Projects

Active Projects

An Architecture Study for a Future Safe, High-Capacity Air Transportation System

Project Description: (NASA funded) We are developing a system to assess potential architectures for a future air transportation system capable of handling 10x – 100x as many vehicles as today.
Project Deliverable and Timeline (tentative): spring, fall 2017
Skills/Experience Required/Preferred: state-based modeling experience preferred
Number of Undergrads required (if any): 1+
Graduate Student Mentor: Jeongjoon Boo

Infusion Pump Data Analytics

Project Description: We are evaluating an algorithm and associated decision support system for its potential effect at reducing alarm fatigue for nurses who use smart infusion pumps.
Project Deliverable and Timeline (tentative): Ongoing
Skills/Experience Required/Preferred: Database experience preferred
Number of Undergrads required (if any): 1+
Graduate Student Mentor: Jeongjoon Boo

Past Projects

  • Development of Hybrid Modeling Methods to Detect Flight Deck Human-Automation Issues (NASA funded, Quang Dao, spring 2017)
  • Artificial Horizon Design Study (Ding Ding, fall 2016)
  • Wearable Device Data Analytics (Jocelyn Dunn, fall 2016)
  • Grissom Accessibility Project (Audrey Reinert, fall 2016)
  • Evaluating the performance of humans or organizations using learning curves. Simulation with Arena/Vatsim
  • A study of human factors and its application in system design process
  • Air Traffic Control Measures
  • An Architecture Study for a Future Safe, High-Capacity Air Transportation System
  • Website Redesign: User Experience and Interaction Design
  • Arduino At Home: In-home automation with arduino
  • Infusion Pump Mental Model for healthcare providers
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