Build Real Models That Actually Work

Most machine learning courses teach theory you'll forget in a week. We focus on hands-on projects that mirror actual industry challenges. You'll spend more time coding than watching slides.

Explore Our Programs
Students working on machine learning projects with real datasets
18

Months Average Learning Path

47

Real Industry Projects

92%

Completion Rate 2024

340+

Alumni Network

Three Tracks, One Goal

We don't believe in one-size-fits-all education. Pick the path that matches where you're starting from and where you want to go.

Foundation Track

Start from scratch with Python fundamentals and work up to building your first neural network. No prior experience expected.

  • Python programming basics
  • Data manipulation with pandas
  • Statistical concepts that matter
  • First supervised learning models

Applied Track

You already code. Now learn how to make computers learn. Focus on practical implementations and real datasets.

  • Classification and regression tasks
  • Feature engineering techniques
  • Model evaluation strategies
  • Deployment considerations

Advanced Track

Deep learning architectures, custom model design, and optimization. For those ready to push boundaries.

  • Neural network architectures
  • Computer vision projects
  • Natural language processing
  • Research paper implementation
Machine learning model performance visualization on screen

Performance That Counts

Numbers tell part of the story. Our students typically see measurable progress within the first three months, but that's just the start. The real transformation happens when you build something that solves an actual problem.

85% Complete portfolio projects
6-8 Months to job-ready skills
12+ Weekly mentorship hours
3-5 Major projects per track

We track what matters. Not how fast you finish, but whether you can actually build models that perform well on unseen data. That's the benchmark that counts in the field.

Your Learning Journey

1

Diagnostic Assessment

We start by figuring out what you already know. Not a test you can fail, just an honest conversation about your background and a small coding exercise. Takes about 90 minutes and helps us recommend the right track.

2

Structured Modules

Each module runs 4-6 weeks. You'll work through concepts, implement them in code, then apply them to a mini-project. The pace is challenging but manageable if you can dedicate 12-15 hours weekly.

3

Capstone Development

The final three months focus on your portfolio piece. Pick a problem you care about, design a solution, build it, and document everything. This becomes the centerpiece of your portfolio when you're ready to look for opportunities.

Learn From Someone Who's Done It

Henrik Westerlund spent eight years building production ML systems before he started teaching. He's worked on recommendation engines, fraud detection models, and computer vision applications that process millions of transactions daily.

What makes Henrik different is his approach to teaching. He doesn't just show you how to run algorithms. He explains why certain approaches work in production and others fall apart when real data hits them.

  • Led ML team at fintech startup through Series B
  • Published research on model interpretability
  • Guest lecturer at universities across Southeast Asia
  • Active contributor to open-source ML tools
  • Mentored over 200 developers since 2019

Henrik runs technical workshops twice monthly and holds open office hours every Friday. When you're stuck on a concept or debugging a model, you'll have direct access to someone who's solved these problems professionally.

Henrik Westerlund, Lead ML Instructor at futureon-boost

Next Cohort Starts September 2025

We're accepting applications for our autumn program now. Spots are limited to maintain the mentorship quality we're known for. The application process includes a technical assessment and a conversation with our team.