BSc CSIT VS Computer Engineer

Difference between BSc CSIT(Computer Science and Information Technology) and Computer Engineering

After passing plus two many student feel hard to choose either CSIT or Engineering. In this article I will try to show what is the main difference between these two subjects.

If you don't want to read out all this article then in one line let me make you clear about their difference,

CSIT deals with theory, principles, algorithms and software side of computer field where as Engineering deals with hardware and design aspect of same field.

Lets talk in detail.

What is Computer Science and Information Technology (CSIT)?

It is a blend of Computer Science and Information Technolog. It is the systematic study of algorithmic methods for representing and transforming information, including their theory, design, implementation, application, and efficiency. The discipline emerged in the 1950s from the development of computability theory and the invention of the stored-program electronic computer. The roots of computer science extend deeply into mathematics and engineering. Mathematics imparts analysis to the field; engineering imparts design. The main branches of computer science are the following:

•     Algorithms is the study of effective and efficient procedures of solving problems on a computer.
•     Theory of computation concerns the meaning and complexity of algorithms and the limits of what      can be computed in principle.
•     Computer architecture concerns the structure and functionality of computers and their implementation in terms of electronic technologies.
•     Software systems is the study of the structure and implementation of large programs. It includes the study of programming languages and paradigms, programming environments, compilers, and operating systems.
•     Artificial intelligence concerns the computational understanding of what is commonly called intelligent behavior and the creation of artifacts that exhibit such behavior.

Other important topics in computer science include computer graphics, databases, networks and protocols, numerical methods, operating systems, parallel computing, simulation and modeling, and software engineering.

What is computer engineering?

Computer engineering is the design and prototyping of computing devices and systems. While sharing much history and many areas of interest with computer science, computer engineering concentrates its effort on the ways in which computing ideas are mapped into working physical systems. Emerging equally from the disciplines of computer science and electrical engineering, computer engineering rests on the intellectual foundations of these disciplines, the basic physical sciences and mathematics. The main branches of computer engineering are the following:

•     Networks is concerned with design and implementation of distributed computing environments, from local area networks to the World Wide Web.
•     Multimedia computing is the blending of data from text, speech, music, still image, video and other sources into a coherent datastream, and its effective management, coding-decoding and display.
•     VLSI systems involves the tools, properties and design of micro-miniaturized electronic devices (Very Large Scale Integrated circuits).
•     Reliable computing and advanced architectures considers how fault-tolerance can be built into hardware and software, methods for parallel computing, optical computing, and testing.

Other important topics in computer engineering include display engineering, image and speech processing, pattern recognition, robotics, sensors and computer perception.

 

Should I choose CSIT or computer engineering?

Scientists and engineers are both interested in the nature of things, in understanding how ideas and objects in the world fit together. But in general, they seek to understand the nature of reality with different ends in mind: the scientist seeks this understanding as an end in itself, the engineer in order to build things. Thus CSIT is closer to the underlying theory of computation, with its roots in mathematics, and CEN is closer to the design of physical devices, with roots in physics and chemistry as well. Students with an urge to build things, to measure how things work in the laboratory, those attracted to physics and chemistry as well as mathematics, should seriously consider CEN. Students with an interest in the true nature of symbols, information and their manipulations, the forms and limits of algorithms and data structures, should consider CSIT. Of the three great divisions in computing, namely theory, software and hardware, to a first approximation theory goes with CSIT, hardware with CEN, and software with both, but mainly with CSIT. The more general the software, the closer to CSIT; the more hardware-specific, the closer to CEN. Thus a student interested in creating his own new general-purpose computer language would best be served by a CSIT degree program, while one interested in designing a software interface for a new high speed serial device by the CEN degree program. Students undecided between the CSIT and CEN programs are urged to discuss the matter in depth with academic advisors within the CSE department, the College of Arts and Sciences (which administers the CSIT programs), and the School of Engineering and Applied Sciences (which administers the CEN program).