TEACHING
TEACHING
Fall 2023: Computer Hardware Skills (ECE 201)
An exclusively lab-based class focused on basic hands-on skills for electrical and computer engineers. Topics include soldering, PCB layout, basic microcontroller coding, 3D printing, use of basic test and measurement equipment, file management and version control.An exclusively lab-based class focused on basic hands-on skills for electrical and computer engineers. Topics include soldering, PCB layout, basic microcontroller coding, 3D printing, use of basic test and measurement equipment, file management and version control.
Winter 2024: Exploring Devices (ECE 280)
Overview of modern electronic and photonic devices underlying modern electronic products including smartphones, traffic lights, lasers, solar cells, personal computers, and chargers. Introduction to modeling and principles of physics relevant to the analysis of electrical and optical/photonic devices.
ANALOG ELECTRONICS (PHGN 215)
COURSE DEVELOPMENT, LOW TEMPERATURE AND MICROWAVE MEASUREMENTS (EEGN 532)
SENIOR DESIGN PRINCIPLES (PHGN 471/472)
Projects
Origin of the Second Magnetization Peak in the Anisotropic Superconductor, overdoped Hg1201 (Haley Cole)
Construction of a Manual Probe Station for Electrical Transport Measurements on Nanostructured Devices (Austin Holmes, Alex Roush)
Building a 4 K Measurement Station for EEGN532, a Quantum Engineering Lab course (Majid Mohammad)
Electrochemical Growth of Superconductors (Josh Moler, Matthew Barbattini)
Projects
Development of a Manual Probe Station for Electrical Transport Measurements on Nanostructured Devices (Avery Plantz, Bennett Steward)
Electrochemical Growth of Superconductors (Tara Braden)
Correlation between depairing current and vortex creep in superconductors (Sarah Jones)
Projects
Fabrication of SiNx nanostencils for resist-free lithography (Sun Ying, Caleb Hammel)
Design and construction of a 4K LHe dipper probe for electrical transport measurements (Jonathan Kim)
