Semester

Course Code /
Name

Course Outcomes

3

Control Systems (3131101)

CO-1 Analyze and Evaluate system behavior in time and frequency domains based on the mathematical model of the system.
CO-2 Apply control theory to linear system for system modeling using differential equations and transfer function realizations.
CO-3 Analyze and apply all the stability techniques for closed loop system performance parameters.
CO-4 Comprehend the need of different types of controllers and compensators to obtain the required dynamic response of the system.
CO-5 Synthesis system equations for state space models of linear systems.

Digital System Design (3131102)

CO-1 apply the knowledge of digital number systems, Boolean algebra, and logic gates for logic function minimization.
CO-2 design and analysis combinational and sequential circuits
CO-3 design synchronous and asynchronous circuits FSM.
CO-4 comprehend the digital logic families and PLDs
CO-5 implement digital circuits using Verilog based VLSI design flow

NETWORK THEORY
(3131103)

CO-1 analyse passive circuits using various networks theorems
CO-2 analyze and evaluate the transfer functions using classical and transform methods
CO-3 evaluate two port parameters for the given two port network configurations .
CO-4 comprehend the basics of network topologies ,graph theory and network synthesis
CO-5 synthesis the knowledge of Circuit theory to electrical and electronic circuits

4

ANALOG CIRCUIT DESIGN(3141002)

CO-1 To analyse transistor circuits at high-frequency as well as various application circuits such as Oscillator, Differential Amplifier, etc.
CO-2 To analyse various feedback topologies.
CO-3 To analyse and design various application circuits using op-amp and 555 timers including active filters.
CO-4 To analyse various power amplifier circuits and power supply regulator.
CO-5 To analyse operation of PLL and other specialized application circuits.

SIGNAL AND SYSTEMS (3141005 )

CO-1 Understand about various types of signals, classify them, analyze them, and perform various operations on them.
CO-2 Understand about various types of systems, classify them, analyze them and understand their response behavior.
CO-3 Appreciate use of transforms in analysis of signals and system.
CO-4 Carry simulation on signals and systems for observing effects of applying various properties and operations.
CO-5 Create strong foundation of communication and signal processing to be studied in the subsequent semester

Microprocessor and Microcontroller (3141008)

CO-1 Explain the architecture of 8085 microprocessor and AVR 8-bit Microcontroller
CO-2 Differentiate microprocessor and microcontroller and Describe the importance and function of each pin of AVR ATmega32 Microcontroller
CO-3 Learn and analyze assembly language programs for AVR Microcontroller
CO-4 Develop embedded C language programs for AVR Microcontroller 25
CO-5 Interface I/O peripheral devices with AVR microcontroller to develop embedded system

Electronic Measurement Laboratory(3141010)

CO-1. Design and validate DC and AC bridges
CO-2. Analyze the dynamic response and the calibration of few instruments
CO-3. Learn about various measurement devices, their characteristics, their operation and their limitations
CO-4. understand statistical data analysis
CO-5. Understand computerized data acquisition

5

Analog and Digital Communication (3151104)

CO-1 Understand the Basics of Analog and Digital Communication Systems and Modulation as well as Transmission Techniques.
CO-2 Analyse the various Analog and Digital Modulation and Transmission Techniques
CO-3 Implement the Analog and Digital Communication Systems.

VLSI Design(3151105)

CO-1 Describe working of MOSFET and develop its mathematical model
CO-2 Analyze, design, and simulate various static CMOS circuits
CO-3 Analyze and simulate various dynamic CMOS circuits
CO-4 Prepare layout of MOSFET based circuits
CO-5 Understand CMOS latch-up, clocking strategy, and testing principles
CO-6 Write programs in VHDL/Verilog for digital circuits and realize them on FPGA/CPLD

Advance Microcontroller(3151107)

CO-1 Explain architecture and programming model of ARM 7TDMI
CO-2 Learn and analyse assembly language programs for ARM microcontroller
CO-3 Develop Embedded C language program for interfacing I/O devices with ARM microcontroller and use it
CO-4 Exemplify memory management system of ARM and different versions of ARM 15
CO-5 Design ARM based system to solve real life challenges

