Step 2: Find Your Fit – Explore AI-Augmented Systems Hackathon Projects

AIVIA™ Hackathon: Projects

6 Advanced AI-Augmented Systems to Build Real-World Skills

  • Learn to create tools that provide explainable, actionable insights to enhance human decision-making
  • Master the entire development cycle from command-line tools to interactive dashboards
  • Gain hands-on experience with industry-relevant datasets and technologies
  • Build portfolio-worthy projects that demonstrate your ability to create AI-augmented systems
Project & Domain Sprint 1 (CLI) Sprint 2 (Streamlit Dashboard)
:chart_increasing: FinNews Pro (Finance) Sentiment-Price Correlation Analyzer with statistical significance output Live trading signals, AI-generated market rationale, and confidence intervals
:shield: SecuChat 2.0 (Cybersecurity) Alert Prioritizer with ATT&CK mapping ATT&CK technique visualizer, investigation steps, and shift handoff reports
:factory: AutoSense Edge (Manufacturing) Predictive Maintenance Estimator (failure timing + confidence) Degradation timeline, repair vs. replace optimizer, and engineer feedback logs
:dna: GeneGPT Lite (Genomics) Variant Classifier with ACMG scoring Clinical report drafts, filterable tables, and evidence visualizations
:musical_notes: MoodBeats (AI-Driven Human Interaction) Biosignal-Based Mood Classifier Real-time mood tracking, AI-curated playlists, and mood evolution feedback
:books: StudyAI (EdTech) Flashcards & Quiz Generator with API performance comparison Adaptive study assistant, spaced repetition scheduler, and API benchmarking dashboard

  • Sprint 1 deliverables must be demonstrated via a Jupyter Notebook or equivalent (e.g., Colab).
  • Sprint 2 deliverables use Streamlit or an equivalent dashboard framework.

Common Key Resources:



:chart_increasing: 1. FinNews Pro: AI-Driven Market Narratives

Domain: Finance

Key Resources:

Project Sprints:

Build a sentiment-driven financial analysis system:

Sprint 1: CLI tool that flags statistically significant correlations between news sentiment and stock price movements.

$ python finnews.py --ticker AAPL --days 7  
Output: "Negative sentiment spike correlated with AAPL price drop (p=0.04)"

Sprint 2: Streamlit dashboard with

  • Live trading signals + confidence intervals , with forward-looking price trend forecasts.
  • AI-generated “Market Pulse”: Key sentiment drivers and alternative scenarios

Bonus Challenge:

  • Implement false-positive tracker for failed signals
  • Add causal chain visualization (News Event → Price Move Lag → Sector Impact)


:shield: 2. SecuChat 2.0: SOC Triage Automation

Domain: Cybersecurity

Key Resources:

Project Sprints:

Build a security operations center assistant:

Sprint 1: CLI tool prioritizing alerts by severity and mapping them to MITRE ATT&CK techniques.

$ python secuchat.py --alerts-file alerts.csv
Output: "Top 3 Alerts: SQL Injection (Critical), DDoS (High), Brute Force (Medium)"

Sprint 2: Streamlit dashboard showing

  • ATT&CK technique mapping with AI-suggested investigation steps
  • Shift handoff reports with executive summaries

Bonus Challenge:

  • AI-suggested initial containment actions (e.g., auto-isolate affected endpoints)
  • False-positive feedback loop (“This was benign” → model retraining)


:factory: 3. AutoSense Edge: Predictive Maintenance for Smart Factories

Domain: Manufacturing

Key Resources:

Project Sprints:

Build a predictive maintenance system:

Sprint 1: CLI tool predicting failure timing from sensor patterns with probabilistic confidence.

$ python autosense.py --sensor-data turbine14.csv
Output: "Engine 14: Predicted failure in approximately 8 days (high confidence)"

Sprint 2: Streamlit dashboard with sample features:

  • Interactive degradation timeline
  • “Repair now ($5K) vs. replace later ($25K)” scenarios
  • Engineer override logs (“Disagreed with AI on 07/15 - faulty sensor”)
  • Model confidence indicators

Bonus Challenge:

  • Optimize model size for resource-constrained edge devices
  • Add ROC curve evaluation on held-out samples to verify model robustness.


:dna: 4. GeneGPT Lite: Multi-Gene Variant Interpretation Assistant

Domain: Genomics

Key Resources:

Project Sprints:

Build a genomic variant interpretation system:

Sprint 1: CLI tool for variant annotation and ACMG pathogenicity scoring

$ python genegpt.py --variant BRCA1:c.68_69delAG --acmg
Output: "Pathogenic (PVS1, PM2, PP3)"

Sprint 2: Streamlit dashboard with

  • Filterable variant classification tables
  • AI-generated clinical report drafts dynamically assembled from retrieved evidence (RAG-powered)
  • Evidence visualization (population frequency, clinical significance)

Bonus Challenge:

  • Benchmark the classification system against a held-out ClinVar test set
  • Literature retrieval + summarization for novel variants (integrate into RAG pipeline)


:musical_notes: 5. MoodBeats: AI-Powered Music from Biosignals

Domain: AI-Driven Human Interaction

Key Resources:

Project Sprints:

Build an emotion-driven music recommendation system:

Sprint 1: CLI tool classifying emotional states from biosignal data

$ python moodbeats.py --input eeg_sample.csv
Output: "Detected Mood: Relaxed → Recommended Playlist: Ambient Chill"

Sprint 2: Streamlit dashboard example: Mockup by Claude

Bonus Challenge:

  • Add personal calibration option (e.g., first session fine-tunes model to the user’s baseline signals).
  • Implement “emotional journey” planning for workout or study sessions


:books: 6. StudyAI: AI-Powered Study Tools Generator

Domain: EdTech

Key Resources:

Project Sprints:

Build an adaptive study assistant:

Sprint 1: CLI tool generating flashcards and quizzes with API benchmarking (accuracy, cost, behavior comparisons).

$ python studyai.py --input biology_chapter.pdf --output flashcards
Output: "Generated 20 flashcards + 10 quiz questions on Photosynthesis"

Sprint 2: Streamlit dashboard example: Mockup by Claude

Bonus Challenge:

  • Implement cross-API scoring reports to evaluate performance consistency across providers.
  • Add visual concept mapping for interconnected topics


:puzzle_piece: Next Steps:

Step 1: Overview
Step 2: You Are Here

  1. Browse the 6 AI-augmented hackathon projects.
  2. Identify the projects that match your skills and interests.
  3. Continue to Step 3 to start your prep modules and get qualified.

:right_arrow: Up next: Step 3 – Prep Modules & Qualification