What is Control Systems Engineering?

Have you ever heard of Control Systems Engineering? The field of Control Systems Engineering is a great, integrated field to go into. You can learn about the field below: 

Table of Contents

1. What is Control Systems Engineering?

2. What Does a Control Systems Engineer Do?

3. What is a typical salary for a Control Systems Engineer?

4. How to Become a Control Systems Engineer

What is Control Systems Engineering? 

Control Systems engineering revolves around the automatic control theory to develop anticipated behaviors in control environments. As this field of engineering greatly overlaps various practices of Electrical Engineering, electrical circuits, microcontrollers, and other electrical tools may be used. 

Control Systems Engineers have a play in many modern technological products, some of which include airplanes and cars. 

What Does a Control Systems Engineer Do? 

The main role of a Control Systems Engineer is to focus greatly on controlling dynamic systems, the systems which constantly change. From the designing, to the developmental stage, these engineers monitor control solutions through the entire creation process. Because of the emphasis on dynamic systems, a Control Systems Engineer must consistently monitor the stability of the system to ensure that everything goes smoothly. 

What is a typical salary for a Control Systems Engineer? 

The annual income for a Control Systems engineer ranges between $60,000 and $117,000. Of course, an engineer's location, prior education, and years of experience can have a big impact on his/her salary. 

How to Become a Control Systems Engineer 

To become a licensed Control Systems Engineer, one must take and pass the Principals and Practice of Engineering (PE) exam. This 8-hour exam evaluates an examinee's minimum knowledge needed to excel in the Control Systems industry. The exam includes, but is not limited to, questions regarding the following topics: 

1. Sensors
2. Flow, Level, and Pressure Calculations
3. General Calculations
4. Control Systems Drawing
5. Control Systems Theory
6. Control Systems Implementation
7. Security of Control Systems
8. Valves
9. Pressure Relieving Devices
10. Motor Controls
11. Signals
12. Transmission
13. Networking
14. Safety Systems Documentation
15. Safety Implementation
16. Safety Lifecycle Management

As Control Systems Engineering features many advanced and complicated concepts, taking a PE Control Systems exam review course to assist in PE exam preparation has proven to be successful for many engineers- raising the chance of passing by 15%.