
AUDISANKARA COLLEGE OF ENGINEERING & TECHNOLOGY(AUTONOMOUS):GUDUR 

AUDISANKARA COLLEGE OF ENGINEERING & TECHNOLOGY(AUTONOMOUS):GUDUR  
DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING  DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING  
R20 COURSE OUTCOMES  R20  COURSE ARTICULATION MATRIX (CAM) / COPOPSO Mapping  
L1: Remembering, L2: Understanding, L3: Applying, L4: Analyzing, L5: Evaluate, L6: Create  1: Slight (Low) 2: Moderate (Medium) 3: Substantial (High)  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
1  ISEM  20BS101  Calculus and Numerical Techniques  CO1  Evaluate partial derivatives for multiple integrals  L5 : Evaluate  CO1  3  3  2              2    2          
CO2  Solvethe differential equations with respect to their order and linearity  L6 : Create  CO2  3  3  2              2    2          
CO3  Develop the knowledge of matrices to find it’s rank by different methods  L3 : Applying  CO3  3  3  2              3    3          
CO4  Apply CayleyHamilton theorem to find the inverse and powers of a square matrix  L3 : Applying  CO4  3  3  2              3    3          
CO5  Analyze the concept of Laplace and inverse Laplace transforms  L4 : Analyzing  CO5  3  3  2              3    3          
20BS101 (Calculus and Numerical Techniques)  3  3  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
2  ISEM  20BS104  Applied Chemistry  CO1  Utilize the Molecular Orbital theory of atomic and molecular in various organic compounds.  L3 : Applying  CO1  3  3          2                    
CO2  Analyze the crystal field theory (CFT) of various geometric compounds  L4 : Analyzing  CO2  3  3          2                    
CO3  Analyze the battery technology method in domestic for lightening and fuel technology methods for transportation  L4 : Analyzing  CO3  3  3          2                    
CO4  Make use of the corrosion control methods for industrial use to protect infrastructure  L3 : Applying  CO4  3  3          2                    
CO5  Analyze water purification methods like EDTA, DO, alkalinity, acidity etc for agricultural and industrial use.  L4 : Analyzing  CO5  3  3          3                    
20BS104 (Applied Chemistry)  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
3  ISEM  20HS101  English for Engineers  CO1  Make use of English Language effectively that demonstrates an understanding of the basic components of grammar  L3 : Applying  CO1                  2  3    2      2  3  
CO2  Ananlyse and explain different phrases in prose and poetry and respond appropriately.  L4 : Analyzing  CO2                  2  3    2      2  3  
CO3  Interpret the technique of presenting stories with perplexing twist endings  L5 : Evaluate  CO3                  2  3    2      2  3  
CO4  Construct basic proficiency in English, writing official letters including Job Applications and Technical Reports  L3 : Applying  CO4                  2  3    2      2  3  
CO5  Apply ethical principles and learn to commit to professional ethics  L3 : Applying  CO5                  2  3    2      2  3  
20HS101 (English for Engineers)  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  3  #VALUE!  2  #VALUE!  #VALUE!  2  3  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
4  ISEM  20ME102  Basic Mechanical and Civil Engineering  CO1  Analyze the effect of force and
motion in course of carrying out the design functions of Engineering engineering 
L4 : Analyzing  CO1  3  2  3                  3          
CO2  Identify structures and properties of different materials  L3 : Applying  CO2  3  2  3                  3          
CO3  Exaplain the uses of various building materials  L5 : Evaluate  CO3  3  3  3                  3          
CO4  Explain the method of construction of different components of a building  L5 : Evaluate  CO4  3  3  2                  3          
CO5  Analyze the concept[t of surveying and its application  L4 : Analyzing  CO5  3  3  2                  3          
20ME102 (Basic Mechanical and Civil Engineering)  3  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
5  ISEM  20CS101  Problem Solving through C Programming  CO1  Develop fundamentals of C programming .  L3 : Applying  CO1  3  3                    3    3  3    
CO2  Apply Decision making and jump statements for solving C programs  L3 : Applying  CO2  3  3                    3    3  3    
