Intro to Prompt & Context Engineering

Masterclass
1 class
60 minutes

Description

AI is now part of daily workflows, and professionals who can direct it well are moving faster than those who can't. This masterclass gives you a concrete, repeatable method for getting useful output from AI instead of guessing at prompts.

In this course, you'll learn a practical mental model for how generative AI works and why context matters, along with a reusable prompt structure you can apply immediately to your own work.

By the end of this course, you'll be able to:

  • Use a repeatable structure to build clear, effective prompts
  • Provide examples and source material so AI outputs are specific and on-brand
  • Spot common prompting failures and apply techniques to fix them
  • Iterate toward better output rather than expecting a perfect first response

Whether you're refining your own AI workflow or helping your team build one, this course will give you a framework you can use right away.

Note: This class is designed for learners with some basic knowledge of generative AI and experience using generative AI tools. Access to ChatGPT or a similar AI platform is required for in-class activities.

More About Nick

Nick Cannariato is a solutions engineer at WorkOS, drawing on his experience at GitHub, Twilio, Heroku, and Anaconda across internal tools and GTM functions. He also maintains a focused consulting practice, where he builds automation for companies to help them scale operations without increasing headcount.

How Hone is different
Live learning
Small-group classes over video conference. Join wherever you are.
Interactive activities
Practice new skills in breakout rooms with like-minded professionals.
Real-world application
Apply new skills to your work by taking action and choosing a personalized Hone challenge.
Mon, Sep 21
8:00am - 9:00am (PDT)
Nick Cannariato

Nick Cannariato

Nick Cannariato is a solutions engineer at WorkOS, drawing on his experience at GitHub, Twilio, Heroku, and Anaconda across internal tools and GTM functions.