I1.01 Applied Time Study Techniques: MOST-Based Video Analysis of Assembly Operations
Sponsor: Center for High Performance Systems (CHiPS) Lab
Student Team: Claire Pauwels, Tyler Haug, Kenya Frias Rodriguez, Jade Ong
Faculty Advisor: Dr. Gerardo Trevino-Garza
This project involves the application of time and motion studies, specifically MOST, by analyzing assembly tasks using video-based protocols. The work shows emphasis on traditional industrial engineering measurements while also integrating modern digital tools to ensure accuracy and reproducibility. The design team will compare classical and modern approaches, document sources of errors, and generate insights into process bottlenecks and inefficiencies. The overall goal is to equip future engineers with the skills to critically select and apply time study methods in a real-world context.
I1.02 Aumovio Robotics Dashboard
Sponsor: Lauren Feliciano
Student Team: Dylan Hahn, Gillberto Hernandez, Jimena Gonzalez
Faculty Advisor: Dr. Gerardo Trevino-Garza
Using Maple Systems software, an interactive dashboard will be designed to interpret and display the conditions of the robots. The information provided will be easy to interpret for any user, allowing management to view the overall health of the robots in real-time. Additionally, the dashboard will indicate where the robot is located, which part is experiencing issues, and what the issue requires for maintenance to allow for a quick response.
I1.03 Modeling & Simulation of Academic Makerspace with AnyLogic
Sponsor: Ingram Hall Makerspace
Student Team: Natalie Huth, Aleah White, George Bruen
Faculty Advisor: Dr. Gerardo Trevino-Garza
An AnyLogic simulation that includes core user workflow for the primary resources in the Ingram Hall Makerspace. Key metrics are generated and tracked over the simulation runtime such as equipment usage and user wait time. Additionally, the simulation is designed with adjustability in mind so the user can change parameters such as the number of machines or operating rules to better inform design decisions for the Ingram Hall Makerspace.
I1.03 Humidity Control Center
Sponsor: Lauren Feliciano
Student Team: Marc Ojeda, Cristina Marrugo, Mason Wollenzier
Faculty Advisor: Dr. Gerardo Trevino-Garza
We will define the parameters of humidity by examining the Aumovio facility. The team will also construct sensors that will measure humidity and gather relevant data. Using the Maple Systems dashboard provided by Aumovio, we shall implement an alert system that notifies the company of humidity that is outside of the accepted range. Future goals include connecting the dashboard to the established humidity controllers for further regulation.