No

outcome with PO and PSO

CO2- Understand the principal operation of different types of meter  determine the value unknown parameter with the help of ac and dc  bridges.

CO3- Understand the working of the various A/D and D/A convertors  and display devices

CO4- Utilization of CRO in the testing of the circuit

CO5- To analyze the key element of signal generator and analyzer

CO6- Toanalyze the key element of various type recorder and  EEG,EMG,ECG

CO2- Illustrate various combinational logic circuits

CO3- Design various synchronous sequential logic circuits

CO4- Compare different types of logic families which are the base of  different types of logic gates in the domain of economy, performance and  efficiency.

CO5- Determine fault detection techniques for digital logic circuits

CO6- Classify different semiconductor memories

CO2- Demonstrate the operating principle and output characteristics of  pn junction diodes, zenor diode, Varactor diode, BJT, rectifiers and  different diode circuits

CO3- Apply different parameters for characterizing different circuits like  rectifiers, regulators etc. using diodes

CO4- Apply different Biasing methods of BJTs their characteristics and  application

CO5- Analyze the characteristics of the FET devices and their  application.

CO6- Analyze the Biasing method of FET for amplifier applications

CO2- Analyze the circuit using Kirchhoff’s law and Network  simplification theorems

CO3- Infer and evaluate transient response, Steady state response,  network functions

CO4- Obtain the maximum power transfer to the load , and Analyze  the series resonant and parallel resonant circuit

CO5- Evaluate two-port network parameters , design attenuators and  equalizers

CO6- Synthesize one port network using Foster and Cauer Forms.

CO2- Describe continuous and discrete time systems, their properties  mathematically and properties of LTI systems.

CO3- Able to understand the Fourier Analysis for both Continuous and  Discrete time signals and systems

CO4- Able to understand the Laplace and Z-transform for Continuous  and Discrete time signals and systems respectively.

CO5- Apply the concept of sampling to convert continuous time signal  to discrete time signals.

CO6- Able to analyze the systems performance using the concepts of  various transforms

CO2- Compare different amplitude modulation schemes for their  efficiency, bandwidth and power saving.

CO3- Demonstrate various angle modulation schemes and their  applications

CO4- Illustrate pulsed modulation system and analyze their system  performance.

CO5- Explain various multiplexing techniques, line coding techniques  and TDM hierarchy

CO6- Analyze the behavior of communication systems in the presence  of noise.

CO2- Obtain models of dynamic systems in transfer function and state  space forms

CO3- Improve the system performance by selecting a suitable  controller and/or a compensator for a specific application

CO4- Apply and analyze the various control strategies to different  applications for the problems faced by society.

CO5- Test system Controllability and Observability using state space  representation and applications of state space representation to various  systems.

CO6- Evaluate the system response and stability in both time-domain  and frequency domain.

CO2- Illustrate various amplifier circuits

CO3- Apply the functioning of OP-AMP and design OP-AMP based  circuits

CO4- Analysis and design competence on Opamp RC filters also  Design low pass, high pass, band pass and band elimination filter  networks

CO5- Evaluate the functioning of Generation of square and triangular  waveform using OPAMP based a stable multi vibrator

CO6- Evaluate the functioning of Generation of square and triangular  waveform using IC 555 timer based a stable multi vibrator

CO2-Analyze the concept of co-existence and evaluate the program to  ensure self-regulation

CO3- Understand and identify holistic perception of harmony at all  levels such as self , family , society and nature

CO4- Reshape the concept about different values and discriminate  them

CO5- Apply professional ethics in future profession and contribute  towards building a value based society

CO6- Incorporate self-exploration and its application for self evaluation and development.

CO2- Apply knowledge of an advanced element of learning in the field  of Microprocessors.

CO3- Analyze the processor and controller with peripherals.

CO4- Outline the design of Microprocessor based time systems.

CO5-llustratethe assembly language programming of processor

CO6-Evaluate real time constraints while programming &hardware  designing and provide solution to them.

CO2-UNDERSTANDthe various coordinate systems and the concept of  gradient, divergence and curl.

CO3-UNDERSTANDbasic principles of electrostatics and magneto  statics and use them to find Maxwell’s equations.

CO4-APPLY the principles of dynamic field to find the modification in  Maxwell’s equations.

CO5-APPLY the Maxwell’s equation in obtaining the wave equations  and solve plane wave propagation in various conditions

CO6- ANALYZE the transmission line equation and apply it in various  possible conditions

CO2- Understand the different fabrication steps for the crystal growth.

CO3- Solve the various parameters explaining the electrical & device  modeling parameters.

CO4- Illustrate the working of PMOS, NMOS and CMOS, their electrical  properties and design gates with them.

CO5- Solve the parameters like power dissipation, timing issues etc for  the combinational, sequential circuits and memories.

CO6- Analyze the various ASIC’s circuits like PLA’s, CPLD’s, FPGA’s  and their design and testing tools.

CO2- Illustrate reference models with layers, protocols and  interfaces

CO3- Model the LAN and WAN configuration using different  media.

CO4-Examine problems of a computer networks.

CO5- Test networks to verify connectivity and operational status CO6- Design safe and secure computer networks

CO2-Analyze the effect of addressing modes on the execution time  of a program.

CO3- Understand the computer arithmetic and design algorithms  for various operations.

