Student Online Certificate Verification

Headlines 2025-12-06 | : B.Tech - EEE | : NPTEL Certification details of faculty for the 2024-25 even semester    2025-10-02 | : MCA | : NPTEL Certification Details of Department of MCA : Assistant Professors G Adiseshu, K Lakshman Rao and Programmer V Srinu Balaji from Department of Master of Computer Applications have Sucessfully Completed FDP on "INTRODUCTION TO MACHINE LEARNING" by NPTEL.    2025-10-02 | : MCA | : NPTEL Certification Details of Department of MCA : Assistant Professors V Madhulatha,P Venkanna from Department of Master of Computer Applications have Sucessfully Completed FDP on "PYTHON FOR DATASCIENCE" by NPTEL.    2025-10-01 | : MCA | : A Subhadra Devi,P Lakshmi Asha Jyothi Assistant Professors of Department of MCA has participated in the Five-Day Faculty Development Program on "Instructional Design and Delivery Systems (IDDS)" held from 27th September 2025 to 1st October 2025, organized by IQAC, Swarnandhra College of Engineering and Technology, Seetharamapuram, Narsapur, W.G. District, Andhra Pradesh.    2025-09-27 | : B.Tech - Mech | : Department of Mechanical Engineering and Robotics conducted two days National Level Technical Fest YANTROTSAV on 26 th and 27th September 2025    2025-09-25 | : B.Tech - CSE | : Department of CSE conducted a one day seminar in the title " Empowering Students for the Future of IT and Leadership" By Mr.Perala Yeswanth, IT Professional | ERP Specialist | Career Mentor | Leadership Coach, on 24.09.2025.    2025-09-23 | : B.Tech - Mech | : Guest lecture on "Non equilibrium effects in Hypersonic Flow applications", Resourse person Dr P Ravi Kumar ,associate professor, Dept of ME, NIT, Warangal. organized by Dept of Mechanical Engineering and Robotics in association with IIC.    2025-09-22 | : MCA | : P Venkanna,V Madhulatha,G Adiseshu Assistant Professors of Department of MCA have Participated in Faculty Development Program on GEN AI - RAG (Retrieval-Augmented Generation) Organized by the Chaitanya Bharathi Institute of Technology, Hyderabad, Telangana.MVSR Engineering College (Autonomous), Nadergul, Hyderabad from 8th September 2025 to 12th September 2025 in Collaboration with ExcelR Edtech Pvt. Ltd.    2025-09-22 | : MCA | : A Subhadra Devi, A S B Rajesh Assistant Professors of Department of MCA has participated in an Transforming Teaching with Generative AI Empowering Educators to think, prompt and Inspire organized by the Department of AI&ML, SCET, Narsapuram, from September 18 to 20°, 2025.    2025-09-20 | : B.Tech - Mech | : One week faculty development program on "Clean Energy Production and Advanced Technologies' , 15th to 19th september 2025 at VIT, Bhimavaram    2025-09-19 | : B.Tech - Mech | : Two days workshop on " Multi sensor system and AI for real-time process monitoring" Resource person : Dr.T Babu Rao Assistant professor Dept of ME, NIT,AP    2025-09-17 | : MCA | : ANL Kumar, HOD,Department of MCA, participated & completed AICTE Training And Learning (ATAL) Academy Faculty Development Program on Quantum Computing Enhanced Machine Learning: Unlocking the Power of Tomorrow’s Technology at MALLA REDDY COLLEGE OF ENGINEERING FOR WOMEN from 08/09/2025 to 13/09/2025.    2025-09-11 | : B.Tech - CSE | : Department of CSE conducted two days Technical and Cultural Event on 11th and 12th September 2025.    2025-09-09 | : B.Tech - Mech | : Mechanical and Robotics students participated in Brain Bolt - The Engineers' Sprint Organized by ASME Hyderabad    2025-09-08 | : MCA | : A Subhadra Devi, G Santhi Kumari, Assistant Professors from Dept of MCA have successfully participated & completed AICTE Training and Learning (ATAL) Academy Faculty Development Program on "ADVANCED COMPUTING AND ITS APPLICATION TRENDS" at PB SIDDHARTHA COLLEGE OF ARTS & SCIENCE PG STUDIES from 01/09/2025 to 06/09/2025.    2025-09-05 | : MCA | : Teachers day Celebrations at MCA Department.    2025-09-05 | : B.Tech - Mech | : TEACHER DAY CELEBRATIONS    2025-09-02 | : B.Tech - CSE | : Faculty Development Program Attended report of August 2025.    2025-08-28 | : MCA | : ANL Kumar, Head, Department of Master of Computer Applications have completed One-Week Online Faculty Development Program on "QUANTUM COMPUTING ALGORITHMS AND FUTURE DIRECTIONS" organized by the Department of Computer Science and Engineering at SRKR Engineering College, Bhimavaram held from 18th to 23rd August 2025.    2025-08-26 | : B.Tech - Mech | : Dr P S N Raju garu attended International Conferences on Advances in materials, manufacturing, mechnical, mechtronics, and energy (ICAM4V-2025) SINGAPORE. also received BEST PAPER AWARD    
MCA Course Outcomes
Programme: MCA | Regulation: R20
S.No Course Code Semester Subject Type No. of COs Course Outcomes
1Data Structures20MC1T01First SemesterTheory5
  • CO1: Implement basic programs by using C concepts.
