What is a Computer Engineer?
What is a Computer Scientist? Computers are used in almost every aspect of our lives today from desktops at home and work to large systems supporting government and industry to supercomputers and grids of networked processors expanding the frontiers of science and technology. Jobs for qualified computer scientists and engineers are among the fastest growing occupations. The terms “computer engineering” and “computer science” are sometimes used interchangeably and, in fact, the job tasks may overlap to some degree. For example, both may design complex software systems. Computer engineers apply professional engineering knowledge of computer hardware and provide balanced hardware/software engineering expertise. They design, construct, and operate computer systems. Some specialize in digital systems, operating systems, computer networks and software engineering. While computer scientists must have a working knowledge of hardware, their emphasis is on computer theory, algorithms, data struc
Computer engineering is the field of design and engineering as applied to computer systems. It combines the study of both hardware and software of computers. CmpE comprises such electrical engineering aspects as the design of computer chips, memories, interface hardware and application devices, and such computer science topics as programming languages, data structures, algorithms, operating systems, and software engineering. Career Opportunities in Computer Engineering Computer engineers are needed to develop, design, manufacture, test, evaluate, market, sell and manage computers and computer systems. Job prospects for computer engineers are excellent. The information technology revolution currently sweeping the world has created a heavy demand for computer engineers. Many companies such as Raytheon, Motorola, Intel, AMD, DELL, TVA, AEDC, and Bell South employ computer engineering graduates. Salary Trends According to a Winter 2005 issue publishedby the National Association of Colleges
In short, in computer engineering we strive to prepare students to work in the area of digital electronics and computing systems design and analysis. That said, an important feature of CpE graduates is their breadth. If you choose to major in CpE you will end up learning something about everything that goes into digital and computing systems from solid state physics to CMOS VLSI design to computer architecture to computer programming to operating systems to compiler theory to language theory. In short, the area between EE and CS is extremely broad – you will be trained to try to cover it all as well as parts of EE and CS. By training you will be well suited for system level tasks, having a good understanding of both the hardware and software components of computing systems.
A computer engineer is an engineering professional who not only possesses the training of an electrical engineer, but also has credentials related to the field of computer science. The combination of the basic engineering skills that are the province of all engineers with an extensive knowledge of software design and implementation provides the computer engineer with a skill set that is very attractive in the business world today. Computer engineering involves many aspects of computer design, the creation of individual components for computer equipment, networking design, and integrating software options with the hardware that will drive the applications. A competent computer engineer can secure work in any environment where computers play a role in the operation of the business. Because a computer engineer will have an extensive understanding of such electronic devices as microprocessors, local and wide area networks, and even supercomputers that form the basis for worldwide communica
A computer engineer is responsible for making sure that software runs correctly on existing hardware. In short, computer engineering combines electrical engineering with traditional computer science. As you can probably guess, it is a very challenging job because of the sophisticated software and complicated wires that are involved. Anyone Can Become a Computer Engineer Although it sounds very difficult, you might like to know that proficiency in computer engineering is achievable. There are countless programs out there that can train you to become a computer engineer. Through coursework, you’ll master software programming, electrical engineering, coding, site design, computer diagnostics, troubleshooting, and general repair and maintenance. It is one of the most comprehensive educations you can receive within the computing world. Job Prospects for a Computer Engineer The Department of Labor predicts very favorable growth for almost all computer-related fields. Due to our increasing re
