BE Information Technology

 

Bachelor of Engineering [BE] (Information Technology)

ToC

Overview	Syllabus & Curriculum	Eligibility & Admissions	Future Scope
1.Course Duration	1.Syllabus	1.Entrance Exams	1.Job Opportunities	1.Top Engineering Colleges  PAN-INDIA
2.Features			2.Higher Education Opportunities 3.Entrepreneurship	2.FAQ’s

Overview-

BE Information Technology is a four-year Undergraduate course in computer science with a focus on information technology and related topics.The course is a specialized engineering program focused on computer and information technology. The course's goal is to educate students with the knowledge and abilities they will need to apply their learning when they enter the work market.IT Engineers have a diverse range of work prospects available to them. One can opt to work with companies such as Flipkart, TCS, Google, Syntel, and others. After graduation, one can pursue higher studies in the topic, such as M.E. and M.Phil., or take up related work prospects.

Course Duration: 

The UG degree in Information Technology is for 4 years from any university in the country for 10+2 students and is 3 years for Diploma graduates

• Undergraduates studying information technology engineering have a wide range of job opportunities. 
• One can work as a database administrator, IT system manager, system administrator, technical trainer, software developer, project manager, and so on.

Syllabus-

The curricula for the course is divided into eight semesters spanning over four years, with end-of-semester exams held at the end of each. The course program is organized into numerous disciplines and technical skills that students will learn while pursuing their B.E.

Details about the course syllabus are provided below for candidates' reference.

Semester I	Semester II
Introduction to Programming	Mathematics- 2
Physics-1	Data structure and algorithm
Basic Electronics	Digital logic and Circuits
Mathematics-1	Physics-2
Engineering Mechanics	Communicative English
Electrical Circuits	Electrical measurements
Practical Lab	Practical Lab
Semester III	Semester IV
Mathematics-3	Mathematics-4
Object-oriented Programming	Object-oriented Systems
DBMS	Software engineering
Principles of Communication	Microprocessors
Computer graphics	Computer Networks
Computer architecture	Numerical methods and Optimization Techniques
Practical Lab	Practical Lab
Semester V	Semester VI
Multimedia coding and communications	Design and analysis algorithms
Wireless networks	Cryptography and network security
Graph Theory	Distributed system algorithms
Web Technologies-1	Web Technologies-2
Principles of Computer Design	Formal language and automata
Operating Systems	Elective-1
Practical Lab	Practical Lab
Semester VII	Semester VIII
Elective-2	Distributed system and applications
Elective-3	Management
Image processing	Elective-4
Seminar	Digital Signal Processing
Minor Project	Project and Viva-Voce
Practical Lab	Practical Lab

Eligibility & Admission:

Eligibility for Bachelor of Engineering/Bachelor of Technology:

Students must have taken the 10+2/PUC/equivalent examination from a recognized board or university, with Physics, Math, and Computer Science as obligatory courses, and have an aggregate score of 50% (45% for SC/ST/OBC).

The student should be 17 years old by the Admission Year.

Students must have passed one of the following entry exams: JEE, CET, COMEDK, WBJEE, or UPSEE.

Admission Process:

Admission to B.E/B. Tech programs is dependent on a rating in the National Entrance Examination (JEE), a state-level Entrance Exam like as the KCET, or direct university entrance exams. The JEE Mains exams are held in two stages. The first phase of JEE was held at the end of January 2023, while the second phase will take place in April. Some institutions give seats based on 12th-grade exam merit. There is no one-size-fits-all strategy to admission, so please become acquainted with the various entrance tests and the relevant dates for the exams and cut-offs in colleges.

Entrance Exams for Admission to B.E/B.Tech Ece:

To pursue a Bachelor's degree in Information Technology, students must take the National Entrance Examination (JEE), State-level Entrance Exams such as KCET, MHT CET, WBJEE, or COMED-K, and University Entrance Exams. These examinations are critical entry points for aspiring students seeking admission to reputable universities.

Here are some details about ECE Engineering Top Entrance Exams.

The National Testing Agency (NTA) conducts the JEE Main exam online over a three-hour period.
The Indian Institute of Technology conducts the JEE Advanced (IIT JEE) exam online with a duration of three hours.
The KCET exam is administered in offline mode by the Karnataka Examination Authority (KEA) and lasts 1 hour and 20 minutes.
The West Bengal Joint Entrance Exam conducts the WBJEE exam in offline mode for a length of two hours.
The Maharashtra Government conducts the MHT- CET test in offline mode with a time constraint of 1 hour and 30 minutes.

Future Scope: With continual technological developments, the future of information technology engineering seems bright. From artificial intelligence to cybersecurity, IT engineers will play critical roles in defining the digital world. The convergence of IoT, cloud computing, and big data analytics will open up new professional options. As industries rely more on digital solutions, IT experts will be in great demand to create, implement, and maintain breakthrough technology. With the advancement of emerging disciplines such as quantum computing and blockchain, IT experts will continue to drive innovation, contributing significantly to society, business, and technology. As a result, the future scope for IT engineering remains strong and full of opportunities.

1. Employment Opportunities:Employment prospects in information technology (IT) engineering are numerous and varied, including fields such as software development, cybersecurity, network engineering, and cloud computing. Professionals in this sector conceive, develop, and maintain technical solutions that help organizations grow. With the continuous growth of technology, the global demand for experienced IT engineers remains high.

Trending Career Profiles

• cloud engineer
• Data scientist
• Blockchain Developer
• Artificial Intelligence (AI) Ethicist
• Quantum Computing Specialist
• AR/VR Engineer

Top Companies Recruiting Electronics & Communications Engineer

• Samsung
• Wipro
• Intel
• Havells India Ltd
• Cisco
• Bharat Heavy Electrical Ltd
• Tata Teleservices
• Crompton Greaves
• Siemens
• Accenture
• Schneider Electric
• Broadcom
• Alstom
• Micromax
• Texas Instruments

2. Consider Entrepreneurship/Self-Employment -

Information technology engineering provides an ideal environment for entrepreneurship and self-employment. With the rapid advancement of technology, there are several opportunities to develop creative solutions, build enterprises, and carve out a niche in industries such as software development, cybersecurity, artificial intelligence, and others.

3. Further Education and Skill Enhancement - Engineering graduates can pursue advanced degrees in engineering or management, such as an M.Tech/M.E. or MBA. In addition to these traditional qualifications, there are industry-specific certifications that provide a good entry point into the business. 

Top Engineering Colleges for Electronics & Communications PAN-INDIA

• Alliance University, Bangalore
• CMR University, Bangalore
• Reva University, located in Bangalore.
• SGT University (Noida), Bennett University (Greater Noida), SPS University (Udaipur), and NIU (New Delhi).
• K. R. Mangalam University
• MSRIT, CMRIT, BMSCE, BMSIT&M, Atria, Dayananda Sagar College of Engineering, and RVIT.

FAQ’s

Q:What is Information Technology Engineering?
Information Technology Engineering is the study of how to store, retrieve, and transport data using computer systems, networks, and telecommunications. It entails planning, developing, deploying, and managing IT systems and solutions.

Q:What does an Information Technology Engineer do?
IT engineers are responsible for the design, development, testing, and maintenance of various IT systems such as hardware, software, networks, and databases. They may specialize in network administration, cybersecurity, software development, cloud computing, or data analysis.