What is B.Tech in Computer Science & Engineering(CSE)?
Computer
Science Engineering (CSE) is an engineering discipline that covers several
topics related to computation, programming languages, program design, computer
hardware and software and integrates several fields of computer science. It is
one of the trending subjects which students pursue after completing Class 12.
CSE is a four-year undergraduate course which involves various aspects needed
for the creation of a computer system.
Why Study Computer Science
& Engineering?
If you see yourself
designing and creating software systems, then computer science might be the
right course of study for you. If you are thinking of becoming a manager or
administrator to a technical enterprise, a degree in computer science or
information and computer sciences could provide you with the background needed
to achieve your goals. If you are thinking about becoming a researcher in a
technical field, information and computer sciences could provide you with the
skills and knowledge necessary to succeed.
Computer science is a
dynamic and rapidly growing area that has become an integral part of the world
that we live in today. Having a degree in this field will provide you with a
deep understanding of theories and emerging technologies. This knowledge and experience
will allow you to develop cutting-edge solutions that address today’s
challenges. When applied in an interdisciplinary fashion, students can also
draw on their other areas of interest such as biology, business, cyber
security, economics, engineering, information assurance, languages and
linguistics, mathematics, physics, public policy, etc., to address a wider
range of complex issues.
The Association for Computing Machinery (ACM), which
is the professional organization for computer scientists and information
professionals, lists the following 10 reasons to major in computing (read more details):
·
Computing is part of everything
we do!
·
Expertise in computing
enables you to solve complex, challenging problems.
·
Computing enables you to
make a positive difference in the world.
·
Computing offers many types
of lucrative careers.
·
Computing jobs are here to
stay, regardless of where you are located.
·
Expertise in computing helps
you even if your primary career choice is something else.
·
Computing offers great
opportunities for true creativity and innovativeness.
·
Computing has space for both
collaborative work and individual effort.
·
Computing is an essential
part of well-rounded academic preparation.
·
Future opportunities in
computing are without boundaries.
The opportunities for computer scientists continue
to grow and broaden. The ACM lists
the following categories of work that are characteristic of computer scientists
(read more details):
·
A computer engineering (CE)
specialist will focus on hardware.
·
An information systems (IS)
professional will focus on the organization of data and information.
·
A human-computer interaction
(HCI) professional will focus on interfaces and the organization of systems to
enhance usability.
·
An information technology
(IT) specialist will care for an organization’s technology infrastructure.
·
A software engineer (SE)
will lead teams through complex software development projects and ensure
efficient and reliable systems.
·
A traditional computer
scientist (CS) will design and build software, develop effective ways of
solving computing problems, and devise better ways of using computers.
The ICS Department at the
University of Hawaii will be happy to help you begin your journey in this
exciting field.
Scope of
the Course:
Candidates have various
career options after completing computer science engineering courses. Candidates
can find employment in various sectors of the computer science industry such as
IT, telecommunication, database management, multimedia,
android development, web development, gaming, UI
and UX designing, embedded systems, and more.
Computer science is a vast field with a
variety of disciplines where each of them is independent and yet connected to
each other. Digitalization has increased the market value of online businesses
which has led every company to increase their online presence in the form of a website,
application, or social media. To ensure the smooth running of
these platforms with no technical glitch, computer science graduates are
required which leads to an increase in the
Syllabus Of the Course:
Semester 1 |
Semester 2 |
Computational mathematics I |
Computational mathematics -II |
Communication skill |
Operating systems |
Systems programming |
Computer organization |
Digital logic |
Microprocessor & microcontroller |
Semester 3 |
Semester 4 |
Compiler design |
Computer networks |
Computer architecture |
Optimization techniques |
Design & analysis of algorithms |
Object oriented system |
Database management systems |
Software engineering I |
Semester 5 |
Semester 6 |
Business process logic |
Digital signal processing |
VLSI technology |
Industrial management |
Soft computing |
- |
Semester 7 |
Semester 8 |
Multimedia technology |
Economics |
Internet technology |
Artificial intelligence |
Elective - I |
Practical’s |
Practical’s |
Elective – II |
Eligibility:
·
Candidates must have successfully completed 10+2 with a
minimum of 50 percent marks from physics, chemistry, and mathematics as
compulsory subjects. (75 percent marks in 10+2 in case of NITs, IITs,
and GFTIs)
·
Candidates must have successfully cleared the entrance
examination required by the university they want admission to.
·
Candidates who successfully pass the entrance exam must
participate in the counselling for admission to various B.Tech or B.E degree
programmes specializing in computer science.
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