Electrical technology is an important discipline within the engineering field. Digitally-programmed circuits are used to perform a variety of electronic functions. It requires effective communication among team members, allowing them to work efficiently and effectively. Electrical engineers develop circuits to help create a variety of electronic devices and systems. In addition to advancing the field of engineering, electrical technology is also an important field in medicine. There are many career opportunities within this field.
An associate’s degree in Electrical Technology prepares students for careers as electronic technicians. The curriculum includes a balanced mix of lecture and lab courses. Students are introduced to the basics of electronic circuits and are given the opportunity to apply their skills through a variety of laboratory construction projects. Projects range from elementary circuit analysis to microprocessors. Personal computers are used to complete laboratory construction projects. The Electrical Engineering Technology department offers a broad knowledge of technology along with a solid general education.
After completing the basic program, students can move on to the next level by pursuing a bachelor’s degree in electrical technology. This degree program combines theory and practical application to prepare students for employment or advancement in the field of electronics. They learn to create and test circuits on breadboards and learn how to use laboratory equipment safely and effectively. The program also teaches students to evaluate industrial and theoretical circuitry. Aside from theoretical knowledge, students will also learn to capture and troubleshoot circuitry using simulation software. Lastly, they will gain an understanding of how to conduct themselves in the workplace and how to maintain professional conduct.
While an associate’s degree is not necessary to enter the field, many people choose to get a four-year degree to meet the educational requirements of their jobs. These people may choose to pursue management positions or work as electrical engineers. However, if an associate’s degree in electrical technology is already sufficient for the desired career, it may be possible to transfer some credits to a four-year program. When choosing an electrical technology degree, be sure to compare various programs and choose the best fit for you.
Besides designing power and energy systems, electrical engineers also study electric motors, transformers, and other devices that produce electricity. Some electrical engineers specialize in high-voltage engineering, which involves designing and building devices that transmit large amounts of energy. In general, electrical engineers may work with various industries to design and maintain power systems. They may also consult with government agencies and design power grids. The field of electrical engineering has many more job opportunities than you might think.
While an electrical technology degree prepares students for a range of electrical engineering careers, it is more hands-on. Students will apply electrical principles and solve real-world problems in an engineering lab. Students who pursue an electrical engineering degree will be taught about the theory and mathematics behind electrical systems, including the application of mathematical modeling. It is important to understand the difference between electrical engineering and electrical technology, because both fields require different skills and duties. For those who are confused, this guide can help them choose which career path is right for them.