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Human-in-the-Loop: AI Training and RLHF is a cutting-edge course that focuses on the crucial role of human feedback in enhancing AI performance, safety, and ethical behavior. As models become more autonomous and powerful (e.g., LLMs, recommendation engines), aligning their behavior with human expectations is essential. This program explores the theory and application of RLHF, HITL data annotation cycles, reward modeling, and feedback loop design—enabling participants to build scalable and robust AI systems with meaningful human oversight.
To equip AI professionals with advanced knowledge and hands-on skills to build, train, and fine-tune AI models using Human-in-the-Loop (HITL) methodologies and Reinforcement Learning from Human Feedback (RLHF), enabling the development of aligned, responsible, and adaptive AI systems.
To demystify and operationalize RLHF for practical model alignment
To enhance participant capability in designing human-guided AI systems
To reduce hallucinations, toxicity, and bias in large-scale models
To promote the development of trustworthy and ethically grounded AI systems
PhD in Computational Mechanics from MIT with 15+ years of experience in Industrial AI. Former Lead Data Scientist at Tesla and current advisor to Fortune 500 manufacturing firms.
Professional Certification Program
Chapter 1.1: What is Human-in-the-Loop Learning?
Chapter 1.2: Role of Humans in Model Training, Testing, and Monitoring
Chapter 1.3: Feedback Modalities – Labels, Rankings, Preferences, Corrections
Chapter 1.4: Overview of Applications (Chatbots, Robotics, Healthcare, Content Moderation)
Chapter 2.1: Why Traditional Supervised Learning is Not Enough
Chapter 2.2: Core Components of RLHF Pipelines
Chapter 2.3: Preference Modeling and Reward Signal Shaping
Chapter 2.4: Real-World Examples: GPT Alignment, Code Assistants, Human Evaluation
Chapter 3.1: Designing Annotation Interfaces and Task Guidelines
Chapter 3.2: Labeler Training, Calibration, and Bias Reduction
Chapter 3.3: Ranking, Preference Comparison, and Paired Evaluations
Chapter 3.4: Feedback Collection for Safety, Helpfulness, and Harmlessness
Chapter 4.1: Building a Reward Model from Human Feedback
Chapter 4.2: Fine-Tuning with PPO (Proximal Policy Optimization)
Chapter 4.3: Aligning LLMs with RLHF Objectives
Chapter 4.4: Trade-offs Between Human Control and Model Capability
Chapter 5.1: Human-in-the-Loop Workflows in Practice
Chapter 5.2: Active Learning and Iterative Retraining
Chapter 5.3: Human Review in Production AI Systems
Chapter 5.4: Tooling for HITL: APIs, Dashboards, Feedback Loops
Chapter 6.1: Limitations and Risks of RLHF
Chapter 6.2: Ethical and Legal Considerations in HITL Systems
Chapter 6.3: Human-AI Collaboration vs. Control
AI/ML researchers, NLP engineers, and product teams building GenAI tools
Professionals involved in AI safety, alignment, and annotation workflows
Prerequisites: Familiarity with machine learning, Python, and LLM concepts recommended
Master the pipeline of supervised fine-tuning, reward modeling, and PPO training
Design scalable HITL loops for annotation, alignment, and performance tuning
Evaluate models for safety, helpfulness, and human-value alignment
Build or contribute to next-gen LLM systems with human-in-the-loop safety nets
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