Engineering technologists are professionals who use their knowledge of natural science, math, and engineering principles to solve a wide range of technical problems. They participate in projects such as helping to build robots that can perform various tasks. They not only help make products, but also are responsible for inspecting and testing them. Individuals who want to become a engineering technologist must have strong manual dexterity and problem-solving skills. Aspiring engineering technologists also must complete at least two years of college coursework and gain practical experience in this industry.
For those aspiring to be an engineering technologist, completing a two-year associate's degree or a four-year bachelor’s degree program in a related field is the first step. When looking for available programs, decide whether you want to focus on a specialty area of mechanical, electrical, or computer engineering technology. Although two-year programs allow you to land an entry-level job as an engineering technologist more quickly, employers often look for job candidates who have four-year degrees. Many vocational schools and community colleges also offer two-year programs, while four-year colleges and universities are more likely to offer bachelor’s degree programs.
To prepare early for engineering technologist training, taking secondary education classes such as electronics, computer science, and calculus can help you to get a head start on your future career. After getting into your chosen program to become a engineering technologist, take classes in your area of specialty. For instance, if you wish to become a engineering technologist who concentrates on computers, take courses such as digital systems, computer systems administration, electro-mechanical systems, and even software development. Mastering how to write computer programs using the industry’s programming languages will also provide you with experience in the field.
For individuals who seek to become a engineering technologist in the electrical or mechanical fields, classes covering alternative energy systems, analog systems design, and computer-aided design (CAD) are a critical part of the training curriculum. In addition, studying the design of mechanical systems and reviewing how direct and alternating currents work are essential parts of the curriculum. Technical math and drawing, construction procedures, and industry processes additionally are important engineering technologist training courses.
As you seek to become a engineering technologist, you should try to practice with using technologies to build devices such as oscillators, which produce repetitive electric currents. In addition, you should also try to become accustomed to working in a team environment, and strive to improve both your written and oral communication skills. Exploring other specialty areas of the engineering technology field, such as environmental engineering technology or even radiological engineering technology, will help you to solidify your main career area of interest. Looking for an internship opportunity will also allow you to hone your engineering technology skills and provide you with practical experience directly in the field.