CO3  Analyze different Operations on arrays and functions.  L4 : Analyzing  CO3  3  3    3                3  3  3  3    
CO4  Construct pointers, structures and unions.  L6 : Create  CO4  3  3    3                3  3  3  3    
CO5  Compile file Operations in C programming for a given application.  L6 : Create  CO5  3  3    3                3  3  3  3    
20CS101 (Problem Solving through C Programming)  3  3  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  3  3  3  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
6  ISEM  20BS106  Chemistry Lab  CO1  Estimate the hardness in the given various industrial water samples by EDTA method.  L6 : Create  CO1  3  3          3          3          
CO2  Identify the dissolved oxygen in the given water sample by using winkler’s method for water quality measurement.  L3 : Applying  CO2  3  3          3          3          
CO3  Analysis of alkalinity in water from various industrial effluent water.  L4 : Analyzing  CO3  3  3          3          3          
CO4  Identify the chloride ion in the given water sample by Mohr’s method .  L3 : Applying  CO4  3  3          3          3          
CO5  Predict the strength of various acids by using conductometric titration .  L5 : Evaluate  CO5  3  3          3          3          
20BS106 (Chemistry Lab)  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
7  ISEM  20BS107  English Lab  CO1  Analyze nuances of English language through audiovisual experience and group activities.  L4 : Analyzing  CO1                    3    3    3    3  
CO2  Explain to learn native pronunciation through stress on word accent, intonation, and rhythm.  L5 : Evaluate  CO2                    3    3    3    3  
CO3  Develop the effective way of presenting the oral presentation individually and in groups.  L3 : Applying  CO3                  3  3    3    3    3  
CO4  Utilize the language effectively to communicate with members of society in general and engineering community in particular.  L3 : Applying  CO4                  3  3    3    3    3  
CO5  Identify Knowledge and understanding Leadership qualities.  L3 : Applying  CO5                  3  3    3    3    3  
20BS107 (English Lab)  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  3  #VALUE!  3  #VALUE!  3  #VALUE!  3  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
8  ISEM  20CS102  C Programming Lab  CO1  Identify the control structures for writing the programs to reduce the time complexity  L3 : Applying  CO1  3    3  3  3              3  3  3  3    
CO2  Analyze how Arrays, functions and ponters play a major role in implementation of programs  L4 : Analyzing  CO2    3  3  3  3              3  3  3  3    
CO3  Apply Structures and Unions in developing programs for the appropriate problems  L3 : Applying  CO3  3    3  3  3              3  3  3  3    
CO4  Examine how memory can be mangaged while working with the real world problems.  L4 : Analyzing  CO4    3  3  3  3              3  3  3  3    
CO5  Develop programs for the real world societal problems and at industry level using C programming knowledge  L3 : Applying  CO5  3    3  3  3              3  3  3  3    
20CS102 (C Programming Lab)  3  3  3  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  3  3  3  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
9  ISEM  20MC101  Induction Program  CO1  Explain the importance of engineering education and their choosen field.  L5 : Evaluate  CO1            2    2  2  2    2          
CO2  Inference the need of building and nuturing character, making it an essential quality of one's life, be it a professional or personal life.  L4 : Analyzing  CO2            3    3  3  3    2          
CO3  Develop the spirit of working in teams and enhance creativity.  L3 : Applying  CO3            3    3  3  3    3          
CO4  Identify the want of communication and other skills required by the employers.  L3 : Applying  CO4            3    3  3  3    2          
CO5  Build a broader view of life and understanding of Self, people around them, society at large human relationships, Yoga and nature.  L3 : Applying  CO5            3    2  2  2    3          
20MC101 (Induction Program)  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  3  3  3  #VALUE!  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
10  ISEM  20MC102  NCC/NSS  CO1  Develop a sense of social and civic responsibility among them.  L6 : Create  CO1  
