Overview of AI language models

AI language models process and generate human-like text based on vast datasets. In healthcare, they can assist with tasks like structuring patient notes, answering clinical queries, or producing tailored patient education material. Capabilities include natural language understanding, context retention, and task-specific outputs. However, limitations include potential biases, lack of real-time clinical judgment, and dependency on input quality.

For clinicians, understanding these models means recognising their role as tools, not replacements, for human expertise. Effective use requires clear, context-specific prompts to ensure accurate outputs. For example, a poorly worded prompt may yield irrelevant or unsafe suggestions. Clinicians must also be aware of data privacy concerns and the need for validation against clinical standards.

💡 Key tips: Start with simple tasks (e.g., structuring history-taking) to build familiarity; always verify AI outputs against trusted sources.


Exercise

Open a new browser window and log in to ChatGPT and then watch the following short video tutorial for an introduction to the ChatGPT user interface.

Prompt Engineering in Clinical Workflow

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1. Introduction to AI and prompt engineering in healthcare

  • Welcome
  • Pre-training survey
  • Learning objectives
  • 📝 Overview of AI language models
  • Role of prompt engineering in optimizing AI outputs
  • Clinical use cases: documentation, decision support, patient communication
  • Module summary
  • Quick quiz

2. Fundamentals of effective prompt engineering

  • Learning objectives
  • Anatomy of a prompt: role, task, and format
  • Types of prompts: open-ended, structured, and task-specific
  • Common pitfalls in prompt design
  • Module summary
  • Quick quiz

3. Prompt engineering for clinical documentation

  • Learning objectives
  • Prompts for generating SOAP notes, discharge summaries, and progress reports
  • Structuring prompts to align with EHR systems and regulatory standards
  • Reducing documentation errors through iterative prompt refinement
  • Module summary
  • Quick quiz

4. Prompt engineering for clinical decision support

  • Learning objectives
  • Designing prompts for differential diagnoses and treatment planning
  • Incorporating clinical guidelines and patient context into prompts
  • Validating AI outputs against medical standards
  • Module summary
  • Quick quiz

5. Prompt engineering for patient communication and education

  • Learning objectives
  • Prompts for explaining diagnoses, treatment plans, and follow-up instructions
  • Tailoring language for diverse patient populations
  • Ethical considerations in AI-generated patient communication
  • Module summary
  • Quick quiz

6. Ethics, safety, and implementation in clinical practice

  • Learning objectives
  • Ethical considerations: bias, privacy, and informed consent
  • Regulatory compliance (e.g., HIPAA, GDPR)
  • Strategies for iterative prompt testing and validation
  • Implementing AI tools in clinical settings
  • Checklist for safe AI use
  • Module summary
  • Quick quiz

7. Graduation: Prompt Engineering in Clinical Workflow

  • Final course takeaway – your prompt engineering toolkit
  • Post-training survey
  • Download your certificate