  • CO2: Implement C Program using Functions, Structures and Unions, Pointers
  • CO3: Design advanced Data Structures using Non Linear Data Structures
  • CO4: Create Hash Table for storing data
  • CO5: Apply appropriate Sorting technique for a problem
2Object oriented Programming using JAVA20MC2T03Second SemesterTheory6
  • CO1: Describe the uses OOP concepts
  • CO2: Apply OOP concepts to solve real world problems.
  • CO3: Distinguish the concept of packages and interfaces.
  • CO4: Demonstrate the exception handing, multithreaded applications with synchronization.
  • CO5: Design the GUI based applications using AWT and Swings.
  • CO6: Discuss the Collection Framework

Programme: MCA | Regulation: R24
S.No Course Code Semester Subject Type No. of COs Course Outcomes
1Computer Organization24MC1T02First SemesterTheory5
  • CO1: Understand the basic types of computers and their key functional units
  • CO2: Develop and implement programs using machine instructions and addressing modes, including stack and queue operations.
  • CO3: Analyse various input/output techniques like interrupt-driven I/O, Direct Memory Access (DMA), and standard I/O interfaces.
  • CO4: Understand and evaluate the performance trade-offs in memory systems, focusing on RAM, ROM, cache, and virtual memory.
  • CO5: Explain the concepts of parallel processing, including pipeline processors and multiprocessor systems, and their impact on performance.
2Data Structures24MC1T01First SemesterTheory5
  • CO1: Implement basic programs by using C concepts
  • CO2: Implement C Program using Functions, Structures and Unions, Pointers
  • CO3: Design advanced Data Structures using Non Linear Data Structures
  • CO4: Create Hash Table for storing data
  • CO5: Apply appropriate Sorting technique for a problem
3Database Management Systems24MC1T03First SemesterTheory5
  • CO1: Explain the purpose, architecture, and various applications of database systems, as well as the role of data models (ER models) and how they relate to database design.
  • CO2: Demonstrate the application of the relational model, integrity constraints, and query relational data using relational algebra and calculus. Convert ER diagrams into relational schema and construct basic SQL queries.
  • CO3: Analyze and construct SQL queries, including nested and aggregate queries, constraints, and triggers. Evaluate the normalization process using functional dependencies to achieve higher normal forms.
  • CO4: Evaluate schema refinement methods, such as multivalued dependencies and normal forms, and assess transaction management strategies, including concurrency control and recovery protocols in database systems.
  • CO5: Design and implement storage solutions and indexing mechanisms, such as hash-based and tree-based indexing (B+ trees, ISAM), optimizing file organization and performance for database queries.
4Mathematical and Statistical Foundations24MC1T05First SemesterTheory5
  • CO1: Understand the basic concepts of probability, random variables, and probability distributions for discrete and continuous variables.
  • CO2: Apply sampling methods and estimation techniques to compute population parameters and evaluate point and interval estimates.
  • CO3: Analyze and conduct hypothesis tests, including significance tests for small and large samples, and apply chi-square tests for goodness of fit.