CO2  Identify the needs and problems of the community and involve in problem solving process accordingly.  L3 : Applying  CO2  
CO3  Build leadership qualities and democratic attitude among themselves.  L6 : Create  CO3  
CO4  Explain the need of maintaining national integration and social harmony.  L5 : Evaluate  CO4  
CO5  Develop capacity to meet emergencies and natural calamities.  L6 : Create  CO5  
20MC102 (NCC/NSS)  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
11  IISEM  20BS201  Integral Transforms and Matrix Theory  CO1  Construct the periodic function as Fourier series  L3 : Applying  CO1  3  3  2              2    2          
CO2  Evaluate the Fourier Transforms of the elementary functions  L5 : Evaluate  CO2  3  3  2              2    2          
CO3  Utilize the appropriate theorems to find the Ztransforms of the function  L3 : Applying  CO3  3  3  2              3    3          
CO4  Apply the knowledge of multiple integrals to find areas and volumes  L3 : Applying  CO4  3  3  2              3    3          
CO5  Interpret the knowledge of vectors in vector differentiation and integration  L5 : Evaluate  CO5  3  3  2              3    3          
20BS201 (Integral Transforms and Matrix Theory)  3  3  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
12  IISEM  20BS203  Modern Physics  CO1  Examine the super position effects like Interference, Diffraction and to list the types of optical fibers and using optical fibers in modern communication system and medical field.  L4 : Analyzing  CO1  3  3                3    2          
CO2  Apply the concepts of LASERS, different types of LASERS and its applications  L3 : Applying  CO2  3  3                3    2          
CO3  Analyze the concepts of Superconductivity and to understand properties of Magnetic and Dielectric Materials and its applications  L4 : Analyzing  CO3  3  3                3    2          
CO4  Explain the concepts of Quantum Mechanics and how Quantum Mechanics is carried out in the fields like medicine and industry.  L4 : Analyzing  CO4  3  3                2    2          
CO5  Classifythe types of semiconductors and illustrate properties and their applications.  L4 : Analyzing  CO5  3  3                2    2          
20BS203 (Modern Physics)  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
13  IISEM  20EE201  Circuit Theory  CO1  Analyze DC circuits using different methods.  L4 : Analyzing  CO1  3  3                              
CO2  Analyze AC circuits and apply appropriate Network theorem for solving Electric Circuits  L4 : Analyzing  CO2  3  3                              
CO3  Examine the series, parallel resonance concepts and coupled circuits  L3 : Applying  CO3  3  3                              
CO4  Analyze magnetically coupled circuits  L4 : Analyzing  CO4  3  3                              
CO5  Evaluate network matrices using network topology and understand the concept of duality  L5 : Evaluate  CO5  3  3                              
20EE201 (Circuit Theory)  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
14  IISEM  20CS201  Data Structures  CO1  Apply the knowledge of basic data structures for creation, insertion, deletion and Searching of ordered or unordered data.  L3 : Applying  CO1  3                    3            
CO2  Analyze the concepts of stacks, queues and linked list in problem solving  L4 : Analyzing  CO2    3    3                          
CO3  Design applications using linear and nonlinear data structures  L6 : Create  CO3  3  −  3  3              3  3      3    
CO4  Compare different sorting techniques and apply them in organizing the data  L4 : Analyzing  CO4    3    3                3  3  3      
CO5  Analyze how the data can be stored in nonlinear structures and analyze how unbalanced trees to be balanced using rotations  L4 : Analyzing  CO5    3    2              3      3    3  
20CS201 (Data Structures)  3  3  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  3  3  3  3  3  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
15  IISEM  20ME101  Engineering Graphics  CO1  Develop the training in multiview representations and its conversion into pictorial views and the reverse also  L6 : Create  CO1  3  2  2              2              
CO2  Create the different standards in technical drawing and to help in reaching future engineering positions especially in research and design.  L6 : Create  CO2  3  2  2              2              
