Processing systems is a critical area of research for computer engineering students at the postgraduate level. Through processing system courses, students get acquainted with the architecture and technology of modern computing systems and techniques for designing and implementing powerful and efficient software applications.
Some study topics in these courses include system designs, computer operations, operating systems, computer networks, and real-time systems. Students learn about modern development in these fields, how to develop segments of systems, and how systems communicate. These courses also focus on developing the programming skills required for modern software engineering.
What is computer engineering?
Computer engineering applies computer science and electrical engineering knowledge to build physical elements and computer software. They deploy their combined capabilities across various industries, including consumer electronics, medical instruments, communication networks, etc.
Computer engineering students acquire the know-how to create, prototype, and examine microchips, networks, processors, conductors, and other elements used in computers (e.g., supercomputers, smartphones, laptops, servers, IoT devices). Furthermore, they understand how to develop firmware, a necessary software that assists operating systems and applications maximizing the hardware.
Various processing systems postgraduate computer-engineering students will learn
Here are the various processing systems postgraduate computer-engineering students will learn.
Robotics
Robotics is the branch of technology that deals with the design, construction, operation, and application of robots and computer systems for their control, sensory feedback, and information processing. It is widely used in manufacturing, engineering, and healthcare.
Robotics involves many topics, such as artificial intelligence, motion planning, perception, and vision systems. Graduate computer engineering students will learn how robots use sensors, actuators, and controllers to manipulate environmental objects. They will also learn how robots can utilize algorithms to solve problems and how robots can be programmed to interact with other robotics systems or control systems.
For postgraduate computer-engineering students who aspire to obtain expertise in robots, Kettering University has a program that aims to provide students with theoretical and hands-on experience through classes and simulation software. Students will also complete independent projects or research on current issues encompassing mobile robotics technologies and related fields.
Operating systems
Operating systems are computer software responsible for overseeing hardware and software resources, providing standard services for applications, and facilitating communication between components. They are essential in all computing systems, from small embedded systems to massive server networks.
Postgraduate computer-engineering students learn the fundamentals of planning, creating, and streamlining distinctive working frameworks. Topics such as process management, memory management, and security are also typically covered.
Networking and communications
Networks and communication processes enable devices connected to a network to correspond and exchange data. This is realized through a variety of protocols and guidelines. Networking and communication involve hardware components, such as routers, links, and switches. They also involve software protocols like IP, TCP, and UDP. There are additional techniques for data encryption and authentication.
Postgraduate computer-engineering students learn about structures, stages, networking, and communication protocols. They know how data is transmitted over the web, how routing works, and how to design expansive and local networks.
Additionally, they learn about the security of networking and communication systems to guarantee the data is secure and private. Moreover, they recognize how to detect and solve networking and communication issues.
Computer architecture
Computer architecture is the practice and science of designing and implementing computers. It engages multiple subjects, such as instruction set architectures, microarchitectures, memory systems, and the storage designs of modern top-spec technologies as well as older technologies that need reworking.
Postgraduate computer engineering students usually build up knowledge regarding aspects of computer architecture, such as processor formation, memory architectures, algorithm optimization, and computer system competence.
In addition, they recognize the multiple components and technologies that make up modern computers, from the hardware level to the system level. They gain an understanding of the cost-benefit tradeoffs associated when designing computationally efficient systems.
Compiler design
Compiling design entails designing and implementing a program that transforms source code written in a programming language into a lower-level language, e.g., assembly language employed to implement the program on a computer.
It involves understanding language syntax and semantics, namely, grasping a specific programming language’s structure, regulations, confinements, architecture, and operating system ideas such as memory administration and input-output systems. This includes concepts such as syntax-directed conversion, usage of program optimizations, and code generation.
Final thoughts
Postgraduate computer-engineering students will gain knowledge and experience by studying the various processing systems. They will be taught to design and develop computer systems and infrastructure webs and create effective software and equipment modules.
These skills will enable them to design, develop, and manage enterprise-level computing solutions for organizations. Hence, postgraduate computer-engineering students will have a comprehensive understanding of processing, storing, managing, and deploying applications and securely connecting users to data and applications.