  • CO4: Evaluate algebraic structures such as groups, monoids, and homomorphisms, and apply number theory concepts like Euclidean algorithms and modular arithmetic.
  • CO5: Design and analyze graphs using concepts like Eulerian and Hamiltonian circuits, graph coloring, and spanning trees, applying algorithms for practical problems.
5Operating Systems24MC1T04First SemesterTheory5
  • CO1: Explain the fundamental concepts and structure of operating systems, including types and system calls.
  • CO2: Apply process scheduling algorithms and analyze process management concepts such as process control blocks and inter process communication.
  • CO3: Analyze synchronization mechanisms and deadlock handling strategies to ensure safe process execution.
  • CO4: Evaluate memory management techniques, such as paging and segmentation, and file system implementation strategies like allocation and disk scheduling.
  • CO5: Design and compare the operating system architectures of Linux and Windows, focusing on their process management, file systems, and networking features.
6Data Structures using C Lab24MC1L02First SemesterLab5
  • CO1: Apply basic C programming concepts to solve mathematical problems like even numbers, harmonic series, Armstrong numbers, and factorials.
  • CO2: Apply C programming to perform matrix operations and recursion-based tasks such as Fibonacci sequence generation and call-by-reference operations.
  • CO3: Analyze and implement file handling operations, recursive algorithms, and searching techniques like linear and binary search using both recursive and nonrecursive approaches.
  • CO4: Design and implement data structures such as stacks, queues, and linked lists using arrays and linked list techniques in C.
  • CO5: Create and implement advanced data structures such as binary search trees, AVL trees, and hash tables, and apply sorting algorithms like quicksort, merge sort, and bubble sort in C.
7Database Management Systems Lab24MC1L01First SemesterLab5
  • CO1: Explain the purpose, architecture, and various applications of database systems, as well as the role of data models (ER models) and how they relate to database design.
  • CO2: Demonstrate the application of the relational model, integrity constraints, and query relational data using relational algebra and calculus. Convert ER diagrams into relational schema and construct basic SQL queries.
  • CO3: Analyze and construct SQL queries, including nested and aggregate queries, constraints, and triggers. Evaluate the normalization process using functional dependencies to achieve higher normal forms.
  • CO4: Evaluate schema refinement methods, such as multivalued dependencies and normal forms, and assess transaction management strategies, including concurrency control and recovery protocols in database systems.
  • CO5: Design and implement storage solutions and indexing mechanisms, such as hash-based and tree-based indexing (B+ trees, ISAM), optimizing file organization and performance for database queries.
8Operating Systems and Linux Lab24MC1L03First SemesterLab5
  • CO1: Understand and use basic Unix/Linux utility commands and shell environments like Bash, Bourne, and C shell for effective system interaction.
  • CO2: Apply C programming to simulate Unix/Linux file system operations and process control functions, including command pipes and system calls like fork (), wait (), and exec ().
  • CO3: Apply and simulate various CPU scheduling algorithms (FCFS, SJF, Priority, Round Robin) and memory management strategies like first-fit, best-fit, and worst-fit in operating systems.
  • CO4: Analyze and simulate deadlock avoidance/prevention techniques using the Banker's Algorithm and implement page replacement algorithms like FIFO, LRU, and LFU
  • CO5: Design and develop shell scripts for various tasks, including checking prime numbers, calculating Fibonacci series, handling file operations, and manipulating student records with conditions and loops.
9ADVANCED UNIX PROGRAMMING24MC2TE2Second SemesterTheory5
  • CO1: Describe UNIX utilities and develop basic shell scripts for file handling and process management.
  • CO2: Handle UNIX files and directories using system calls and directory functions, and differentiate between system calls and library functions
  • CO3: Analyze UNIX process management and signal handling, including handling zombie and orphan processes
  • CO4: Implement inter-process communication techniques such as pipes and message queues for client-server programs.
  • CO5: Evaluate the use of shared memory and sockets for client-server communication using TCP and UDP protocols.
10ARTIFICIAL INTELLIGENCE24MC2T05Second SemesterTheory5
  • CO1: Describe the foundational concepts of AI, including its definition, problems, system components, applications, and intelligent agent types.