CO3  Construct orthographic projections of lines and planes  L3 : Applying  CO3  3  3  2              3              
CO4  Construct orthographic projections of solids  L6 : Create  CO4  3  3  2              3              
CO5  Develop the isometric projection.  L6 : Create  CO5  3  3  2              3              
20ME101 (Engineering Graphics)  3  3  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
16  IISEM  20BS105  Physics Lab  CO1  Examine the super position effects like Interference, Diffraction and to list the types of optical fibers and using optical fibers in modern communication system  L4 : Analyzing  CO1  3      3                          
CO2  Evaluate the wavelength of laser source and particle size by diffraction technique.  L5 : Evaluate  CO2  3      3                          
CO3  Experiment with the stationary waves and determine the frequency of tuning fork  L3 : Applying  CO3  3      3                          
CO4  Evalutethe experimental values of magnetic induction along a circular coil with theoretical values.  L5 : Evaluate  CO4  3      3                          
CO5  Examinethe radius of curvature of planoconvex lens using Newton’s rings.  L4 : Analyzing  CO5  3      3                          
20BS105 (Physics Lab)  3  #VALUE!  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
17  IISEM  20CS202  Data Structures Lab  CO1  Examine practical knowledge on Stacks, Queues Linked lists, Trees Sorting and Hashing Techniques  L4 : Analyzing  CO1  3  3          3          3          
CO2  Analyze suitable data structure to solve real world computing problems.  L4 : Analyzing  CO2  3  3          3          3          
CO3  Design solutions for complex computational problems using linear and nonlinear data structures and explorative analysis.  L3 : Applying  CO3  3  3          3          3          
CO4  Apply contextual knowledge of data structures to design applications for societal requirements  L3 : Applying  CO4  3  3          3          3          
CO5  Analyze effective use data structures with engineering community, being able to comprehend and write effective programs and Prepare Reports.  L4 : Analyzing  CO5  3  3          3          3          
20CS202 (Data Structures Lab)  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
18  IISEM  20ME104  Engineering Workshop  CO1  Utilize workshop tools for engineering practice  L4 : Analyzing  CO1  3  2        3    3        2  3        
CO2  Analyze and find out suitable method of fabrication of a given simple component.  L5 : Evaluate  CO2  3  3        3    3        2  3        
CO3  Build the skills acquired to provide quick fixes for routine domestic and/or industrial problems.  L5 : Evaluate  CO3  3  3        3    3        3  3        
CO4  Measures the hard work and improve knowledge of the manual workers.  L5 : Evaluate  CO4  3  3        3    3        3  3        
CO5  Apply the basic knowledge for housewiring practice  L4 : Analyzing  CO5  2          3    3        3  3        
20ME104 (Engineering Workshop)  3  3  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  3  3  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
19  IISEM  20MC201  NCC/NSS  CO1  Develop a sense of social and civic responsibility among them.  L6 : Create  CO1            3      3  2    3          
CO2  Identify the needs and problems of the community and involve in problem solving process accordingly.  L3 : Applying  CO2            3      3  2    3          
CO3  Build leadership qualities and democratic attitude among themselves.  L6 : Create  CO3            3      3  2    3          
CO4  Explain the need of maintaining national integration and social harmony.  L5 : Evaluate  CO4            2      3  2    3          
CO5  Develop capacity to meet emergencies and natural calamities.  L6 : Create  CO5            2      3  2    3          
20MC201 (NCC/NSS)  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  #VALUE!  3  2  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
20  IIISEM  20BS301  Complex Analysis and Numerical Methods  CO1  Solve the improper integrals using Beta and Gamma functions.  L6 : Create  CO1  3  3  2  2                    2  2    
CO2  Apply the concept of C  R equations to solve problems on complex differentiation related to potential functions using Milne – Thompson Method.  L3 : Applying  CO2  3  3  2  2                    2  2    
