Limited connectivity between industrial systems can restrict data visibility and reduce operational efficiency in manufacturing environments. This project addresses that challenge by working with the Society of Manufacturing Engineers and the Manufacturing Engineering Association to develop an Industrial Internet of Things architecture. The system connects devices, networks and data platforms to enable real-time data collection…

Exploring metallic asteroid surfaces presents challenges for existing rover designs, which are optimized for rocky or granular terrain. This project addresses that challenge by working with the NASA Psyche Mission to develop a rover concept suited for uneven, rigid surfaces. The design features adaptive wheels that conform to terrain and improve stability under low-gravity conditions….

Harvesting macroalgae manually can be time-consuming and limit research and production efficiency. This project addresses that challenge by working with AzCATI to develop an automated harvesting system for macroalgae farms. The design replaces manual collection with a conveyor-based system that supports consistent harvesting while minimizing environmental impact. The system also provides notification after collection for…

The project centers on auditing XNRGY’s manufacturing operations with a targeted focus on compressed air systems, raw material waste, and electricity usage associated with industrial machinery. Partnering directly with XNRGY, the team is addressing the challenge of identifying inefficiencies in these high impact resource areas to reduce operating costs and environmental footprint. By conducting detailed…

Handling and mounting electrical panels in HVAC systems can be inconsistent and labor-intensive without standardized processes. This project addresses that challenge by working with XNRGY Climate Solutions to develop a universal approach for panel installation. The design includes standardized mounting using unistrut channels and a handling system that uses a hydraulic floor crane with a…

Pilots using handheld tablets for communication may need to divert attention from flight instruments, affecting situational awareness. This project addresses that challenge by designing a mounting system for use in the MV-22 Osprey cockpit. The system secures the tablet within the pilot’s line of sight using existing mounting points and supports adjustability and quick release….

Designing efficient hybrid power systems requires testing under realistic performance conditions. This project addresses that challenge through participation in the Fluid Power Vehicle Challenge, where teams develop vehicles powered by a combination of hydraulic and human energy. The design builds on previous team work while incorporating updated requirements and testing results. The vehicle is evaluated…

Accurate measurement of turbofan engine rotational speed is essential for safe operation and performance monitoring. This project addresses that challenge by working with Honeywell to develop a system for measuring N1 speed under demanding conditions. The design includes signal conditioning techniques such as filtering and gain control, along with embedded processing for data analysis. The…

Machine downtime in industrial automation can increase costs and delay production, particularly when fault codes are difficult to interpret. This project addresses that challenge by developing a Windows-based assistant that supports troubleshooting for robotic systems. The system integrates with automation platforms to retrieve and interpret fault data, guide root cause analysis and provide step-by-step instructions…

Sorting battery cells based on performance data can be time-consuming and prone to human error. This project addresses that challenge by working with Wisk Aero to develop an automated sorting system. The system uses vision-based scanning to read identifiers and evaluate cell data, then directs sorting through a programmable logic controller and robotic system. A…