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LLM Training Course with Fine-Tuning & RLHF for Production AI

Learn how to fine-tune and optimize AI models for real-world production using advanced techniques.

  • English
  • With Certificate

Tutor Name

DeepLearning.AI
LLM Training Course with Fine-Tuning & RLHF for Production AI

About the Course

Do you want to adapt powerful pre-trained language models for specific, real-world applications? This course offers you practical training in fine-tuning and reinforcement learning techniques to shape model behavior. Ultimately, you will be able to deploy safer, more reliable, and production-ready LLMs effectively.


What Will You Learn?

  • How post-training fits into the LLM lifecycle and powers real-world products.

  • Core techniques including Supervised Fine-Tuning (SFT) and Reinforcement Learning from Human Feedback (RLHF).

  • Implementation of RL algorithms like PPO and GRPO, alongside efficient fine-tuning using LoRA.

  • Designing evaluations, detecting reward hacking, and red-teaming to test model robustness.

  • Preparing datasets, creating synthetic data, and balancing rewards.

  • Establishing production pipelines with monitoring, cost-awareness, and data feedback loops.

Course Details:

  • Duration: Not Found (Self-paced, 5 Modules)

  • Level: Intermediate

  • Language: English

  • Certificate status: Paid certificate

  • Course Type: Online course

Course Features:

  • Learn directly from industry experts in collaboration with AMD.

  • Gain hands-on experience through graded labs powered by AMD GPUs.

  • Acquire highly sought-after, hardware-agnostic skills for the growing AI market.

  • Move beyond basic theory to build models capable of instruction following and advanced reasoning.

Target Audience:

  • Developers, machine learning engineers, and software engineers.

  • Data scientists and technical students transitioning into AI.

  • Product managers and technical leaders guiding AI/LLM product teams.

  • Professionals with Python programming experience and basic LLM knowledge.

Why Choose This Course?

  • Master the critical post-training phase that turns raw models into valuable, safe products.

  • Bridge the gap between assuming only experts can tune models and actually applying these techniques yourself.

  • Upgrade your resume with cutting-edge skills in fine-tuning, RLHF, PPO, and GRPO algorithms.

  • Become indispensable to any team building developer copilots, customer support agents, or internal AI assistants.

How to Register:

  • Visit the official DeepLearning.AI course page using the provided link.

  • Click the Enroll Now button to access the learning platform.

  • Create an account or log in with your existing DeepLearning.AI credentials.

  • Choose the "Audit" option to view materials for free, or subscribe to unlock graded labs and certificate eligibility.

  • Begin your journey with Module 1 immediately.

FAQ:

Question: Do I need programming experience for this course?
Answer: Yes, strong familiarity with Python and a basic understanding of how LLMs work are highly recommended to succeed in the hands-on labs.
Question: Is this course hardware-specific to AMD?
Answer: No, while the hands-on labs are powered by AMD GPUs, the post-training methods and techniques you learn are entirely hardware-agnostic.
Question: Will I learn how to prevent LLM hallucinations?
Answer: Yes, the course covers techniques like Reinforcement Learning from Human Feedback and evaluation strategies to make LLMs safer, more reliable, and less prone to hallucination.


Master LLM post-training today and upgrade your AI engineering career!

Taught by

DeepLearning.AI

DeepLearning.AI is a premier education company founded by AI pioneer Andrew Ng. It provides expert-led, in-depth courses, specializations, and professional certificates covering machine learning, deep learning, generative AI, and natural language processing. On our platform, we feature their world-class educational programs, which empower learners worldwide to build practical, career-ready tech skills and thrive in an AI-powered future.

Read more.