CO3  Solve the problems on Complex Integration using Cauchy's theorem.  L6 : Create  CO3  3  3  2  2                    2  2    
CO4  Solve problems on Laurent series – Residue theorem which is applicable in signal processing and communications  L6 : Create  CO4  3  3  2  2                    2  2    
CO5  Solve problems on bilinear transformation which is useful to convert analog transfer functions into digital transfer functions for digital system design in digital signal processing.  L6 : Create  CO5  3  3  2  2                    2  2    
20BS301 (Complex Analysis and Numerical Methods)  3  3  2  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  2  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
21  IIISEM  20EC301  Electronic Devices and Circuits  CO1  Explain construction and VI characteristics of PN Diode and special diodes  L5 : Evaluate  CO1  3  3  3  2                  3  3  3    
CO2  Design and analyze Rectifiers with and without filters.  L6 : Create  CO2  3  3  3  2                  3  3  3    
CO3  Analyze the construction of BJT & FET and plot VI characteristics for different configurations.  L4 : Analyzing  CO3  3  3  3  2                  3  3  3    
CO4  Analyze different biasing concepts to achieve stability for BJT and FET.  L4 : Analyzing  CO4  3  3  3  2                  3  3  3    
CO5  Apply the knowledge to design small signal models of BJT and FET amplifiers  L3 : Applying  CO5  3  3  3                    3  3  3    
20EC301 (Electronic Devices and Circuits)  3  3  3  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  3  3  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
22  IIISEM  20EC302  Probability Theory and Stochastic Processes  CO1  Analyze the random experiments, sample space and event probabilities.  L4 : Analyzing  CO1  2  3  2  2                  3  2  3    
CO2  Relationships between the random variables, density and distribution functions, moments and transformation of random variables.  L4 : Analyzing  CO2  2  3  2  2                  3  2  3    
CO3  Explain the concept of random process and sample functions (signals)  L5 : Evaluate  CO3  3  3  2  2                  3  2  3    
CO4  Evaluate the temporal and spectral characteristics of random processes.  L5 : Evaluate  CO4  2  2  2  2                  3  2  3    
CO5  Estimate the random signal response of linear systems  L5 : Evaluate  CO5  2  2  2  2                  3  2  3    
20EC302 (Probability Theory and Stochastic Processes)  2  3  2  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  2  3  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
23  IIISEM  20EC303  Signals and Systems  CO1  Apply the basic concepts of continuous and discrete time Signals & Systems and the concepts of Fourier series.  L3 : Applying  CO1  3                        3  2  2    
CO2  Analyze the signals using continuous Fourier Transform techniques and Sampling theorem.  L4 : Analyzing  CO2  3  3  3  3                  3  2  2    
CO3  Apply the Laplace transforms to analyze the continuous time signals & systems and concepts of convolution and correlation.  L3 : Applying  CO3  3  3                      3  2  2    
CO4  Analyze the system properties using discrete time Fourier transforms.  L4 : Analyzing  CO4  3    3                    3  2  2    
CO5  Apply the Ztransform concepts to analyze discrete time Signals and Systems.  L3 : Applying  CO5  3  3  3  3                  3  2  2    
20EC303 (Signals and Systems)  3  3  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  2  2  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
24  IIISEM  20EC304  Switching Theory and Logic Design  CO1  Analyze different Digital Codes and make use of Boolean Algebra in the form of Switching Functions.  L4 : Analyzing  CO1  3  3  2  2                  2  2  3    
CO2  Minimize the Switching Functions and design different Combinational Logic circuits.  L6 : Create  CO2  3  3  2  2                  2  3  3    
CO3  Develop different Programmable Logic Devices and design different Sequential Circuits  L6 : Create  CO3  3  3  2  2                  2  3  3    
CO4  Design Finite state machines with the help of parition techniques and merger chart methods.  L6 : Create  CO4  3  3  2  2                  2  3  2    
CO5  Design Algorithmic state machines with the help of datapath and control subsystems.  L6 : Create  CO5  3  3  2  2                  2  2  2    