Python Programming (3151108)

CO-1 To test and debug code written in python
CO-2 To create applications using Python Programming
CO-3 To perform file operations to read and write data in files
CO-4 To write programs for general purpose I/O devices using MicroPython

6

Antennas and Propagation(3161003)

CO-1 Understand the radiation phenomenon and identify different types of antennas
CO-2 Create strong foundation of basic antenna parameters.
CO-3 Design and analyze different antennas, antenna arrays and matching / feeding networks for antennas
CO-4 Demonstrate the antenna measurement techniques.
CO-5 Understand the fundamentals of radio-wave propagation

Fiber Optic Communication (3161005)

CO-1 To understand the principles and operation of fibre optic communication system
CO-2 To be familiar with use of various optical components constituting optical fiber links and to calculate different kind of losses and signal distortion
CO-3 Design an optical fiber link with encapsulation of different system components.
CO-4 Understand the measurement techniques for performance parameters of optical fiber

Sensors and Transducers
(3161008)

CO-1 Understand the principles of various sensors and transducers for measurement and instrumentation.
CO-2 Evaluate various measurements techniques for industrial applications
CO-3 Apply signal conditioning for measurements
CO-4 Implement the principles and signal conditioning for measurement for real life applications.

Satellite Communication (3161010)

CO-1 Visualize the architecture of satellite systems as a means of high speed, high range communication system
CO-2 State various aspects related to satellite systems such as orbital equations, subsystems in a satellite, link budget, modulation and multiple access schemes
CO-3 Solve numerical problems related to orbital motion and design of link budget the given parameters and conditions

Web Technology(3161012)

CO-1 Implement interactive web page(s) using HTML, CSS and JavaScript
CO-2 Design a responsive web site using HTML5 and CSS3
CO-3 Demonstrate use of web technology
CO-4 Build Dynamic website using server-side PHP Programming
CO-5 Design web page to control devices for IoT application

7

Microwave Theory and Techniques(3171001)

CO-1. Understand various microwave system components and their properties.
CO-2. Appreciate that during analysis/ synthesis of microwave systems, the different mathematical treatment is required compared to general circuit analysis.
CO-3. Design microwave systems for different practical applications.

Digital Signal Processing(3171003)

CO-1 Formulate engineering problems in terms of DSP tasks
CO-2 Analyse digital and analog signals and systems
CO-3 Analyse discrete time signals in frequency domain
CO-4 Design digital filters

Wireless Communication(3171004)

CO-1 Understand the basic concepts of radio propagation and various aspects of cellular system design.
CO-2 Understand the emerging trends in Wireless communication like WiFi, WiMAX, Software Defined Radio (SDR) and related issues and challenges.
CO-3 Compare the mobile radio standards i.e. GSM, CDMA, GPRS etc. for wireless systems.
CO-4 Explore and select the mobile radio propagation model for system design
CO-5 Analyze various multiple access techniques i.e. TDMA, FDMA, CDMA towards effective radio resource management.

Introduction of Artificial Intelligence(3171105)

CO-1 Understand the basics of Artificial Intelligence
CO-2 Use various search methods and algorithms for finding optimal cost solutions
CO-3 Understand various algorithms for planning
CO-4 Understand various Game Playing techniques
CO-5 Write python programs for NLP, ML and DL

Internet of Things(3171108)

CO-1 Understand IoT architecture
CO-2 Program Embedded IoT devices
CO-3 Use IoT protocol to upload sensor data and to control devices
CO-4 Design IoT application

Radar and Navigational Aids(3171110)

CO-1 Gain familiarity with the basics of Radar,significance of Radar parameters and its applications
CO-2 Understand the working of pulsed and CW Radar transmitters and receivers
CO-3 Understand Radar signal detection techniques and different types of radars
CO-4 Understand principles of navigation and modern navigational techniques with their applications

8

Internship(3181101)

CO-1 Undertake problem identification, formulation and solution
CO-2 Design engineering solutions to complex problems utilising a systematic approach and team work
CO-3 Communicate with engineers and the community at large in written and oral forms
CO-4 Demonstrate the knowledge and understanding of engineering and management principle and apply it to assigned project