  • CO2: Apply various search and optimization algorithms to solve complex AI problems
  • CO3: Analyze knowledge representation and reasoning techniques using logic and their application in knowledge-based agents.
  • CO4: Compare agent architectures and evaluate multi-agent systems for different AI applications.
  • CO5: Design and develop expert systems using their architecture, components, and techniques for knowledge acquisition and heuristics
11COMPUTER NETWORK24MC2T01Second SemesterTheory5
  • CO1: Describe network topologies, reference models, and physical layer components, including different media types
  • CO2: Apply error detection/correction and implement basic data link protocols for reliable communication
  • CO3: Compare multiple access protocols and evaluate their effectiveness in various networking environments.
  • CO4: Analyze routing algorithms and congestion control techniques to optimize data transmission.
  • CO5: Evaluate transport layer protocols and application services for end-to-end communication and data security.
12NETWORK SECURITY AND CYBER SECURITY24MC2T02Second SemesterTheory5
  • CO1: Explain basic cryptography principles, including security goals, attacks, and symmetric encryption techniques like DES and AES.
  • CO2: Apply asymmetric encryption methods and compare cryptographic hash functions such as SHA and SHA-3.
  • CO3: Analyze digital signature schemes and evaluate security measures for email and IP security.
  • CO4: Identify and classify cybercrimes and understand the roles and motivations of cybercriminals
  • CO5: Evaluate advanced cyber threats and propose security measures to counter them.
13OBJECT ORIENTED PROGRAMMING USING JAVA24MC2T03Second SemesterTheory5
  • CO1: Explain OOP concepts and basic Java programming skills, including data types and control statements.
  • CO2: Apply inheritance, packages, and interfaces in Java to organize and modularize cod
  • CO3: Analyze and implement exception handling and multithreading in Java for error management and concurrent tasks.
  • CO4: Design event-driven programs and GUIs using AWT components and the delegation event model.
  • CO5: Evaluate and use Swing for creating advanced Java GUIs with sophisticated components.
14SOFTWARE ENGINEERING24MC2T04Second SemesterTheory5
  • CO1: Describe the history and characteristics of software engineering and compare SDLC methodologies like Waterfall, Spiral, and Agile.
  • CO2: Apply techniques to gather and analyze software requirements and create a Software Requirements Specification (SRS).
  • CO3: Analyze design strategies and evaluate software design using metrics such as coupling and cohesion.
  • CO4: Develop and execute test cases using various techniques to ensure software quality.
  • CO5: Evaluate maintenance models and reengineering techniques to manage software evolution and upkeep
15EMPLOYABILITY SKILLS -1$24MC2L03Second SemesterLab5
  • CO1: Demonstrate effective communication techniques and strategies for self-analysis and maintaining a positive attitude
  • CO2: Apply self-management techniques and understand various etiquette practices for personal and professional contexts
  • CO3: Develop skills in note-making letter writing and verbal
  • CO4: Analyze and apply techniques for effective group discussions and evaluate personal performance through mock discussions
  • CO5: Create a professional resume and demonstrate interview skills through mock interviews
16NETWORKS AND SECURITY LAB24MC2L02Second SemesterLab5
  • CO1: Implement data link layer framing methods like character and bit stuffing in C.
  • CO2: Develop a C program to compute CRC checksums using CRC-16 and CRCCCITT.
  • CO3: Implement Dijkstra's algorithm in C or Java to find the shortest path in a graph.
  • CO4: Calculate and present routing tables using the distance vector routing algorithm.
  • CO5: Write Java programs for encryption and decryption using various algorithms and key exchange mechanisms
17OBJECT ORIENTED PROGRAMMING USING JAVA LAB24MC2L01Second SemesterLab5
  • CO1: To understand how to design, implement, test, debug, and document programs that use basic data types and computation, simple I/O, structures, string handling and functions.
  • CO2: To understand the importance of Classes & objects along with constructors, Arrays and Vectors
  • CO3: Discuss the principles of inheritance, interface and packages and demonstrate through problem analysis assignments how they relate to the design of methods, abstract classes and interfaces and packages
  • CO4: To learn experience of designing, implementing, graphical user interfaces in Java using applet and AWT that respond to different user events.
  • CO5: To understand Java Swings for designing GUI applications based on MVC architecture.