PO/CO

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(After completion of B.Sc. Computer Science – 3 Years)

Students will be able to:

1. Problem Solving & Design:
   Formulate, model, and design computing solutions using appropriate tools and techniques to solve real-world problems effectively.
2. Software Development:
   Design and develop software systems in domains such as web development, networking, data science, cybersecurity, cloud computing, and IoT.
3. Application of Knowledge:
   Apply core concepts of computer science including algorithms, databases, operating systems, and software engineering to new and challenging situations.
4. Modern Tools Usage:
   Demonstrate proficiency in using modern tools, technologies, and programming languages required in the IT industry.
5. Innovation & Research Orientation:
   Develop innovative solutions and adapt to emerging technologies like AI, Machine Learning, Big Data, and Blockchain.
6. Software Engineering Practices:
   Apply standard software engineering principles such as requirement analysis, design, testing, and documentation in real-world projects.
7. Teamwork & Project Management:
   Work effectively as an individual and as a team member in multidisciplinary environments and manage projects efficiently.
8. Communication Skills:
   Communicate technical ideas effectively in both written and oral formats.
9. Ethics & Professional Responsibility:
   Understand ethical issues in computing and practice responsible use of technology and cybersecurity principles.
10. Lifelong Learning:
    Engage in continuous learning to adapt to rapidly evolving technologies and pursue higher education or research.

FYCS – Semester I (COs)

 Digital Systems & Architecture (NUCS101)

• CO1: Understand number systems, Boolean algebra, and logic gates
• CO2: Apply combinational and sequential circuit design concepts
• CO3: Analyze memory organization and processor architecture
• CO4: Understand microprocessor basics and system components

Fundamentals of Database Systems (NUCS102)

• CO1: Understand database concepts and ER models
• CO2: Design relational database schemas
• CO3: Apply SQL queries for data manipulation
• CO4: Implement normalization and database security

Computer Science Practical I (NUCS103)

• CO1: Implement digital logic using simulation tools
• CO2: Perform SQL operations on databases
• CO3: Design and execute basic computing tasks
• CO4: Apply theoretical concepts practically

Indian Financial Systems (NUCS104)

• CO1: Understand structure of financial systems
• CO2: Analyze banking and financial services
• CO3: Understand role of RBI and markets
• CO4: Apply financial literacy concepts

Social Media & Communication (NUCS105)

• CO1: Understand social media evolution
• CO2: Analyze communication models
• CO3: Evaluate digital ethics and privacy
• CO4: Use social media professionally

Python Programming (NUCS106)

• CO1: Write basic Python programs
• CO2: Use control structures and functions
• CO3: Apply data structures and file handling
• CO4: Solve real-world problems using Python

 

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FYCS – Semester II (COs)

Design & Analysis of Algorithm (NUCS201)

• CO1: Understand algorithm design techniques
• CO2: Analyze time and space complexity
• CO3: Apply sorting and searching algorithms
• CO4: Solve problems using algorithmic thinking

Object Oriented Programming (NUCS202)

• CO1: Understand OOP concepts (class, object, inheritance)
• CO2: Implement programs using OOP principles
• CO3: Apply polymorphism and encapsulation
• CO4: Develop modular applications

Computer Science Practical II (NUCS203)

• CO1: Implement OOP and algorithm programs
• CO2: Perform practical problem solving
• CO3: Develop logical programming skills
• CO4: Integrate concepts in real applications

Descriptive Statistics (NUCS204)

• CO1: Understand statistical measures
• CO2: Analyze data using statistical tools
• CO3: Apply probability concepts
• CO4: Interpret data insights

Web Designing (NUCS207)

• CO1: Design web pages using HTML, CSS
• CO2: Apply responsive design techniques
• CO3: Develop static web applications
• CO4: Understand UI/UX basics

 Advanced Python (NUCS208)

• CO1: Apply advanced Python concepts
• CO2: Work with libraries and modules
• CO3: Perform file and data handling
• CO4: Develop real-world applications

 

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 SYCS – Semester III (COs)

 Operating Systems (NUCS301)

• CO1: Understand OS concepts and functions
• CO2: Implement process scheduling techniques
• CO3: Apply memory management methods
• CO4: Analyze file systems and synchronization

 Theory of Computation (NUCS302)

• CO1: Understand automata and formal languages
• CO2: Analyze computational models
• CO3: Apply Turing machines concepts
• CO4: Solve computational problems

 Data Structures (NUCS303)

• CO1: Implement data structures (stack, queue, tree)
• CO2: Analyze algorithm efficiency
• CO3: Solve problems using data structures
• CO4: Optimize solutions

Java Programming (NUCS308)

• CO1: Develop Java applications
• CO2: Apply OOP concepts in Java
• CO3: Implement GUI programming
• CO4: Handle exceptions and files 

SYCS – Semester IV (COs)

Computer Networks (NUCS401)

• CO1: Understand networking concepts and models
• CO2: Analyze protocols and communication
• CO3: Implement network applications
• CO4: Evaluate network security

Software Engineering (NUCS402)

• CO1: Understand SDLC models
• CO2: Apply software design techniques
• CO3: Perform testing and debugging
• CO4: Develop software documentation

IoT Technologies (NUCS403)

• CO1: Understand IoT architecture
• CO2: Work with sensors and devices
• CO3: Develop IoT applications
• CO4: Analyze real-world IoT solutions

Mobile Application Development (NUCS408)

• CO1: Develop mobile apps
• CO2: Design UI/UX
• CO3: Integrate APIs
• CO4: Deploy applications

 

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 TYCS – Semester V (COs)

 Artificial Intelligence

• CO1: Understand AI concepts and agents
• CO2: Apply search algorithms
• CO3: Implement knowledge representation
• CO4: Use machine learning techniques

 Information Security

• CO1: Understand cryptography concepts
• CO2: Apply encryption techniques
• CO3: Analyze security threats
• CO4: Design secure systems

Project Management

• CO1: Understand project lifecycle
• CO2: Apply planning and scheduling
• CO3: Manage risks and resources
• CO4: Execute software projects

Full Stack Development

• CO1: Develop front-end and back-end
• CO2: Integrate databases
• CO3: Build full applications
• CO4: Deploy web systems

 

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TYCS – Semester VI (COs)

Data Science

• CO1: Understand data analysis techniques
• CO2: Apply statistical models
• CO3: Visualize data
• CO4: Build predictive models

Big Data Analytics

• CO1: Understand big data concepts
• CO2: Work with Hadoop/Spark
• CO3: Analyze large datasets
• CO4: Implement analytics solutions

 Cybersecurity

• CO1: Understand security threats
• CO2: Apply defense mechanisms
• CO3: Perform risk analysis
• CO4: Implement security systems

Machine Learning

• CO1: Understand ML algorithms
• CO2: Apply supervised/unsupervised learning
• CO3: Build models
• CO4: Evaluate performance