Session 13: Build Your AI-Powered Financial Innovation#
Stop analyzing. Start building.
Section 1: The Only Brief You Need#
You’ve spent 12 sessions learning financial analysis. Now prove you can create value in an AI-powered world.
Your Mission: Build something interactive that solves a real financial problem using AI language models.
What This Is NOT:
Not a research paper
Not a case study analysis
Not a traditional presentation
Not something an AI could do alone
What This IS:
Proof you can BUILD solutions
Evidence you understand AI + Finance
Your first portfolio piece
Practice for your actual career
The Requirements:
Must be interactive - Not a report. Something people USE.
Must use AI language models - OpenAI, Claude, Gemini, whatever works
Must solve a real financial problem - If no one needs this, start over
Must actually work - Live demo required
Timeline: You have until end of term. No weekly schedule. No milestones. Just ship.
Use DRIVER to figure out:
D: What problem are you solving? Who has this problem?
R: What’s your approach? What tools do you need?
I: Build. Break. Fix. Repeat.
V: Does this solve the problem? Test with real users.
E: How can this scale? What’s next?
R: What did you learn about building with AI?
Section 2: What You Might Build (Just Ideas, Not Templates)#
For Future Traders and Analysts:
Bot that explains market moves in plain English
AI that detects unusual stocks or options activity
Tool that translates Fed-speak to trading signals
Tool that generates equity report for a given company
For Future Bankers:
AI that drafts investment memos from financials
Tool that finds comparable transactions instantly
Bot that answers due diligence questions
For Future CFOs:
AI that explains variances to non-finance people
Tool that generates board presentation narratives
Bot that simulates financing scenarios
For Future Wealth Managers:
AI that creates personalized investment plans
Tool that explains portfolio performance simply
Bot that answers client tax questions
For Future Founders:
Whatever solves a problem you personally have
Something that would make you say “I need this”
A tool you’d use even after this class ends
Remember: Simple and working beats complex and broken. Every time.
Section 3: What Success Looks Like#
It Works
Live demo without crashing (or if it crashes, you know why)
Real functionality, not mockups
Actual AI integration, not hardcoded responses
Someone Wants It
You can name specific people who need this
You’ve tested with actual users
There’s a clear use case
You Shipped
You can clearly demo it on video (required)
Optional: It’s deployed somewhere (GitHub, Streamlit, Replit, etc.)
No live link required
You Learned
You can explain what was hard
You know what you’d do differently
You understand the build process
Section 4: The Anti-Rubric#
This isn’t graded on:
Lines of code
Complexity
Following instructions
Meeting arbitrary criteria
This is evaluated on:
Does it work?
Does anyone care?
Did you ship?
What did you learn?
No partial credit for “I tried but…” - In the real world, it either works or it doesn’t.
Section 5: Resources You’ll Find Yourself#
Part of this exercise is learning to be resourceful. You’ll need to figure out:
How to use AI APIs
How to build interfaces
How to handle data
How to deploy apps
How to get unstuck
Use AI to help you build with AI. Ask it questions. Debug with it. Learn from it. That’s the meta-skill that matters.
Section 6: Examples of Past Success#
“Sarah built a tool that analyzes earnings calls for sentiment shifts. JPMorgan recruited her before graduation.”
“Marcus created a bot that explains options strategies using analogies. His tool has 5,000 users.”
“Priya’s AI bond covenant analyzer saved her firm 20 hours per week. She got promoted twice in her first year.”
“James built a crypto arbitrage detector. He dropped out to run his trading firm.”
Not everyone will build the next Bloomberg Terminal. Most won’t. But everyone will learn what it takes to build something real.
Section 7: Getting Started#
Don’t overthink it. Pick a problem. Start building. When you get stuck, figure it out. When it breaks, fix it. When it works, ship it.
The best project is the one you actually finish.