Protecting and deploying drones in operational environments requires systems that ensure secure storage and reliable launch. This project addresses that challenge by developing an enclosure for an Axon drone that supports safe storage and streamlined undocking. The design enables consistent and repeatable deployment while reducing handling requirements. Future enhancements include integrated charging to support continuous…

Early prototypes of automated security devices can face limitations in detection accuracy, control and user interaction. This project addresses those challenges by working with Axon to improve an existing pan-tilt TASER system. The team focuses on enhancing human detection, refining motion control and integrating two-way communication. Additional system updates support more reliable operation and improved…

Accurate bore-diameter measurement is essential for maintaining safety, performance and efficiency in manufacturing processes. This project addresses that challenge by developing a real-time, digital measurement system for use in Boeing production environments. The device uses mechanical vibration, an accelerometer and a Hall-effect sensor to measure bore diameter with high precision. Results are displayed through a…

Repairing internal surfaces of small components can be difficult with existing cold spray equipment due to size limitations of standard nozzles. This project addresses that challenge by working with Honeywell Aerospace to develop a compact, angled nozzle capable of reaching narrow bores. The design supports application of the cold spray process within confined geometries, reducing…

Motion sensors used in automatic door systems can be bulky, prone to false triggering and limited in durability under varying environmental conditions. This project addresses that challenge by working with Summit Automation to redesign a motion sensor that improves size, reliability and weather resistance. The team developed a more compact and sealed design with updated…

Testing advanced navigation systems on full-scale aircraft can be costly and introduce operational risk during early development. This project addresses that challenge by working with Honeywell International Inc. to develop a scaled fixed-wing flight testbed. The system integrates navigation hardware and communication components into a compact platform capable of autonomous operation. It enables controlled, repeatable…

Lightning strikes can cause damage to infrastructure, requiring costly repairs and creating safety risks during field maintenance. This project addresses that challenge by working with General Dynamics Mission Systems to develop a laboratory system that simulates lightning strikes. The system enables controlled testing of mitigation methods under repeatable conditions. The goal is to support evaluation…

This project explored whether a faith-based digital platform could help improve Christian engagement and community among young adults outside of traditional Sunday services. Guided by Self-Determination Theory, community psychology, social identity theory and user centered design principles, an early protype of EZRA was developed. EZRA is an app designed to support personalized devotionals, church discovery,…

The modern dashboard interface has been continually redesigned to address the ongoing issues of complexity and information density. With the rapid increase in new infographics and larger screens, there is the issue of the user’s finite cognitive resources, resulting in inefficient visual processing within the critically short 2-second off-road glance to the user console. This…

Access to reliable soil data can be limited in off-grid agricultural settings, making it difficult to assess soil health. This project addresses that challenge by developing a soil sensing system that uses TinyML to process data locally without internet access. The system measures temperature, moisture, phosphate levels and salinity, and connects to an Android application…