XR Symposium Presentation
Johns Hopkins University
Presented an educational workflow combining ParaView, virtual reality, model exoplanets, and student-built rovers.
Incoming University of Maryland computer science freshman working across intelligent software, physical systems, and practical tools.
Poolesville, Maryland
ben.m.ross08@gmail.com
Beginning undergraduate study in computer science. Previously attended the Science, Math & Computer Science Magnet Program at Poolesville High School, with coursework including Analysis of Algorithms, AP Computer Science, and AP Statistics.
Presented an educational workflow combining ParaView, virtual reality, model exoplanets, and student-built rovers.
Developed a targeted Llama 3.1 fine-tuning method using Python, TensorFlow, CUDA, and Google Cloud compute.
Designed and 3D-printed a lightweight gondola; built Raspberry Pi motor control, socket communication, and OpenCV waypoint detection.
Core programmer on a student team iteratively building a React Native resource for high schools.
Built a self-hosted n8n and Ollama agent capable of working with Spotify and Notion through natural-language instructions.
Developed navigation, sample collection, and camera systems for a rover traversing variable simulated terrain.
Designed a Docker-based streaming stack for a resource-constrained Raspberry Pi 3B+, including hardware acceleration.
Created scalable R visualizations for genome-wide association study data and helped integrate the work into a biology lesson.
Gathered requirements and delivered a MongoDB-backed application for a school administrator using an iterative development process.