CO4- Implement the basic knowledge of I/O devices and  interfacing of I/O devices with computer.

CO5- Analyze the CPU design including the RISC/CISC  architectures.

CO6- Apply pipeline and Vector processing in designing Different  Structure of computer communication.

CO2- Understand the concepts of Discrete Fourier Transform.

CO3- Understand the concepts of FFT algorithms for efficient  computation of DFT.

CO4- Apply the concepts of system analysis and realization to  make : design IIR Filters

CO5- Apply the concepts of system analysis and realization to  make : design FIR Filters

CO6- Remember the concept of Discrete time signals and systems  along with the Z-transform basics.

CO2- Illustrate techniques for antenna parameter measurements.

CO3- Analyze radiation patterns of antennas

CO4- Apply various applications of antennas

CO5- R apply the concept of radio wave propagation

CO6- Evaluate antennas for given specifications

CO2- Illustrate the typical source coding techniques and calculate  Entropy of source.

CO3- Understand the generation, detection signal space diagram,  spectrum, bandwidth efficiency, and probability of error analysis of  different band pass modulation techniques.

CO4- Determine the performance of different error control coding

CO5- Illustrate various spreading techniques and determine bit error  performance of various digital communication systems.

CO6- Analyze the design of matched filter receiver for optimum  performance

CO2-Illustrate Characterizing equation of synchronous sequential  machine and Mealy and Moore model machines state table and  transition diagram

CO3-Apply the functioning of CMOS in Logic and Combinational  circuits.

CO4-Analysis and Design of the asynchronous sequential machine,  analyze the performance of CMOS Inverter circuits on the basis of  their operation and working.

CO5-Evaluate strategies for testing of MOS and BJT Models.

605 (D)

CO2-Illustrate Characteristics of IoT and communication models

CO3-Apply the functioning of Iot in Network & Communication.

CO4-Analysis the various challenges in IoT.

CO5-Evaluate IoTs utilization in different applications of IoT  technologies in practical domains of society

701

CO2- UNDERSTAND the various coordinate systems and the  concept of gradient, divergence and curl.

CO3- UNDERSTAND basic principles of electrostatics and  magneto statics and use them to find Maxwell’s equations.

CO4- APPLIES the principles of dynamic field to find the  modification in Maxwell’s equations.

CO5- APPLY the Maxwell’s equation in obtaining the wave  equations and solve plane wave propagation in various conditions

CO6- ANALYZE the transmission line equation and apply it in  various possible conditions.

702

CO2- Classify the Optical sources and detectors and to discuss  their principle.

CO3- Discuss the channel impairments like losses and dispersion.

CO4- Analyze various coupling losses

CO5- Familiar with Design considerations of fiber optic systems

CO6- To perform characteristics of optical fiber, sources and  detectors.

703 (B

CO2-UNDERSTAND the steps involved in digital image  processing systems.

CO3-UNDERSTAND the various domains for image processing  and make necessary noise models.

CO4-APPLY the steps like enhancement on the images.

CO5-APPLY segmentation on the images Using Morphological  Watersheds. Representation

CO6-ANALYZE the complex video processing techniques like  MPEG4 nad H.26X

704 (B

CO2- Apply basic principles of AI in solutions that require  problem solving, inference, perception, knowledge representation,  and learning.

CO3- Demonstrate awareness and a fundamental understanding of  various applications of AI techniques in intelligent agents, expert  systems, artificial neural networks and other machine learning  models

CO4- Demonstrate proficiency developing applications in an ‘AI  language’, expert system shell, or data mining too

CO5- Demonstrate proficiency in applying scientific method to  models of machine learning.

CO6- Able to understand and develop expert systems for any real  time application

801

CO2- Illustrate techniques for Television transmission and  reception.

CO3- Illustrate various Digital Television Technology

CO4- Apply performance factors

CO5- Apply the concept of Radar receiver

CO6- Apply the concept of Radar Receiver in Other Radar  systems

802

CO2- Compare the fundamentals learnt in previous  communication subject with the wireless propagation mechanisms  and channel classification learned here

CO3- Apply the learnt mechanisms and previous knowledge in  demonstrating the various modulation techniques in selecting the  wireless communication transceivers.

CO4- Analyze the different diversity techniques and illustrate  them in different signal processing units of wireless  communication systems problems

CO5- Classify the basics of Channel coding schemes and speech  coding technique and examine them for wireless communication  systems

CO6- Formulate the different advance level multiple access  schemes and application of different multiplexing schemes in  advance transceiver schemes and its applications.

(A)

CO2-Illustrate the concept of state machine SM charts using  microprogramming.

CO3-Apply the VHDL in PLDs and Field Programmable Logic  Arrays (FPGAs).

CO4-Analysis of the combinational logic circuit using VHDL  code.

CO5-Evaluate the functioning of the Digital system using VHDL  code.

804 (B)

CO2- Understand the features of machine learning to apply on  real world problems

CO3- Characterize the machine learning algorithms as supervised  learning and unsupervised learning and Apply and analyze the  various algorithms of supervised and unsupervised learning

CO4- Design and apply various reinforcement algorithms to solve  real time complex problems.

CO5- Demonstrate proficiency in applying scientific method to  models of machine learning.

CO6- Understand the basic concepts of deep neural network  model and design the same.