What Are the Courses for an Online Master's Degree in Electronics?
Read on to discover sample courses for online master's degree programs in electronics engineering, as well as essential information about careers in the electronics industry.
An online master's-degree program in electronics might feature classes in computer science, information technology, computer interfacing and digital systems. In order to best serve the needs of working professionals and others who prefer not to attend on-campus classes, lessons are delivered via the Internet.
Career Information for Electrical Engineers
|Job Outlook (2016-2026)||9% growth|
|Work Environment||Electrical engineers can work in many industries, including telecommunications, the military, aerospace engineering, architectural engineering, and other electronics companies|
|Median Pay (2018)||$96,640|
|Key Skills||Science, math, technology/IT, communication, problem-solving|
Source: U.S. Bureau of Labor Statics
Online Electronics Master's Degree Sample Curriculum
Those who enroll in such programs on a full-time basis should be able to complete all classes and a thesis in about two years. An online master's-degree electronics program is designed to teach topics such as system development, robotic electronic controls, network service administration, design and integration. It also aims to impart an understanding of how to manage automation. In general, program curricula might include courses such as the following:
- Industrial Computer Systems Management looks at the financial and managerial aspects of control computers in factory settings. Topics include the costs of replacing programmed controllers with hardwired ones, the economics of contracting out maintenance instead of having maintenance workers on payroll and the costs and benefits of software and hardware systems and open and closed systems.
- Electronic Control Systems provides lessons on design, analysis and industrialized use of electro-mechanical, analog and digital sensors in control systems.
- Local Area Networks explains the history and latest developments of local area networks (LAN) and provides students with opportunities to practice analyzing and designing LANs.
- Computer Based Automated Systems Integration explores the hardware and software involved in automating industrialized systems. Laboratory work demonstrates the most efficient ways of integrating systems.
- Microcomputer Based Process Control Technology examines microcomputer systems and sensors along with interfacing and designing process control technology.