20EC304 (Switching Theory and Logic Design)  3  3  2  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  3  3  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
25  IIISEM  20EC305  Electronic Devices and Circuits Lab  CO1  Analyze the VI characteristics of PN junction and Zener diode.  L4 : Analyzing  CO1  3  3  3  2                  3  3  3    
CO2  Design half wave and Full wave rectifier with and without filters.  L6 : Create  CO2  3  3  3  2                  3  3  3    
CO3  Determine hparameters for different configuration of BJT and FET.  L5 : Evaluate  CO3  3  3  3  2                  3  3  3    
CO4  Analyze the frequency response of BJT and FET amplifiers.  L4 : Analyzing  CO4  3  3  3  2                  3  3  3    
CO5  Analyze the characteristics of SCR and UJT.  L4 : Analyzing  CO5  3  3  3                    3  3  3    
20EC305 (Electronic Devices and Circuits Lab)  3  3  3  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  3  3  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
26  IIISEM  20EC306  Signals and Systems Lab  CO1  Analyze the elementary signals, LTI systems.  L4 : Analyzing  CO1  3        3                3        
CO2  Apply the concepts of Fourier series of Continuous and discrete time signals.  L3 : Applying  CO2  3  3      3                3        
CO3  Analyze the frequency response of signals and systems.  L4 : Analyzing  CO3  3  3  3    3                3        
CO4  Apply the concepts of sampling theorem for Low pass signals.  L3 : Applying  CO4  3  3      3                3        
CO5  Analyze the concepts of correlation ,convolution and Power spectrum  L4 : Analyzing  CO5  3  3  3    3                3        
20EC306 (Signals and Systems Lab)  3  3  3  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
27  IIISEM  20EC307  Digital Design Lab (Virtual LabI)  CO1  Analyze different types of logic gates and verify their truth tables virtually.  L4 : Analyzing  CO1  3  2      3                3  2  2    
CO2  Determine basic logic gates, adder, and subtractor using universal gates in virtual mode.  L5 : Evaluate  CO2  3  2  2  2  3                3  2  2    
CO3  Analyze realization of Boolean expression in SOP and POS form and design virtually.  L4 : Analyzing  CO3  3  2  2  2  3                3  2  2    
CO4  Design and test combinational circuits in virtual mode.  L6 : Create  CO4  3  2  2  2  3                3  2  2    
CO5  Design and develop sequential circuits in virtual mode.  L6 : Create  CO5  3  2  2  2  3                3  2  2    
20EC307 (Digital Design Lab (Virtual LabI))  3  2  2  2  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  2  2  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
28  IIISEM  20CS308  Skill Oriented CourseI  CO1  Identify their own strengths and develop in those areas for career growth.  L3 : Applying  CO1  3  2  2  2                2  3  3  2    
CO2  Defend the challenges that have been undertaken, developing new skills in future.  L5 : Evaluate  CO2  3  2  2  2  2              2  3  3  2    
CO3  Develop the skills and recognize the benefits of working collaboratively.  L6 : Create  CO3  3  2  2  2                2  3  3  2    
CO4  Build realworld experience and improves learning speed in their field of interest.  L6 : Create  CO4  3  2  2  2  2              2  3  3  2    
CO5  Improve their critical thinking which in turn improves in research and communication.  L6 : Create  CO5  3  2  2  2                2  3  3  2    
20CS308 (Skill Oriented CourseI)  3  2  2  2  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  3  3  2  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
29  IIISEM  20MC301  Constitution of India  CO1  Importance of Indian Constitution as the fundamental law of the land.  L5 : Evaluate  CO1            3  3  3                  
CO2  Survey his fundamental rights in proper sense at the same time identifies his responsibilities in national building.  L4 : Analyzing  CO2            3  3  3                3  
CO3  Analyze the Indian political system, the powers and functions of the Union, State and Local Governments in detail  L4 : Analyzing  CO3            3  3  3                3  
CO4  Examine Electoral Process, Emergency provisions and Amendment procedure  L4 : Analyzing  CO4            3  3  3                  
CO5  Discover the role of the state and the judiciary in its protection.  L4 : Analyzing  CO5            3  3  3                  
