Electrical and Electronics Engineering Vs Computer Science
Whether you’re planning your next move in the technology industry or already on the path to becoming a computer engineer, you need strong technical, analytical, math, communication and critical thinking skills. That’s where a degree from a school like Maryville University comes in.
Electrical and electronics engineers build, test, and improve the products we use every day. From advanced medical robots to stadium lighting for major events.
What is Electrical Engineering?
Electrical engineers develop, test and manufacture components, devices and systems that utilise electricity as part of their source of power. They may design and construct the electronics that are used in a range of industries including construction, manufacturing, energy and transport.
They use electronic equipment like oscilloscopes, electrical circuits and test instruments to analyse and inspect their work. The work requires a deep understanding of the fundamentals of electrical and electromagnetic theory and knowledge of materials science.
They also need to be able to read and follow schematics, which are a key tool for designing and building circuits. These include components such as capacitors, resistors, inductors and transistors that are connected to each other to achieve a specific functionality. For example, the tuner circuit on a radio allows it to filter out particular stations. Electrical engineers are often employed in fabrication plants, aboard ships, in pristine laboratories and at engineering consulting firms. They are also often required to have extensive domain knowledge and a wide familiarity with other disciplines as they interface intelligently with colleagues across the wider industry.
What is Electronics Engineering?
Electronics engineers are responsible for the design of electronic equipment and systems. They may work in a variety of areas including audio, broadcasting and even missile control. This is one of the more rewarding areas of engineering as it tends to produce items that benefit people, such as safety systems and medical equipment.
The duties of electronics engineers can vary, but they generally include working on project planning, preparing budgets and discussing technical proposals with clients. They also carry out inspections to ensure that all systems meet health and safety regulations. They can also be required to develop effective maintenance and quality control procedures, and evaluate operational systems in order to recommend design modifications.
What is the Difference Between the Two?
Computer engineering is a field that covers the design of hardware and software systems. Those who study this major may choose to work in areas such as game development, mobile computing, cybersecurity, artificial intelligence or machine learning.
Electrical engineers, on the other hand, often find themselves involved in projects that have a more broad reach. They can work in sectors like aerospace, telecommunications and energy. They can help with everything from renewable power generation to biomedical interventions and even stadium lighting for sports events.
Electrical and electronics engineers have a broad range of career options that can be found in industries across the globe. They can also find work in the fields of research, telecommunications and space exploration. Their responsibilities are to innovate and develop electrical devices that can meet societal needs. In addition, they work to create, test and manufacture these devices. They can even supervise the production of these machines for their clients.
Which One is Right for Me?
If you’re passionate about computers and maths, you could be suited to a career in electrical and electronics engineering. But if you’re looking for a more creative and varied challenge, a degree in computer science might be the way to go.
Both fields are highly technical and require a high level of skill. Depending on what you choose, you can find yourself working in areas as diverse as aerospace, telecommunications, robotics and broadcasting. You can also build a strong portfolio of projects, which can open up further opportunities for you in the future.
It’s important to choose the right course for you – and that means choosing the one that best aligns with your skills, interests and career aspirations. Check out the different options available, including the Level 7 BEng in Electronic Engineering direct entry course at SNHU, to find a programme that meets your needs. It’s a good idea to get advice from your careers service before making a decision.
