BEARS
BEARS student working on satellite project

Projects

Explore the innovative aerospace and technology projects built by BEARS students

What we build

Projects are the heart of BEARS — where students turn ideas into real engineering. Pick a focus area to explore.

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Rover Test
September 12, 2026

Other

Rover Test

Drop tower experiments for testing materials and fluid dynamics in microgravity conditions, enabling research in materials science, biology, and physics.

Complete Styling & Component Showcase
January 26, 2026
Completed

Other

Complete Styling & Component Showcase

A comprehensive showcase of all typography, components, and design elements available in the BEARS website.

High-Altitude Balloon Research
January 15, 2026

Experimental Rocketry

High-Altitude Balloon Research

Stratospheric balloon launches for atmospheric research, carrying scientific payloads to altitudes above 100,000 feet to study weather patterns and cosmic radiation.

CubeSat Tracking System
December 10, 2025

Experimental Rocketry

CubeSat Tracking System

A real-time satellite tracking dashboard for monitoring BEARS CubeSat missions in orbit, providing telemetry data visualization and ground station integration.

Autonomous Rover Prototype
November 20, 2025
Completed

Robotics

Autonomous Rover Prototype

Development of an AI-powered autonomous navigation system for our Mars rover prototype, featuring computer vision and obstacle avoidance capabilities.

Campus Sustainability Dashboard
October 5, 2025
Completed

Science & Experiments

Campus Sustainability Dashboard

An IoT-based monitoring system for tracking energy consumption, waste management, and environmental metrics across campus facilities.

Propulsion System Testing
August 20, 2025

Experimental Rocketry

Propulsion System Testing

Testing and analysis of small-scale rocket propulsion systems for student-designed launch vehicles, focusing on thrust measurement and fuel efficiency.

AI-Powered Navigation System
July 10, 2025
Completed

Science & Experiments

AI-Powered Navigation System

Machine learning-based autonomous navigation for mobile robotics platforms, enabling intelligent path planning and obstacle avoidance in dynamic environments.

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