20MC301 (Constitution of India)  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
30  IVSEM  20CS303  Object Oriented Programming through JAVA  CO1  Identify the use of object oriented programming and implement for the scenarios.  L3 : Applying  CO1  3                      3    2  2    
CO2  Design solutions using Inheritances, interfaces and packages for real world problems.  L6 : Create  CO2      3  3                3    2  2    
CO3  Analyze thread life cycle and ability to write Multithreading programs.  L4 : Analyzing  CO3    3    3                3    2  2    
CO4  Make use of exception handling mechanisma to write efficient java programs.  L3 : Applying  CO4  2      2                2    2  2    
CO5  Develop programs using user friendly interface using Applets, AWT.  L3 : Applying  CO5  3  3  3  3                3    2  2    
20CS303 (Object Oriented Programming through JAVA)  3  3  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  2  2  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
31  IVSEM  20EC401  Electromagnetic Waves and Transmission Lines  CO1  Apply the principles of Electrostatics to the problems relating to Electric fields.  L3 : Applying  CO1  3  3                      3    2    
CO2  Apply the principles of Magneto statics to the problems relating to Magnetic fields.  L3 : Applying  CO2  3  3                      3    2    
CO3  Apply the concepts related to Faraday’s law and Maxwell’s equations.  L3 : Applying  CO3  3                        3    2    
CO4  Apply Maxwell’s equations to describe the propagation of electromagnetic waves in different media.  L3 : Applying  CO4  3  3  3                    3    2    
CO5  Apply Maxwell’s equations to solution of problems relating to Transmission lines.  L3 : Applying  CO5  3  3  3  3                  3    2    
20EC401 (Electromagnetic Waves and Transmission Lines)  3  3  3  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  #VALUE!  2  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
32  IVSEM  20EC402  Analog and Digital Communications  CO1  Explain the concept of amplitude modulation systems.  L5 : Evaluate  CO1  3  2  3  2  2                2  2  2    
CO2  Explain the concepts of Angle modulation System.  L5 : Evaluate  CO2  3  2  3  2  2                2  2  2    
CO3  Make use of each block in AM, FM transmitters and receivers.  L3 : Applying  CO3  2  2  2  2  2                2  2  2    
CO4  Compare various pulse digital modulation techniques.  L4 : Analyzing  CO4  3  3  3  2  2                2  2  2    
CO5  Evaluate digital modulation techniques for optimal receiption.  L5 : Evaluate  CO5  3  3  3  2  2                2  2  2    
20EC402 (Analog and Digital Communications)  3  2  3  2  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  2  2  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
33  IVSEM  20EC403  Analog Circuit Analysis  CO1  Construct single stage amplifiers at low and high frequencies using BJT & FET.  L3 : Applying  CO1  3  3  3  2                  3  3  3    
CO2  Construct multistage amplifiers and power amplifiers for different applications.  L3 : Applying  CO2  3  3  3  3                  3  3  3    
CO3  Distinguish feedback amplifiers for different applications.  L4 : Analyzing  CO3  3  3  2  2                  3  3  3    
CO4  Design different types of oscillators for a specified frequency.  L6 : Create  CO4  3  3  2  2                  3  3  3    
CO5  Evaluate tuned amplifiers and voltage regualtors for communication system.  L5 : Evaluate  CO5  3  3  2  2                  3  3  3    
20EC403 (Analog Circuit Analysis)  3  3  2  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  3  3  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
34  IVSEM  20HS402  Managerial Economics and Project Management  CO1  Anlayze the market dynamics namely demand and supply to help students how to take decisions in business aspects.  L4 : Analyzing  CO1          2  3  3        3  3        2  
CO2  Apply the knaowledge of production, cost of production and awareness of competetion in various markets.  L6 : Create  CO2          2  3  3        3  3        2  
CO3  Build the knowledge to start suitable business organizations and analyze, interpret proper investment proposals.  L3 : Applying  CO3          2  3  3        3  3        2  
