Tensorhaus
Tensorhaus workshop space
About Tensorhaus

Teaching applied AI, one project at a time.

Tensorhaus is a small applied AI school. We design courses around doing — notebooks, real data, and specific written feedback on your work.

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Our Story

Where Tensorhaus came from.

Tensorhaus started in 2021 as a small study group in a rented office near Sukhumvit. Three software engineers and a statistician were frustrated with the same problem: the online courses they could find were either too shallow to build real skills or too theoretical to be useful at work. They started meeting on Saturday mornings with a whiteboard, a stack of notebooks, and a shared drive of datasets.

The format worked. People came with specific questions about their own data and left with working code. By the end of 2022 the group had grown to include participants from several Bangkok companies, and the Saturday sessions were regularly full. The decision to formalise the curriculum into a structured school followed from that simple observation — the format produced better outcomes than watching lectures alone.

Tensorhaus opened its first intake in early 2023. The name was chosen to reflect the work done here: a tensor is the fundamental data structure in deep learning, and a haus is a workshop, a place where things are made. The school has kept that character. Lessons are practical. Feedback is written and specific. Projects are your own.

The team now includes six instructors and two programme coordinators, all of whom continue to work on applied AI projects outside of their teaching roles. That matters to us: the people giving feedback on your code are people who write similar code themselves.


Instructors

The people behind the programmes.

All instructors at Tensorhaus work on applied AI projects outside their teaching roles. Their feedback reflects that experience.

AP

Aranya Pattanapong

Lead Instructor, Data & ML

Aranya has eight years of experience in data engineering and applied statistics. She designed the Data Foundations curriculum and writes the feedback framework used across all three programmes.

KW

Krit Wongchai

Instructor, Machine Learning

Krit builds production ML systems for a Bangkok-based logistics company. He leads the ML Pathway sessions and runs the weekly mentor office hours for enrolled students.

SM

Supaporn Manee

Instructor, Deep Learning

Supaporn focuses on computer vision and NLP research. She leads the Capstone programme and sits on the final presentation panel for each cohort's project showcase.


Standards

How we hold ourselves to account.

Written feedback, every time

Every submitted notebook receives a written response within five working days. Responses address both technical correctness and analytical reasoning.

Data privacy by design

Student submissions are stored in access-controlled environments. Your work is not shared with other students or third parties without your consent.

Curriculum reviewed each term

Course notebooks are updated between intakes to reflect changes in tooling and library versions. You work with code that runs in the current environment.

Small cohort sizes

We cap each intake to preserve the quality of mentor interaction. Instructors are not reviewing hundreds of submissions simultaneously.

Real project ownership

Work you produce in any Tensorhaus programme belongs to you. We encourage students to publish their capstone projects under their own names.

End-of-course reviews

Students complete a structured review after each programme. Instructor performance, pacing, and notebook quality are all evaluated and acted upon.

Approach

What we think good AI education looks like.

Most people who want to learn machine learning are not students. They have jobs, schedules that change, and specific questions rooted in actual work they are doing or want to do. A programme that treats them as students in a classroom — with fixed attendance, graded exams, and long stretches of theory before any hands-on work — tends not to fit their situation well.

Tensorhaus builds around a different assumption. The core activity is the notebook. Each week's material is a Jupyter notebook with explanations woven into the code, not slides followed by an exercise. You read, run, observe, modify, and submit. The feedback you receive addresses your specific choices — why a particular approach does or does not hold up with your data.

The mentor sessions in the ML Pathway and Capstone add a layer that asynchronous feedback cannot replicate. Being able to share your screen, show someone a confusion matrix that does not make sense, and hear them think through it with you is different from reading a comment. We keep those sessions small enough that they remain actual conversations.

Bangkok has a growing community of people working in data-adjacent roles who want to go deeper. We see Tensorhaus as a place those people can do that work seriously, at a pace that fits their lives, with people who take their questions as seriously as they do.

Ready to look at the programmes?

Have a look at what each course covers, or send us a message about where you are right now and what you want to build.