This team’s project involved converting a desktop application that displays building schematics into a mobile-friendly version compatible with both Android and iOS platforms. The schematics include features such as electrical grids, vent pipes and more. Sponsor Auto BIM Route

Supply and Demand Open Knowledge Network, or SUDOKN, is an interconnected network of publicly available manufacturing capability data focused on Small and Medium-Sized Manufacturers, or SMM. This project empowers SMMs by bolstering their visibility through the open knowledge network on supply and demand data for small and medium-sized manufacturers across the country. Sponsor National Science…

This team is studying how haptics, or touch sensing and actuating, work in gaming controllers. Sponsor Scalable Asymmetric Lifecycle Engagement (SCALE)Department of Defense

In the Auto BIM Route application project, the team focused on making route interactions smoother and more intuitive. They enhanced the user interface for drawing preferred paths, refined the zoom functionality for consistent proportions and improved route selection by adding visual emphasis and enabling keyboard shortcuts for easier navigation. Additionally, the team assisted in developing…

Auto BIM Route has developed an advanced PCB auto-routing and optimization tool to automatically generate routed circuits on virtual PCB designs, reducing the time and effort needed for routing. However, the current application takes too long to generate and display the routed designs due to the resources required for rendering. This ASU Capstone team aims…

The project focuses on optimizing Auto BIM Route, a construction data visualization tool, by improving its zoom functionality, interaction speed and overall rendering performance. The challenges include an outdated rendering engine that lacks GPU acceleration, limiting performance when processing large DSN files, and the need for deep analysis of the codebase to address bottlenecks affecting…

Boeing is modernizing the cockpit of the Apache attack helicopter, including upgrades such as a larger display and independently movable mission grips. To integrate the mission grips successfully, a mounting assembly is needed that is compatible with both the grips and the aircraft. Our team was tasked with designing and modeling a stable mounting assembly…

Raytheon, an RTX business and a global leader in aerospace and defense, specializes in missile systems manufacturing, with operations based in Tucson, Arizona. Testing missile fin actuation under load is crucial for Raytheon but often consumes significant time and labor without directly enhancing the missile actuation systems. The team was tasked with designing a missile…

To keep pace with advancing technology and evolving wartime tactics, the United States Marine Corps needed a solution to unload materials and equipment from a V-22 Osprey quickly and safely in various environments for Expeditionary Advanced Base Operations and Forward Arming and Refueling Points. The team designed a device using a commercially available hydraulic floor…

Honeywell Aerospace, a leading provider of aviation technology in both the commercial and defense sectors, is our industrial partner for this project. Known for their engines and auxiliary power units, Honeywell aims to reduce fuel consumption, increase testing capacity, and lower NOx emissions during testing. This solution involves eliminating combustion from the process and using…