the change starts with understanding it.

~5M

Net jobs displaced by robotics by 2030

39%

Of core skills change by 2030

63%

Of employers expect that robotics upskilling is crucial

85%

Plan to prioritise upskilling

Source: World Economic Forum, Future of Jobs Report 2025.

The next wave

AI is getting a body.

Physical AI is AI with a body. Just like AI before it, no industry will be out of its reach:

4.66M

2014 → 2024 — the fleet roughly doubled

Manufacturing
Industrial robots working in factories worldwide; 542,076 more installed in 2024

75%

3 in 4 parcels touch a robot

Logistics
Share of Amazon deliveries that are robot-assisted; its 1,000,000th warehouse robot shipped in 2025

24%

1 in 4 farms — and climbing

Agriculture
Share of commercial EU dairy farms milking with robots; ~34,000 systems worldwide

Sources: IFR World Robotics 2025 · Amazon, July 2025 · dairy-industry estimates, 2024.

Robots are learning fast.
Are you?

Learn the physical AI fundamentals taught in leading university programmes, hands-on with a real Unitree robot dog. No lab required.

5 modules 36+ class hours Real robot, every module
Get upskilled → Get the syllabus
Quadruped robot walking across the wooden floor of a bright living room

How can you stay ahead of this change? ↓

Our partners

Partnered with top universities.

This course is run in partnership with leading universities and their AI research institutes.

Proven on real students.

At our partner universities, the same learning system teaches autonomous driving. Students design algorithms in a virtual lab, prove them in software, then watch their code drive a real research vehicle. That simulation-to-street arc is exactly how you'll learn robotics with us: try it safely, verify it properly, run it on real hardware.

Research team beside a Tsinghua University autonomous test car with a roof sensor rig

Virtual simulation and algorithm verification

Tsinghua University

A shared simulation platform lets 40 students build and test autonomous-driving algorithms at once. Validated decision and control algorithms completed on-vehicle testing with the School of Vehicle and Transportation Engineering.

Students assembling an autonomous rover in a university lab

Intelligent system design and integration

Hubei University

An autonomous-driving lab, a robotics platform and an AI innovation workshop anchor an interdisciplinary course combining vehicle engineering with machine learning. Students work on real industry projects through lab sessions and placements.

Singapore

Why should you care?

This isn't a distant trend. It's national infrastructure, demographics and industry policy, already in motion around you.

#2

Robot density worldwide — 818 per 10,000 manufacturing workers, +13%/yr since 2019

2026

Punggol Digital District physical-AI testbed launches, with Unitree among partners

1 in 4

Citizens aged 65+ by 2030 — automation demand is structural

Sources: IFR World Robotics 2025 · IMDA, May 2026 · Population in Brief 2025.

Who this is for

The student

A real robotics portfolio before university: projects you built, not just grades.

The early-career professional

Add the premium skill before your field starts requiring it.

The career switcher

A structured on-ramp into the robotics wave, no CS degree needed.

The business owner

Judge what automation can really do, before you buy any of it.

Upskilling for a robot world.

2.6 million robots are scheduled. The people who understand them aren't, yet. Now is the perfect time to get ahead.

Start learning