Coffee And Telesensing Lab
Electrical and Computer Engineering
Joshua Mendez
Two projects are currently available in my lab: 1) Mars is a dry, dusty place. As humans plan for crewed missions to the red planet, we must understand the effects of dust--regolith--on the engineering systems that will keep crews alive and productive. As noted in NASA's Mars Science Goals, Objectives, Investigations, and Priorities, we need to quantify how dust influences the electrical properties of surfaces on which it accumulates (in particular circuit boards). Additionally, because regolith can itself be electrified through frictional interactions with surfaces ("static electricity"), we need to explore whether such charging could lead to electrostatic discharge (ESD) hazards in Mars' low pressure CO2 atmosphere. This project will use the Mars Atmospheric Simulator in the Environmental Testing Lab to quantify the electrification and discharge of Martian regolith simulants as they interacts with a variety of synthetic materials under simulated Martian conditions.
Key skills needed: Any of the following: General purpose programming (Python, C++), circuit board design, PCB manufacture, mechanical CAD, machining, barista experience.