Whether you’re looking to study systems for renewable energy, automation and robotics, or a variety of other engineering areas, our online MS in Systems and Control Engineering program allows you to ...

The electric utility industry is probably the largest and most complex industry in the world. Would you like to understand how this network operates and how it can be controlled? Would you like to ...

Build focused expertise with an MTU graduate certificate. What keeps a vehicle traveling at a set speed, a drone stable in changing conditions, or an industrial robot moving precisely along its ...

The State Analysis methodology, which is based on the MDS ARCHITECTURE, defines a process for identifying and modeling the states of the physical system and their relationships with other states, the ...

The rate of change for new technology in the world of control system engineering is staggering and can be overwhelming if you do not step back to see the forest for the trees. The role of a control ...

Seven engineering tactics for using connected controls to improve machine performance, optimize system integration and make ...

Distributed control systems (DCS) use decentralized elements or subsystems to control distributed processes or manufacturing systems. They offer flexibility, extended equipment life, simplicity of new ...

Electrical engineering remains a growing profession, as the challenges of designing advanced vehicles, power and control components, next-generation chips for AI and machine learning, and green energy ...

You can apply to the BS/MS program after completing 75 credit hours of undergraduate coursework and before attaining senior status (completing 90 credit hours). Throughout our integrated program in ...

Control engineering is the discipline that concerns the analysis, design and implementation of mechanisms that force dynamical systems to behave in prescribed ways despite uncertainties, disturbances ...