CO4  Analyze the concept of accounting and applying in preparation of financial statements, designing different investment aappraisals and to make investments.  L4 : Analyzing  CO4          2  3  3        3  3        2  
CO5  Analyze capital budgeting and apply the techniques used to eavlaute and interpret the firms positions.  L4 : Analyzing  CO5          2  3  3        3  3        2  
20HS402 (Managerial Economics and Project Management)  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  3  3  #VALUE!  #VALUE!  #VALUE!  3  3  #VALUE!  #VALUE!  #VALUE!  2  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
35  IVSEM  20EC404  Analog and Digital Communications Lab  CO1  Evaluate different analog modulation techniques.  L5 : Evaluate  CO1  3  3  3  2  2                3  2  2    
CO2  Analyze different pulse analog modulation techniques.  L4 : Analyzing  CO2  2  2  2  2  2                2  2  2    
CO3  Analyze different pulse digital modulation techniques.  L4 : Analyzing  CO3  2  2  2  2  2                2  2  2    
CO4  Analyze different digital modulation techniques.  L4 : Analyzing  CO4  2  2  2  2  2                3  2  2    
CO5  Examine sampling theorem and time division miltiplexing.  L4 : Analyzing  CO5  2  2  2  2  2                2  2  2    
20EC404 (Analog and Digital Communications Lab)  2  2  2  2  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  2  2  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
36  IVSEM  20EC405  Analog Circuit Analysis Lab  CO1  Analyze the frequency response of different BJT amplifiers.  L4 : Analyzing  CO1  3  3  3  2                  3  3  3    
CO2  Analyze the frequency response of different FET amplifiers.  L4 : Analyzing  CO2  3  3  3  3                  3  3  3    
CO3  Analyze the frequency response of large signal amplifiers.  L4 : Analyzing  CO3  3  3  2  2                  3  3  3    
CO4  Analyze the frequency response of different feedback amplifiers.  L4 : Analyzing  CO4  3  3  2  2                  3  3  3    
CO5  Design and analyze the different oscillators with their operation.  L6 : Create  CO5  3  3  2  2                  3  3  3    
20EC405 (Analog Circuit Analysis Lab)  3  3  2  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  3  3  3  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
37  IVSEM  20CS309  Object Oriented Programming through JAVA Lab (Virtual LabII)  CO1  Utilize basic I/O to communicate with the user to populate variables and control program flow virtually.  L3 : Applying  CO1  3  2  2    3                2  2  2    
CO2  Make use of arithmetic, logical, relational and string manipulation expressions to process data in virtual mode.  L3 : Applying  CO2  3  2  2    3                2  2  2    
CO3  Analyze and write programs to solve more complicated problems using the concepts of Object Oriented and java technology virtually.  L4 : Analyzing  CO3  3  2  2    3                2  2  2    
CO4  Apply validation techniques to build a reliable solution to a given problem in virtual platform.  L3 : Applying  CO4  3  2  2    3                2  2  2    
CO5  Apply all the programming concepts as and when required in the future application development using the virtual mode.  L3 : Applying  CO5  3  2  2    3                2  2  2    
20CS309 (Object Oriented Programming through JAVA Lab (Virtual LabII))  3  2  2  #VALUE!  3  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  2  2  #VALUE!  
S.NO  SEM  CODE  COURSE NAME  CO  COURSE OUTCOME  Blooms Taxonomy level  CO  PO1  PO2  PO3  PO4  PO5  PO6  PO7  PO8  PO9  PO10  PO11  PO12  PSO1  PSO2  PSO3  PSO4  
38  IVSEM  20EC406  Skill Oriented CourseII  CO1  Identify their own strengths and develop in those areas for career growth.  L3 : Applying  CO1  3  2  2  2                2  3  3  2    
CO2  Defend the challenges that have been undertaken, developing new skills in future.  L5 : Evaluate  CO2  3  2  2  2  2              2  3  3  2    
CO3  Develop the skills and recognize the benefits of working collaboratively.  L6 : Create  CO3  3  2  2  2                2  3  3  2    
CO4  Build realworld experience and improves learning speed in their field of interest.  L6 : Create  CO4  3  2  2  2  2              2  3  3  2    
CO5  Improve their critical thinking which in turn improves in research and communication.  L6 : Create  CO5  3  2  2  2                2  3  3  2    
20EC406 (Skill Oriented CourseII)  3  2  2  2  2  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  #VALUE!  2  3  3  2  #VALUE!  