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Video course · 9 chapters · 68 min · certificate

Self-Improving AI Agents: Open Problems & Future Directions

A research-level look at self-improving AI agents: recapping evolution, tool use and verifiers, then open problems in test-time scaling, meta-verification, multi-agent fine-tuning, self-proposed curricula, efficient inference and future research directions.

What you'll learn

  • Recap the self-improvement paradigms for agents
  • Explain the role of verifiers and rewards
  • Describe test-time scaling and diversity
  • Explain meta-verification and multi-agent fine-tuning
  • Understand self-proposed tasks and curriculum learning
  • Identify open problems in AI inference and efficiency

Chapters

9 chapters · 67:42
  1. 2:41 01Recap Members Course recap Self-improvement, evolutionary strategies, end-to-end workflows with tools, and agents as generalized LLMs.
  2. 2:19 02Verifiers Members Orchestration and verifiers Building workflows means orchestrating LLMs and verifiers, since you need a reward.
  3. 2:00 03Scaling Members Test-time scaling and diversity Improving with multiple samples and voting at test time, and using feedback at training time.
  4. 5:20 04Verification Members Meta-verification DeepSeek Math V2's meta-verification: critiquing critiques using multiple agents.
  5. 8:00 05Fine-tuning Members Multi-agent fine-tuning Fine-tuning multiple agents to keep diversity, tested on math with open-source models.
  6. 2:13 06Results Members Iterative proof improvement Proof scores climbing over iterations, and best-of-32 selection.
  7. 18:27 07Curriculum Members Self-proposed tasks and curricula Deciding what data or prompts to train on, including models that propose their own tasks.
  8. 14:00 08Efficiency Members Future inference and efficiency How AI workloads, model sizes and accelerators will evolve.
  9. 12:42 09Research Members Open questions Moving beyond single-turn chat: open research directions for agentic systems.