
Understand:
- Value proposition of the course
- What to expect in the course
- Get a roadmap of what’s covered
- Learn about the course structure and how to get the most out of it
- Identify required tools, accounts, cost and basic knowledge
- GitHub copilot vs ChatGPT
- Understand token and why it matters for LLMs
- Cost implications of Tokens on various models
- Get a big-picture overview of different OpenAI models
- Learn about their capabilities and ideal use cases
- Discover a step-by-step method to pick the right model
- Learn to evaluate models based on your use case needs
- Navigate the OpenAI platform interface
- Understand key features and dashboards
- Follow a hands-on guide to building a simple assistant
- Learn the basics of assistant setup
- Learn how to track usage and set user limits
- Explore advanced configuration options for assistants such as models, temperature
- Experiment with system instructions and compare results
- Set up VSCode as IDE
- Learn how GitHub Copilot can accelerate your workflow
- Walk through the installation on Windows and Mac
- Set up your system PATH and verify your installation
- Learn how to create and activate a virtual environment
- Write and run your first “Hello World” Python script
- Build a simple user story generator with OpenAI assistant + Streamlit front end
- Practice handling user input and model outputs
- Learn how to write and run basic tests
- Establish basic framework of apps
- Understand constraints of the user story generator app
- Introduce enhanced framework to make more robust applications by integrating third party data
- Introducing case study - JIRA project board
- Initial Prompt to generate utilities script
- Comparison of same prompt on ChatGPT vs GitHub Copilot
- Start developing a real integration step by step
- Start with initial prompt and troubleshoot basic issues
- Continue building with prompts
- Defining functional issues while building complex applications
- Tips and tricks :Learn how to “think like an AI” for problem-solving
- Define a standard prompt template that can be used to build any use case
- Using deep search to identify the libraries which can resolve functional issues
- See a live demo of the app which uses Langchain version of JIRA + Langchain + OpenAI chat completion apis
- Understand benefits and constraints of this model
- Enhancing prompt to build final version which uses vector store, ability to download JIRA data & using dynamic system instructions for the streamlit app
- Writing system instructions with best practices to serve the open ai assistant
- Watch a demo of the finished integration in real scenarios - Open AI Assistant + Vector store + JIRA data + Dynamic system instructions stored in a local MD file
- Recap key lessons and next steps
- What can you build next?
Bring your ideas to life with AI—fast.
This hands-on course is designed for product thinkers, innovators, and non-coders who want to go beyond just experimenting with AI and actually build something real. Using OpenAI, Streamlit, and “vibe coding” techniques, you’ll learn how to rapidly prototype intelligent apps—without writing traditional code.
You’ll start by mastering prompt engineering and understanding how different OpenAI models work. Then, you’ll design responsive AI assistants in the OpenAI Playground, integrate tools like JIRA, and build complete MVPs using Streamlit—all by iterating step-by-step with AI tools.
Whether you’re a product manager looking to build proof-of-concepts or a creative entrepreneur prototyping your next big idea, this course will give you the mindset, tools, and techniques to build fast with AI.
Learn how to build AI agents using prompt engineering and system instructions—no coding required.
Master the OpenAI Playground, ChatGPT, and Streamlit to prototype and test real-world AI apps.
Build full working MVPs, like a user story generator or JIRA-integrated assistant, using AI and visual tools.
Connect your assistant to real-world data sources (e.g. JIRA) to create useful, production-ready workflows.
Develop the “AI builder’s mindset” to think in prompts, iterate quickly, and go from concept to creation in hours.