National Education Po;icy 2020 ( NEP 20 )  aligned  Curriculum 

DIGITAL TECHNIQUES AND MICROPROCESSORS

 RATIONALE

It is essential to know the basics of digital techniques for understanding the applications of digital systems as well as microprocessors. Microprocessors serve as the heart of computer systems, and understanding their architecture is crucial for appreciating how computers process information. Microprocessors play a key role in embedded systems and Internet of Things (IoT) devices, making this course highly relevant for contemporary applications in IT. This course will help the student to comprehend logic and circuit design and enable them to perform assembly language programming for microprocessors, cultivating the skills essential for logic and software development in the IT sector.

COMPETANCY

Test digital systems by applying principles of digital techniques and microprocessors.

COURSE  OUTCOME

CO1 - Test logic gates an digital systems.

CO2 - Use basic combinational and sequential logic circuits employing digital ICs. CO3 - Perform operations on registers using 8086 instructions.

CO4 - Use 8086 microprocessor environment to build and execute assembly language programs.

CO5 - Develop assembly language programming in 8086 to implement loops and branching instructions






ANALOG ELECTRONICS

ANALOG ELECTRONICS

 RATIONALE

Analog electronic circuits are the basic building blocks of many complex electronic system. Therefore it is necessary for students to understand the working principle and testing of basic analog circuits consist of discrete components and integrated circuits. After learning this course students will be able to apply the concept of working of basic electronic circuit and Op-Amp circuits to maintain the electronic system.

 INDUSTRY / EMPLOYER EXPECTED OUTCOME

The aim of this course is to attain the following industry/ employer expected outcome through various teaching learning experiences:

Maintain analog electronic circuits.

 COURSE LEVEL LEARNING OUTCOMES (COS)

Students will be able to achieve & demonstrate the following COs on completion of course based learning

 CO1 - Use transistor as a Power Amplifier.

CO2 - Construct various configurations of Op-Amp for different applications. CO3 - Maintain different waveform generator circuits.

CO4 - Analyze active filters used in various electronic circuits.
 CO5 - Use specific analog IC to develop various applications

Electronic Measurement and Instrumentation

 Course Competency  Maintain electronic automated system in process and manufacturing industries 

Course Outcome

2a  Interpret  the characteristics of measuring instruments 

2b  Calibrate different electronics instruments 

2c Use the relaxant instruments  instruments for measuring specified  parameters

2d Interpret working of various types of  sensors and transducers

2e Use various types of transducers and sensors for measuring  quantities

2f Maintain signal conditioning  and data acquisition system   

APPLIED ELECTRONICS

Course COMPETENCY

ยท      Use discrete electronic devices and voltage regulators.

OUTCOMES

  • Use transistor as low Power amplifier.
  • Use BJT as high Power amplifier.
  • Use BJT as feedback amplifier.
  • Use BJT as waveform generator.
  • Maintain IC voltage regulator and SMPS