One of the most sought after majors in college is the Electronics Engineering Degree. With a degree in electronics, you are able to get a job that pays a pretty penny and you can choose the type of industry you would like to work in, whether it be a specific field like Electrical Engineering or something more general like Industrial Automation.
With an electronics engineering degree, you’ll be prepared for a variety of jobs.
You can work as a systems engineer, which means solving problems involving multiple areas of technology. You might work on the development or design of software or hardware, which involves analyzing the needs and requirements of an organization that uses technology in order to develop new products.
You could also be an applications engineer, which means designing systems or equipment to meet specific needs. In this role, you would recommend the most cost-effective solutions and help determine how to install and maintain the systems you design.
You could also be a technical support specialist, who works with customers who use computers to solve technical problems. This role requires strong customer service skills along with knowledge of computer hardware and software issues.
What jobs can you get with an electronics engineering degree
Introduction
An electronics engineering degree can lead to a wide variety of exciting jobs—but which one is right for you? Of course, that depends on your own individual passions and skill set. With that in mind, here are some specific jobs you could get with your degree:
Electronics Engineering Technician.
Electronics Engineering Technicians are involved in the design, building and testing of electronic devices. They perform a wide range of tasks, including circuit board assembly; test the performance of electrical equipment or systems; and manufacture electrical parts. Electronics Engineering Technicians can work for companies that make computer chips, cell phones and other electronic devices. They might also work for manufacturers that produce medical instruments or control systems for automobiles or airplanes.
Electronics Engineering Technicians are employed by industries such as aerospace; automotive manufacturing; communications equipment manufacturing; computer peripheral equipment manufacturing; general electronic component manufacturing; instrumentation & medical monitoring device manufacturing; military electronics production/systems integration; motor vehicle parts (except tires) manufacturing
Aerospace Engineer.
As a graduate of an electronics engineering degree, you can pursue the exciting profession of aerospace engineer. Aerospace engineers are employed in two areas: the aerospace industry and the military. As an aerospace engineer, you will use your knowledge of physics, mathematics and engineering principles to solve problems in these fields.
What does an aerospace engineer do?
Aerospace engineers design aircrafts, spacecrafts and missiles. They also research flight mechanics and propulsion methods for spacecrafts that have been designed by other people within their company or organization. An aerospace engineer can also be involved in designing new parts for existing vehicles so they can perform more efficiently or produce better results than their predecessors did when they were first created decades ago with outdated technology at that time such as smartphones (which weren’t invented yet back then).
What kind of education is needed to become an aerospace engineer?
Radio Frequency Engineer.
A radio frequency engineer works with radio waves and other electromagnetic fields, including microwaves and infrared. You can find a job as a radio frequency engineer in many different industries, from medicine to telecommunications. Radio frequency engineers may work for the government or private companies, or they might be self-employed. Depending on their role and industry, they may design equipment such as radar systems or cell phone towers; troubleshoot problems in existing systems; or administer maintenance programs for companies that manufacture antennas, transmitters or receivers.
The most commonly available entry-level jobs for someone with an electronics engineering degree are likely to be entry-level positions within established businesses where there is little chance of upward mobility (e.g., retail).
Electrical Controls Engineer.
Electrical Controls Engineer. Electrical engineers design and develop electrical control systems used to operate machines and processes in manufacturing, mining, construction and other industries. They also may specialize in an area of expertise such as power generation or communications. An Electrical Controls Engineer works with a team of mechanical, software and electrical engineers to design the controls systems that are used in complex machinery such as generators, motors and pumps
Educational Requirements:Bachelor’s degree in electrical engineering
Embedded Systems Engineer.
- What is an embedded system?
An embedded system is a computer that has been designed to perform one or more specific functions. These systems are used in electronic products such as cars, airplanes and cell phones.
- What does an embedded systems engineer do?
An embedded systems engineer designs and develops hardware for a specific product or device. They must be able to not only understand the requirements of the project but also have knowledge of various computer languages such as Java, C++, Python and others.
- What is the career outlook for an embedded systems engineer?
According to the Bureau of Labor Statistics (BLS), employment of electronic engineers is projected to grow 6 percent through 2024 due largely to increased demand for products using more advanced electronics technology (such as smartphones).
Computer Hardware Engineer
As a computer hardware engineer, your job would be to design and develop computer hardware. You will be responsible for ensuring that the hardware meets all requirements and works as intended. As such, you will often be required to test the device before it goes out into the field as well as maintain it afterward. Computer engineers must also make sure that any software associated with their product is compatible with other devices in a network, which is why they may also be required to work with software engineers at times when a new product needs to integrate into an existing system or infrastructure.
Computer Network Architect.
Computer Network Architect
A computer network architect is responsible for designing, building and maintaining information systems. Their work can include everything from creating the architecture of a company’s computer system to installing security measures to prevent unauthorized access to sensitive information. It’s a challenging but rewarding career path that requires strong analytical and problem-solving skills.
Computer Network Architects typically need at least a bachelor’s degree in Electrical or Computer Engineering, or Computer Science; however, some employers may prefer candidates with a master’s degree or PhD in one of these fields. Employers may also look for experience working as an IT manager or software developer within their industry field. According to Payscale (a salary comparison website), the median salary for this job is $96,410 per year with most people earning between $40K and $100K annually.[1]
Electrical Consulting Engineer.
Electrical consulting engineers are professionals who provide advice and expertise in the field of electrical engineering. Electrical consulting engineers can work in a wide variety of industries, including power generation, industrial automation, communications and data processing, automotive electronics and aerospace/defense systems.
Electrical consulting engineers may also specialize by working with specific types of equipment or technology (for example: lighting controls) or by providing services to certain types of customers (such as commercial buildings). Electical consulting engineers may be employed by companies or they may work independently as self-employed consultants.
Electrical Manufacturing Engineer.
Electrical Manufacturing Engineers are responsible for the design, test and production of electrical equipment and systems. Electrical Manufacturing Engineers may specialize in the design and testing of electrical equipment such as power supplies, motors, generators and other equipment that is used in manufacturing.
Data Analyst
A data analyst is a person who collects, analyzes and reports data. According to the Bureau of Labor Statistics, this job can be found in all sectors of the economy including government, finance and insurance.
A data analyst may be required to do any or all of the following:
- Collecting and analyzing different types of information (e.g., financial statements) related to a business or organization for making decisions about potential actions or investments.
- Identifying trends or predicting outcomes through numerical and statistical analysis on high volumes of data from many different sources to uncover patterns or trends that may otherwise not be noticed by decision makers within an organization using software programs such as Excel spreadsheets or other specialized programs designed for this purpose; May use statistical packages such as SAS or SPSS; May need experience working with regression models; May need knowledge/experience using optimization software packages such as GMDL [Genetic Algorithm Decision Laboratory] which allows you to find solutions using genetic algorithms
Getting an electronics engineering degree can lead to many different exciting jobs!
If you’re looking to get an electronics engineering degree, you’re in luck. Electronics engineering is a very broad field, with many different exciting jobs leading off from it. If you get an electronics engineering degree, it’s like having a great starting point for many different careers. Electronics engineers use their skills and training to make things happen in the world around us.
For example:
- An engineer could build gadgets that fly through the sky or help us see better
- An engineer could design medical equipment that helps doctors take care of people who are sick or injured
- And there are thousands more ways that electronics engineers improve our lives every day!
Conclusion
It’s clear that becoming an electronics engineering professional will open a lot of doors for you. The field is wide open, and the opportunities are endless!
