Sankalp Kulkarni · All Projects
A full catalogue of systems, tools, and experiments built by Sankalp Kulkarni — from local AI infrastructure to physics simulation and Minecraft plugin architecture.
A fully local AI assistant system built by Sankalp Kulkarni. Powered by Ollama, it runs open-source large language models entirely on-device — no cloud, no API keys, no data leaving your machine. Built with a custom Python interface for speed, privacy, and deep extensibility. Supports model switching, conversation history, and custom system prompts. Designed for developers who want AI tooling they fully control.
A physics-based simulation and forge system engineered by Sankalp Kulkarni. Combines real-world material behaviour — thermal dynamics, stress tolerance, deformation — with interactive digital fabrication logic. Users can design, simulate, and test components in a virtual forge environment before physical production. Bridges the gap between creative tooling and precision engineering, built for makers and system thinkers alike.
A structured, performance-focused company website built by Sankalp Kulkarni with precision and minimal interaction design. Clean architectural structure, controlled motion, refined layout hierarchy, and performance-aware implementation. This project shaped Sankalp Kulkarni's philosophy toward clarity over clutter in interface design.
View live site ↗A custom Spigot economy plugin built by Sankalp Kulkarni — thread-safe, exploit-resistant, and built for high-concurrency servers. Features atomic transactions, database persistence with in-memory caching, Vault API integration, and full audit logging.
A suite of custom Paper/Spigot plugins by Sankalp Kulkarni for server management, including essentials frameworks, performance monitoring, automated backup systems, and moderation tooling. Built and deployed across live multiplayer environments.
An experimental portfolio by Sankalp Kulkarni exploring motion psychology, scroll compression storytelling, and invisible interaction systems. Depth-layered environments, gravity-responsive typography, minimal navigation, and intentional pacing. Reflects the evolution toward quiet engineering.