Scaffolding project for testing Qlik Sense visualization extensions

Visualizing alignments for sequence overlap assembly and scaffolding

The Pac-Man projects were developed for UC Berkeley's introductory artificial intelligence course, CS 188. They apply an array of AI techniques to playing Pac-Man. However, these projects don't focus on building AI for video games. Instead, they teach foundational AI concepts, such as informed state-space search, probabilistic inference, and reinforcement learning. These concepts underly real-world application areas such as natural language processing, computer vision, and robotics. We designed these projects with three goals in mind. The projects allow students to visualize the results of the techniques they implement. They also contain code examples and clear directions, but do not force students to wade through undue amounts of scaffolding. Finally, Pac-Man provides a challenging problem environment that demands creative solutions; real-world AI problems are challenging, and Pac-Man is too. In our course, these projects have boosted enrollment, teaching reviews, and student engagement. The projects have been field-tested, refined, and debugged over multiple semesters at Berkeley. We are now happy to release them to other universities for educational use.

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Visualizer for franeklubi/scaffolding

Personal Finance Tracker is a web app for students and early earners to track expenses, manage savings goals, monitor debt, and visualize spending with interactive charts. AI-assisted scaffolding, fully implemented manually.

3D project scaffolding and visualization tool

A VS Code extension for scaffolding Altair charts for data visualization.

See Your Data and Visualize Your Plots: Scaffolding for

kubebuilderinit visualizes differences in scaffolding outputs when the implementation of Kubebuilder changes

Modernize legacy Java codebases into sleek Spring Boot microservices using LangGraph and Azure OpenAI. Features include automatic code parsing, LLM-powered documentation, microservice scaffolding, and a beautiful Streamlit UI with agent workflow visualization.

This repository contains the initial setup and partial implementation of a dual-arm robotic system in ROS 2 (Jazzy). The work includes dual-arm URDF integration, visualization in RViz, and controller scaffolding for Cartesian control. The task is currently in progress, with focus on system architecture, robot description, controller configuration

An interactive Algorithm Visualizer (Sorting, Stack, Queue) built using React and Node.js with AI-assisted development via Google AI Studio (Gemini 3.1 Pro). Focused on experimenting with prompt-driven UI generation, logic scaffolding, and iterative refinement using AI tools.