AI :: LLM :: Prompt Engineering :: Training :: An AI Prompt Engineer Shares Her Secrets
⪼ Made with 💜 by Polyglot.
This video is a tutorial-style educational talk focused on practical prompt engineering techniques using large language models. The speaker works at Autogen, a company that helps organizations craft winning proposals using LLMs. The intent is to educate the audience on the difference between prompt crafting and prompt engineering, demonstrate several advanced prompting techniques (e.g., zero-shot, multi-shot, chain-of-thought, and prompt chaining), and offer guidance on how to refine prompts for more reliable, nuanced, and scalable outputs.
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Prompt Crafting vs. Prompt Engineering
- Prompt crafting is real-time prompting for a single-use case.
- Prompt engineering focuses on creating scalable, reusable prompts with reliable outputs.
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Prompting Techniques Explained
- Zero-shot prompting: Simple instructions with no examples; fast but often lacks nuance.
- Multi-shot prompting: Adds examples to provide context; improves output reliability but can introduce bias if not diverse.
- Chain-of-thought prompting: Encourages step-by-step reasoning; helps expose model logic and debug outputs.
- Prompt chaining (multi-step prompting): Breaks tasks into multiple prompts; ideal for complex workflows requiring layered reasoning.
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Real-World Use Case: Sentiment Analysis
- Demonstrated sentiment classification using zero-shot and multi-shot prompting.
- Showed how chain-of-thought leads to more accurate classification.
- Built a 3-step prompt chain to classify, extract themes, and categorize sentiments with justification.
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Best Practices for Writing Prompts
- Be direct, unambiguous, and relevant.
- Use clear structure and repetition for better model understanding.
- Combine techniques when needed; one method alone may not be sufficient for complex tasks.
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Bonus Tips
- You can use LLMs to help write and refine your own prompts.
- Prompt quality depends on your understanding of the use case and audience expectations.
- Simpler prompts are often better unless complexity demands a more layered approach.
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Final Takeaway
- Good prompt engineering is about clarity, consistency, and adaptability.
- Smart prompts lead to smart outputs—especially when designed with purpose.
