• Architecting an AI-powered 3D game generation engine built in Rust

• Developing core engine systems including rendering, asset pipelines, and simulation components

• Designing a modular plugin-based architecture to support extensibility and scalable development

• Leading technical execution by defining engineering roadmaps, milestones, and system architecture

• Coordinating development across the team, combining engineering work with project management responsibilities

• Developed internal tooling and prototype features for AI-driven game world generation

• Implemented systems for asset management, rendering, and engine extensibility

• Built demo applications to showcase generative gameplay environments

• Worked with cross-functional startup team to iterate quickly on new product ideas

• Contributing to internal tooling and technical infrastructure supporting engineering teams and project development

• Assisting with server hosting, deployment, and infrastructure management for club services and development resources

• Leading development of software infrastructure supporting Berkeley’s Advanced PCB Engineering (APE) initiative

• Building internal tooling and automation pipelines to support PCB design workflows

• Managing repositories, documentation, and development infrastructure for engineering teams

• Collaborating with electrical engineers to streamline board design and testing processes