Systems Engineering Training - System Engineers
Systems Engineering can be applied to a very broad spectrum of activities, and that breadth of application is reflected in the extensive nature of Systems Engineering Training.
Industries of all kinds use System Engineering to try to predict the performance of systems and head off problems before they occur. Aircraft design is a good example of a complex system where it is vital to ensure that the design and component parts are as risk-free as possible.
System Engineering can also be applied to, for example, banking networks and software, to reduce the possibilities of fraud.
Some System Engineers work in Safety Engineering, focusing on mimizing risks in (often) life-critical equipment. Others specialize in the development of robust software systems.
System Engineering typical duties
Engineers with Systems Engineering Training can find themselves doing very different jobs. If you worked in Safety Engineering, for example, you might spend time making models, both hardware and software, to simulate the performance of anything from a heart machine to a space rocket.
As a Software Systems Engineer, you could participate in the design and writing of complex software systems, and help to ensure that they were robust, bug-free, and worked effectively and securely. In industry, you might contribute to the design and development of manufacturing systems, creating, say, production equipment which was reliable and cost-effective.
System Engineering job opportunities
Systems Engineering Training has very wide application in the world of work. Good Systems Engineers will always be sought after by manufacturing industry, computer hardware and software houses, and the aerospace, nuclear, space, and automotive industries. The list is almost endless, and offers a fertile career path to graduates of System Engineering Training programs.