Available courses

Analog and Digital Communication (3rd Sem IIoT)

Course Objectives

l   Impart the basic concepts of analog modulation schemes.

II. Describe different types of noise and predict its effect on various analog communication systems.

III. Know the techniques of analog communication and digital communication.


Ethics in AI / 2nd Sem

Course Outcomes

  1.  Understand the fundamental concepts and principles of AI ethics. 
  2.  Analyze the ethical challenges posed by AI technologies. 
  3.  Evaluate the impact of AI on societal values, privacy, and human rights. 
  4.  Develop critical thinking skills to navigate complex ethical dilemmas in AI. 
  5.  Explore methods for ensuring fairness, accountability, and transparency in AI systems.

Database Management System / 4th Sem AI

Course Outcomes

Students will be able to

·  Apply the knowledge of mathematics, science and computing appropriate to the discipline.

· Solve issues of information systems using the learned database principles.

· Construct database application using current tools and techniques.

· Learn various types of transactions in database.

· Gain overview advance SQL for database application.


AI For Everyone 1st/5th Sem

Students will be able to

● Comprehend the basic concepts of AI and machine learning.

● Interpret the working of self-driving systems.

● Learn how to build different AI projects.

● Apply AI techniques to any application domain.

Computer Networking 3rd Semester AI

Course Outcomes

Students will be able to

● Describe the components and infrastructure that form the basis for most computer networks.

● Outline the various real-world networks.

● Learn and compare the various protocols models along with addressing scheme.

● Classify and Illustrate the different techniques for digital data transmissions at physical layer and routing at network layer.

● Analyze and Design simple computer networks.

Electromagnetic Waves

An electromagnetic field (also EMF or EM field) is a magnetic field produced by moving electrically charged objects. The EMF field can be viewed as the combination of an electric field and a magnetic field. The electric field is produced by stationary charges, and the magnetic field by moving charges (currents); these two are often described as the sources of the field.

COMPUTER COMMUNICATION NETWORK

Course Code: BEETE802T

This course is affiliated to 8th Semester Electronics & Telecommunication Engineering program.

The broad objective of the course is to understand - 
(i) the architecture and principles of today's computer networks, 
(ii) the protocols and their functionalities, 
(iii) the requirements for the future Internet and its impact on the computer network architecture. 


Television & Video Engineering

Course code: BEETE702T

This course is affiliated to 7th Semester Electronics & Telecommunication Engineering.

Following are the objectives of this course:

1. To make students understand /explain the analysis and synthesis of T.V. system

2. To study various colour TV system with greater emphasis on PAL T.V.system.

3. To study the Advance Technology of TV Engineering –Digital T.V., HDTV.

4. To study various video recording system, display system, and its application.

 

Antenna & Wave Propagation

Course code: BEETE501T

This course is affiliated to 5th Semester Electronics & Telecommunication Engineering.

Following are the objectives of this course:

1. To study transmission line characteristics.  

2. To study the basics of radiating elements and the effect of propagation of radio waves in

the actual environment.  

3. To study the antennas, their principle of operation, analysis, and their applications. 

4. To study the features of Antenna array, Microstrip antenna, and reflector antenna.  

5. To study designing aspects of Antenna.

Electromagnetic Fields

An electromagnetic field (also EMF or EM field) is a magnetic field produced by moving electrically charged objects. The EMF field can be viewed as the combination of an electric field and a magnetic field. The electric field is produced by stationary charges, and the magnetic field by moving charges (currents); these two are often described as the sources of the field.