An instrumentation engineer focuses on the development and implementation of new devices for controlling electronic and mechanical systems. Medical technology companies, automotive and aerospace engineering companies, consumer electronics manufacturers, and chemical plants are just a few of the industries where professionals work. They usually work in groups with technicians and other engineers to develop technology that is both efficient and user-friendly. In addition, an instrumentation engineer is frequently involved in the development and testing of prototypes, as well as the compilation of technical manuals.
Instrumentation engineers are in charge of making electronic and mechanical equipment efficient, user-friendly, and safe. They devote countless hours to researching current technologies and devising ways to improve them. A group of chemical plant instrumentation engineers, for example, might be asked to upgrade an existing control system. The team would first look into the system’s flaws, such as the system’s old analog gauges, which are difficult to read. They’d then draw schematics for replacement gauges with digital displays that are simple to program.
An instrumentation engineer can use a computer simulator to work out the details once he or she has a concept in mind and basic schematics drawn. Engineers can use software programs to fine-tune physical dimensions and the inner workings of electrical circuits. After that, he or she oversees technicians as they construct and test prototypes. When a design passes physical tests, the engineer can create a formal technical document and submit it for approval to a company manager.
Instrumentation engineers are also in charge of putting new control systems or measuring devices in place. Before actual operations can begin, they double-check that parts are installed correctly and run test runs. An engineer may also be asked to provide hands-on training for employees so that they can learn how to properly use a device. Finally, a professional evaluates the effectiveness of his or her devices on a regular basis to ensure that they have not become obsolete or worn.
A bachelor’s degree is usually required for someone who wants to work as an instrumentation engineer. Because few schools offer four-year instrumentation programs, the majority of students choose to major in electronic or mechanical engineering. Following graduation, students can take an entry-level licensing exam and apply for internships or junior engineering positions. A person can become a senior instrumentation engineer after two to five years of practical experience and passing another licensing exam.