Artem Kuular — engineer, physics-trained, co-founder

02Focus

01 · Physics

Start with the equations.

A year of Natural Sciences at Cambridge: mechanics, waves, materials, the maths under all of it. Most people close the notebook when the exam ends.

I kept solving. The simulations on this site are that year refusing to stay on paper: a Schrödinger scatterer you can play with, field lines you can spawn.

Cambridge NatSci · mechanics · waves · materials

02 · ECE

Then the circuits that move things.

Electrical and Computer Engineering at HKUST, on a full scholarship. PWM to a motor, a sensor on a bus, firmware that has to be right the first time.

Under it all, silicon: what a package hides, how a die is laid out, why a bus is a bottleneck. The layer below the software I already ship.

HKUST BEng ECE · signals · embedded · silicon

03 · AI + robotics

Now, systems that act.

The focus is shifting to integrated AI and robotics: models that plan, hardware that reaches, and the software in between that I have been writing since I was twelve.

Move the pointer. The arm follows, solves its own joints, and taps when you click. That loop, sense, decide, move, is the work I want next.

planning · perception · actuation

Focus Education

A double pendulum. Deterministic, and still impossible to predict.

03Education

Three schools, one direction.

Moscow → Cambridge → Hong Kong

2020 – 2025
Letovo School

IB Diploma
- HL Physics 7 · Maths AA 7 · English 7
- SAT 1540 · IELTS 8.0
44 / 45
2025 – 2026
University of Cambridge

Natural Sciences, Physics
- Physics · Mathematics B · Materials · Earth Sciences
- Then a deliberate change of direction
1 year
2026 – 2030
HKUST

BEng Electrical & Computer Engineering
- Hong Kong · full scholarship
- Integrated AI + robotics focus
100 % scholarship

Education Stack

Two bodies, one barycentre. Gravity does the rest.

04Stack

What I build with, layer by layer.

Keep scrolling

01 Hardware · base plate

ArduinoGSM modulesPDMS microfluidicsResin printingFusion 360
02 Backend · the board

PythonFastAPIPostgreSQLAlembicCeleryRedisDockerNginxGitLab CI
03 AI · processor

Anthropic APIOpenAI APIYandexGPTVision pipelinesscikit-learnNumPy
04 Web3 & bots · radio

TONTelegram Bot APITelegram StarsHigh-concurrency purchase flows
05 Payments · secure element

Apple StoreKitYooKassaMOEX ISS market data
06 Frontend · the glass

TypeScriptAstroCanvasHand-written CSS

Stack Simulations

A damped mass on a spring, and the trace it leaves.

05Simulations

Physics I can see.

3 live

GridReady with a 300 MW AI campus at Sandy Ridge. The inspector reads "300 MW does not fit at Sandy Ridge Data Park today", with 107 MW available and a fix for HK$180M

Winner · Hong Kong AI Summit hackathon 2026

Live · TypeScript · MapLibre · 2026

GridReady

Drop a data centre on Hong Kong's grid and a whole day of power flow plays out: what overloads, when, what it costs, and the cheapest fix. Built in 36 hours for CLP's track.

Watch the pitch, then run it →

$Tunnelling through a rectangular barrier: the incoming wave on the left decays exponentially inside the barrier and exits with a fraction of its amplitude$

Live · TypeScript · Canvas · 2026

1D Schrödinger scattering

Pick an energy and a potential: barrier, well, step, double, Gaussian. The wavefunction, |ψ|², transmission and reflection are integrated in the browser with RK4, with a written guide to what you are looking at.

Read the story, then open the simulator →

Field lines of two masses, traced with Bezier curves, colour-coded from green (weak) to red (strong)

Playable on Unity Play · C# · 2023

Gravitational field-line simulator

A real-time gravitational field-line simulator. Click to spawn planets, scroll to zoom, watch Bezier-smoothed field lines respond. The first sim I shipped, made in school. Still works.

Read and play →

Simulations About

Two sine waves at right angles, drawn against each other.

06About

Physics-trained, product-minded.

I have been writing code since I was twelve and shipping things people pay for since school. I read Natural Sciences at Cambridge for a year, then moved to HKUST on a full scholarship to study Electrical and Computer Engineering, because I wanted the hardware half of the picture too.

Most of what I build runs in Russian-speaking markets: a backend that serves an AI calorie tracker on both app stores, a financial-literacy platform for Moscow Exchange’s consumer marketplace, bots that had to survive thousands of concurrent buyers at drop time. I like the part where the system is under load and still has to be right.

I am Tuvan. Some of the work I am proudest of is small and local: a free 32-hour Python course for 200 people back home, and a pipeline that put my language into Yandex Translate. The simulations are for me. Physics is more fun when you can watch it.

Three of the projects here, Autostickers, Gifts Alert Bot and the microfluidics reactor, were built with Luka Krestinin.

Now: Hong Kong, HKUST. Building Mera on the side.
Certificate: Machine Learning Specialization, DeepLearning.AI & Stanford, 2024.
Tests: SAT 1540 · IELTS 8.0 (C1)
Languages: Russian, English, Tuvan. Learning Mandarin.

GitLab activity ↗

5 days streak · last 6 months

AprMayJunJulAugSep

Public contributions only, pulled from GitLab at build time · 4 Oct 2026

Keep scrolling

Projects

The rest point. Six stories, four more, and a way to reach me.

I build software people pay for, and physics I can see.

Start with the equations.

Then the circuits that move things.

Now, systems that act.

Letovo School

University of Cambridge

HKUST

GridReady

1D Schrödinger scattering

Gravitational field-line simulator