Engineers use math and science to assist problem solving and solutions.  Engineers keep cyber networks safe by keeping up with the threats to networks, to install and make software for defending data encryptions.  For example, an engineer will install the new program and teach the users how to operate the program and maintain it.  The engineer will show the user how to troubleshoot as well as leave a manual for the program.  This process is important to keep the program running while the engineer has left to tend to other duties.  The engineer is key in all processes because if big problems occur the engineer can fix the problem.  The engineer is the best person to fix the problem because the engineer is the one who designed the program.  You can also appreciate an engineer because the engineer will be present during technical repairs so that you will have the guarantee your program is up and running.  Engineers help to make networks safe by using a problem which leads to an idea.  The idea moves into the construction of diagrams that will satisfy the need for consumers.  After the sketches and diagrams are discussed the planning/design takes place on how/who will funding the project and a sample of the project. The last part of the engineer’s job is to test the project and see that it passes all requirements.  Once the testing cycle is complete then mass production of the product can begin.  Engineers are very beneficial to cyber networks because engineers meet the needs of what computer demands will need to be met currently and in the future.  To understand what I mean by this is, if you wanted something for your network the first thing you would look into is consulting an engineer; this is my point nothing starts with an engineer, there other specialty jobs that are associated with working engineers.  I am only stating engineers are the foundation of the construction on how anything gets implemented.