4 #Thrilling #Projects You Can Do as an #ElectricalEngineer

4 #Thrilling #Projects You Can Do as an #ElectricalEngineer

The world could not function without electrical engineers. Electrical engineers help develop innovative ways to power devices from smartphones to aircraft navigational systems. If you’re interested in a riveting career filled with countless opportunities, electrical engineering may be for you.

After you decide to study electrical engineering, you may be wondering what types of projects there are for you to work on. While there are endless opportunities, your electrical engineering career path can lead you to work on one of the following fascinating projects:

1) Robotics

The future is here and it has robots. While these automated systems used to be thought of as something out of a sci-fi movie, electrical engineers help build them in real life.?Robotics is a rapidly advancing industry?that relies on electrical and computer engineering for the coding and electronic facets during robot development and creation.?

Many other industries have turned to the use of robotics to help productivity and efficiency. From robot-assisted surgery in healthcare, to explosive neutralizing robots in the military, everyone is searching for ways to use these machines for functional purposes.?

Robotics engineering consists of multiple responsibilities. Your possible duties may look like:

Designing and simulating robots using computer-aided design (CAD) software

Building, testing, and modifying robots, both in CAD and?physically

Developing robotic artificial intelligence by researching and writing machine learning algorithms?

Creating automation solutions?

Researching new electronic components to enhance robotic devices

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2) Aerospace projects

Professionals interested in aircraft and spacecraft can choose a career in aerospace engineering using their electrical engineering degree. There are a plethora of roles within aerospace engineering — you’ll have no trouble finding an area that excites and thrills you.?

You could be working on testing the functionality of defense systems, contributing to the development of extra-terrestrial GPS navigation systems, advancing radars, satellites, and flight control systems, or researching new ways to create fully hybrid or electric aircraft propulsion systems.?

Many electrical engineers in the aerospace industry collaborate with mechanical engineers and other specialists to determine which materials to use. Aerospace engineering requires strong team working skills to ensure every product, aircraft, spacecraft, and system is using strong and durable materials and equipment. After all, safety is the number one priority when sending passengers on these ships.??

3) Medical technology

You don’t have to be a doctor or nurse to work in the medical field. In fact, electrical engineers are a crucial component of medical technology — without them, the healthcare patients receive would look very different.?

Biomedical and electrical engineers often work in tandem to conceptualize, develop, and build sophisticated medical technology. Some of the major?accomplishments by electrical engineers?include pacemakers, prostheses, MRI, CT, and PET scan imaging machines, blood pressure monitors, and brain implants that restore cognitive and mental abilities.

In more recent years, the creation and use of a 3D printer has been a game changer for many electrical engineers working on improving medical technology. The ultimate goal for electrical engineers building 3D printers is to create a printer that can successfully print human organs that can be used by the body without complication.???

?4) Theme parks

You know that breathtaking feeling you get when walking around Walt Disney World at night with all the glistening lights shining on the castle, or the excitement you experience when you’re on a rollercoaster and it drops from the tallest point of the structure? Well, electrical engineers help bring those exhilarating moments to life.?

When people think of theme parks, many immediately think of roller coasters and other entertaining rides. Roller coaster engineers typically have formal education and a degree in electrical engineering, mechanical engineering, or structural engineering. Electrical engineers are responsible for the control systems of the rides, however, often than not, professionals in all three specialties will work together when building roller coasters.?

Another area within theme park design that electrical engineers work in is animatronics. These experienced engineers turn robotic devices into lifelike characters through human characteristics and behaviors.??

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