Practical Computer Vision Bootcamp

Practical Computer Vision Bootcamp


Practical Computer Vision Bootcamp

A comprehensive, free and open-source computer vision learning path from foundational concepts to advanced applications. This hands-on bootcamp is designed for learners at various skill levels, from beginners to practitioners, focusing on practical implementation through Jupyter notebooks and real-world applications.

About this Course

This bootcamp provides a structured learning experience in computer vision, combining theoretical understanding with practical implementation. All materials are freely available on GitHub, making cutting-edge computer vision education accessible to everyone.

Course Highlights:

  • 100% Free and Open Source - All materials available on GitHub
  • Interactive Jupyter notebooks with hands-on exercises
  • Multiple platform support (Google Colab, Kaggle)
  • Accompanying YouTube video series
  • Community Discord channel for support
  • Related to workshops from the Berlin Computer Vision Group

Learning Modules

1. Foundations

  • Digital image representation and processing
  • Basic image manipulation techniques
  • Understanding pixel data and image formats

2. Neural Network Fundamentals

  • Multilayer Perceptron (MLP) for image-based regression
  • Matrix multiplication and network architecture
  • Understanding neural network mechanics

3. Convolutional Neural Networks (CNNs)

  • LeNet5 implementation from scratch
  • Digit recognition projects
  • Dropout visualization and regularization techniques

4. Advanced Classification & Transfer Learning

  • Pet breed classification using real-world datasets
  • Pretrained ResNet models and fine-tuning
  • Multilabel classification techniques
  • Model interpretability and visualization methods

5. Image Embeddings & Similarity

  • Understanding high-dimensional image representations
  • Visualization techniques for embeddings
  • Clustering and organizing image datasets

6. Specialized Advanced Topics

  • Image Segmentation using U-Net architecture
  • Zero-Shot Learning with CLIP models
  • Generative Models including Diffusion and Stable Diffusion

Technology Stack

  • PyTorch - Primary deep learning framework
  • FiftyOne - Dataset visualization and management
  • TensorBoard - Training monitoring and visualization
  • scikit-learn - Traditional machine learning tools
  • Jupyter Notebooks - Interactive learning environment

Learning Resources

  • Interactive Notebooks with complete implementations
  • Video Tutorials explaining key concepts
  • Review Questions to reinforce learning
  • Community Support through Discord channel
  • Structured Course available on openHPI platform

Berlin Computer Vision Group Connection

This bootcamp is closely related to workshops conducted by the Berlin Computer Vision Group, a vibrant community of computer vision practitioners, researchers, and enthusiasts in Berlin. The group regularly hosts meetups, workshops, and networking events focused on the latest developments in computer vision and machine learning.


Course Features

  • Hands-on Learning with real-world projects
  • Progressive Difficulty from basics to advanced topics
  • Open Source Commitment - freely available to all
  • Community Driven with active support channels
  • Industry Relevant techniques and applications
  • Multiple Learning Formats - notebooks, videos, and interactive sessions

Get Started

Ready to dive into practical computer vision? This course is completely free and open source.

Contact us via info@kineto.ai for more information about related workshops and training opportunities.