This course contains the use of artificial intelligence.
AI tools become expensive, slow, and less effective when conversations accumulate unnecessary context. Long histories, oversized prompts, duplicated files, and verbose outputs can consume thousands of tokens without improving the final result.
AI Context Optimization is a focused, practical course that teaches you how to reduce token usage while preserving clarity, accuracy, and useful context. In suitable workflows, these techniques can reduce token consumption by up to 95%.
Instead of giving AI less information blindly, you will learn how to provide the right information at the right time.
In this course, you will learn how to:
• Understand how tokens, context windows, caching, and AI pricing work
• Write dense prompts that remove filler without losing meaning
• Prevent context bloat in long ChatGPT conversations
• Manage Claude Code sessions using persistent project instructions, context compaction, clean-session resets, and targeted file references
• Apply Context Skeleton, Error-First Context, Progressive Disclosure, and Delta Prompting
• Choose practical token-saving tools for different workflows
You will also explore a curated toolkit for reducing context bloat, compressing large codebases, managing long AI sessions, and retrieving only the information that matters. You will learn how to match each approach to the right workflow without adding unnecessary complexity.
This course is designed for developers, AI power users, freelancers, creators, and knowledge workers who regularly use ChatGPT, Claude, Claude Code, or other AI assistants. No advanced AI knowledge or programming experience is required.
By the end of the course, you will have a practical framework for keeping AI sessions cleaner, reducing unnecessary token costs, avoiding context limits, and getting more focused results from the tools you already use.
