Fine-tuning & Model AdaptationComing
Fine-tuning & Model Adaptation
Fine-tuning and model adaptation is the art of deciding when a base model is not enough and changing its behaviour with your own data. It covers the full spectrum of adaptation techniques — parameter-efficient methods like LoRA and QLoRA, full supervised fine-tuning, and preference methods like RLHF and DPO — alongside the harder judgement of when adaptation actually beats better prompting or retrieval. The most valuable skill here is knowing the trade-offs: dataset curation, evaluation against a held-out set, the cost and serving implications, and catastrophic forgetting.
What you'll learn
- Decide when to fine-tune versus prompt-engineer or retrieve — the single most consequential and most-skipped judgement
- Curate, format, and split a fine-tuning dataset, and build the held-out evaluation that proves the adaptation worked
- Apply parameter-efficient methods (LoRA / QLoRA) and understand where full fine-tuning or preference methods (DPO/RLHF) are warranted
- Reason about the operational consequences: serving cost, latency, versioning, and catastrophic forgetting
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