SDSU Research Foundation

Superconducting Quantum Electromagnetic Sensor Project (71-7001)

Req No.
2017-6548
Category
Other
Type
Student
Salary
$17.12
Dept/Proj Name
SPAWAR

Overview

The purpose of this task is to provide technical and/or analytical support in the field of electrical engineering or mechanical engineering for the Superconducting Quantum Electromagnetic Sensor project. The purpose of this project is to characterize a series of Superconducting Quantum Interference Device Arrays (SQA) in terms of their electrical and transport properties to advance sensor capabilities.

Responsibilities

Conduct transport and electrical properties measurements in SQAs at temperatures between 4 < T < 120 K. The methods of measurements shall consist of:
- Providing support on sample preparation, setting up experiments and monitoring equipment in the laboratory,
- Measuring the current vs. voltage characteristics of SQAs at different temperatures and applied currents,
- Measuring voltage vs magnetic field characteristics as a function of the bias field, temperature and critical current.

- Analyzing the data to determine the critical current of the devices.

-Advance the existing data acquisition software and analyzes to automate the data collection process.

Qualifications

 Education:

 

-Undergraduate Student: Electrical or Mechanical Engineer (Senior).

 

Required Course Work:


- Senior undergraduate physics.
- Signals and linear control systems.
- Linear circuits.

 

Desired Qualifications:

 

-Previous experience working with SQAs and superconducting instrumentation is desired.

-Experience with low temperature instrumentation is a plus.
Skills: MatLab, LabView, good writing and organizational skills.

 

This is a student position and is limited to working 20 hours per week
This position will remain open until filled
San Diego State University Research Foundation is an EEO/AA/Disability/Vets Employer

Options

Sorry the Share function is not working properly at this moment. Please refresh the page and try again later.
Share on your newsfeed