Fine-tuning Image Models with Diffusion

The Fine-Tuning Image Models with Diffusion course is designed for developers, engineers, and technical product builders who are new to Generative AI but already have intermediate machine learning knowledge, basic Python proficiency, and familiarity with development environments such as VS Code, and who want to engineer, customize, and deploy open generative AI solutions while avoiding vendor lock-in. The course gives learners hands-on experience adapting generative image models for custom styles and applications. The course begins with the foundations of diffusion models, explaining forward and reverse diffusion processes and exploring the key components of Stable Diffusion architectures, including U-Net, VAE, and text encoders. Learners then apply Low-Rank Adaptation (LoRA) techniques to train efficiently on consumer hardware, comparing performance and trade-offs with full fine-tuning. In the second module, learners implement DreamBooth, a methodology for training on limited datasets to personalize models with custom concepts and artistic styles. Learners practice dataset preparation, hyperparameter tuning, and checkpoint management while preserving model generalization. The third module introduces ComfyUI, where learners design and execute node-based workflows that integrate fine-tuned models with advanced extensions like ControlNet. And, in the final module, learners will optimize fine-tuned diffusion models for production by systematically adjusting inference parameters to achieve optimal trade-offs between image quality, generation speed, and resource efficiency. By the end of the course, learners will have produced a custom fine-tuned diffusion model, integrated it into ComfyUI pipelines, and optimized it for production-quality image generation

• Apply LoRA techniques for efficient training on limited hardware
• Compare full fine-tuning versus parameter-efficient fine-tuning
• Prepare datasets and tune hyperparameters
• Manage checkpoints while preserving model generalization

• Basic familiarity with generative AI and machine learning
• Readiness for practical and applied work