Exploration Systems Design (Sensor Networks), MS

Program Overview

The MS in Exploration Systems Design (Sensor Networks) equips graduates with the knowledge and skills to apply robotics, data science, and other computational tools to solve complex science problems in Earth and space sciences. The program combines science applications with engineering knowledge and skills through a curriculum focused on Earth science, space science, and astrophysics. Graduates are prepared for careers in engineering fields related to systems engineering and exploration systems design, with a high demand for skilled labor in the aerospace industry.

Program Outline

Degree Overview:

Overview:

The MS program in Exploration Systems Design (Sensor Networks) aims to prepare graduates for professional or academic careers by equipping them with the knowledge and skills to utilize robotics, data science, and other computational tools to address complex science problems related to Earth and space sciences.

Objectives:

• Develop engineering-literate scientists and science-literate engineers capable of applying robotics, data science, and other computational tools to solve scientific problems in Earth and space sciences.
• Combine science applications with engineering knowledge and skills through a curriculum focused on Earth science, space science, and astrophysics.
• Equip students with modern computational tools to tackle critical science challenges.

Program Description:

This unique program seamlessly integrates science applications with engineering knowledge and skills. Through a combination of Earth science, space science, and astrophysics courses, students gain a comprehensive understanding of the scientific context for their work. Additionally, they develop expertise in using cutting-edge computational tools like robotics and data science to solve complex scientific problems. This program is specifically designed for individuals passionate about both science and engineering who aspire to make significant contributions in the field of exploration systems design.

Outline:

Degree Requirements:

• Total Credit Hours: 30
• Required Core: 5 credit hours (SES 501, SES 502, SES 510)
• Concentration: 9 credit hours (Choose 3 courses from the available options)
• Electives or Research: 13 credit hours (6 credit hours must be science coursework approved by the faculty advisor)
• Culminating Experience: 3 credit hours (SES 511)

Concentration Coursework Options:

• CEN 571 Hardware Acceleration and FPGA Computing
• EEE 507 Multidimensional Signal Processing
• EEE 511 Artificial Neural Computation
• EEE 515 Machine Vision and Pattern Recognition
• EEE 551 Information Theory
• MAE 547 Modeling and Control of Robots

Sample Course Schedule:

• Fall Semester: SES 501, SES 502, SES 510, Concentration Course 1
• Spring Semester: Concentration Course 2, Concentration Course 3, Elective or Research Course

Careers:

Career Opportunities:

• Jobs in engineering fields related to systems engineering and exploration systems design (electrical and electronics, aerospace, and mechanical engineering)
• High demand for skilled labor in the aerospace industry, particularly in the space sector
• The program's focus on sensor networks provides graduates with specialized training highly sought after by employers
• U.S. Department of Labor predicts an increase of 63,000 jobs in engineering fields related to systems engineering and exploration systems design.
• Arizona has a significant number of aerospace and technology companies requiring skilled professionals.
• Acceptance to the graduate program requires a separate application and typically occurs during the junior year of the bachelor's program.
• The program qualifies for an OPT extension for up to 36 months, allowing international students to gain practical work experience in the U.S.