Anup Kumar Gouda

Years of Experience in Java Training Classes

8

Teaching Experience in detail in Java Training Classes

1. Introduction to Object Oriented Programming concepts (i) Principles of Object Oriented Programming, (Difference between Procedure Oriented and Object-oriented). All the four principles of Object Oriented Programming should be defined and explained using real-life examples (Data abstraction, Inheritance, Polymorphism, Encapsulation). (ii) Introduction to JAVA - Types of java programs – Applets and Applications, Java Compilation process, Java Source code, Byte code, Object code, Java Virtual Machine (JVM), Features of JAVA. Definition of Java applets and Java applications with examples, steps involved in compilation process, definitions of source code, byte code, object code, JVM, features of JAVA - Simple, Robust, secured, object oriented, platform-independent, etc. 1. Introduction to Object Oriented Programming concepts (i) Principles of Object Oriented Programming, (Difference between Procedure Oriented and Object-oriented). All the four principles of Object Oriented Programming should be defined and explained using real-life examples (Data abstraction, Inheritance, Polymorphism, Encapsulation). (ii) Introduction to JAVA - Types of java programs – Applets and Applications, Java Compilation process, Java Source code, Byte code, Object code, Java Virtual Machine (JVM), Features of JAVA. Definition of Java applets and Java applications with examples, steps involved in compilation process, definitions of source code, byte code, object code, JVM, features of JAVA - Simple, Robust, secured, object oriented, platform-independent, etc. 4. Operators in Java Forms of operators, Types of operators, Counters, Accumulators, Hierarchy of operators, ‘new’ operator, dot ( . ) operator. Forms of operators (Unary, Binary, Ternary), types of operators (Arithmetic, Relational, Logical, Assignment, Increment, Decrement, Shorthand operators), Discuss the precedence and associativity of operators, prefix and postfix, Creation of dynamic

Years of Experience in C++ Language Classes

8

Teaching Experience in detail in C++ Language Classes

Course Description: This course introduces the fundamental concepts of C++ programming, including syntax, data structures, algorithms, and object-oriented programming. Students will learn to write, compile, and debug C++ programs, and will develop problem-solving skills applicable to a variety of programming tasks. Learning Objectives: By the end of this course, students will be able to: Understand and use basic C++ syntax and semantics. Implement control structures, functions, and error handling. Utilize arrays, pointers, and dynamic memory management. Design and implement classes and objects. Apply object-oriented principles such as inheritance and polymorphism. Use standard libraries and understand the basics of file I/O. Develop and debug C++ programs using modern development tools. Prerequisites: Basic understanding of programming concepts and prior experience with another programming language (recommended, but not required). Course Outline: Week 1: Introduction to C++ Overview of C++ history and features Setting up the development environment Writing and compiling the first C++ program Basic syntax: comments, variables, data types Week 2: Control Structures Operators and expressions Conditional statements (if, switch) Loops (for, while, do-while) Week 3: Functions Function definition and declaration Parameter passing (by value, by reference) Function overloading Recursion Week 4: Arrays and Strings One-dimensional and multi-dimensional arrays Character arrays and C-style strings Introduction to the string class in the Standard Library Week 5: Pointers and Dynamic Memory Pointers and pointer arithmetic Dynamic memory allocation and deallocation (new, delete) Arrays and pointers Week 6: Structures and Enumerations Defining and using structures Nested structures Enumerations Week 7: Classes and Objects Introduction to object-oriented programming Defining classes and creating objects Constructors and destructors Member functions and access specifiers Week 8: Operator Overloading and Friend Functions Overloading operators for user-defined types Friend functions and friend classes Week 9: Inheritance Base and derived classes Types of inheritance (single, multiple, hierarchical) Constructors and destructors in inheritance Week 10: Polymorphism Pointers to base class Virtual functions and pure virtual functions Abstract classes and interfaces Week 11: Templates Function templates Class templates Standard Template Library (STL) basics: vectors, lists, and iterators Week 12: Exception Handling Basics of exception handling try, catch, and throw statements Standard exceptions Week 13: File I/O Reading from and writing to files File streams (ifstream, ofstream, fstream) Error handling in file operations Week 14: Advanced Topics (Optional) Introduction to multi-threading Networking basics Overview of the C++11/14/17/20 features Week 15: Project Week Students will work on a comprehensive project that integrates the topics covered in the course. Project presentations and code reviews Assessment: Weekly programming assignments (40%) Mid-term exam (20%) Final exam (20%) Final project (20%)

Years of Experience in C Language Classes

8

Teaching Experience in detail in C Language Classes

Course Description: This course provides a thorough introduction to the C programming language, covering its syntax, semantics, and the foundational concepts of procedural programming. Students will learn to write, compile, and debug C programs, gaining skills that are essential for software development and further studies in computer science. Learning Objectives: By the end of this course, students will be able to: Understand and use the basic syntax and semantics of the C language. Implement control structures and functions. Work with arrays, pointers, and strings. Manage dynamic memory. Utilize structures and unions. Perform file I/O operations. Develop, compile, and debug C programs using standard development tools. Prerequisites: Basic understanding of programming concepts and logic (recommended, but not required). Course Outline: Week 1: Introduction to C Programming History and features of C Setting up the development environment Writing and compiling the first C program Basic syntax: comments, variables, data types, and keywords Week 2: Control Structures Operators and expressions Conditional statements (if, else if, else, switch) Looping structures (for, while, do-while) Using breaks and continue Week 3: Functions Function definition and declaration Parameter passing (by value) Scope and lifetime of variables Recursive functions Week 4: Arrays and Strings One-dimensional arrays Multi-dimensional arrays Character arrays and string manipulation String functions in the C standard library Week 5: Pointers Introduction to pointers and pointer arithmetic Pointers and arrays Pointers to functions Pointers to pointers Week 6: Dynamic Memory Allocation Memory management functions: malloc, calloc, really, free Dynamic arrays Common pitfalls and best practices in dynamic memory management Week 7: Structures and Unions Defining and using structures Nested structures Arrays of structures Introduction to unions Differences between structures and unions Week 8: File Input/Output File operations: opening, closing, reading, and writing files File handling functions: fopen, fclose, fread, fwrite, fprintf, fscanf Error handling in file operations Week 9: Preprocessor Directives Introduction to the C preprocessor Macros and #define Conditional compilation: #ifdef, #ifndef, #if, #else, #elif, #endif Inclusion of header files Week 10: Advanced Topics Command-line arguments Bitwise operators and bit manipulation Typedef and typecasting Introduction to linked lists Week 11: Debugging and Optimization Debugging techniques and tools (e.g., gdb) Common runtime errors and their resolution Code optimization techniques Writing efficient C code Week 12: Comprehensive Project Students will work on a comprehensive project that integrates the topics covered in the course. Project planning, implementation, and testing Project presentations and code reviews Assessment: Weekly programming assignments (40%) Mid-term exam (20%) Final exam (20%) Final project (20%)

Years of Experience in Computer Classes

8

Teaching Experience in detail in Computer Classes

Course Description: This course provides an introduction to the fundamental concepts of computers and information technology. Students will learn about the history, components, functions, and applications of computers, as well as basic principles of software and hardware, networking, and internet technologies. Learning Objectives: By the end of this course, students will be able to: Understand the history and evolution of computers. Identify and describe the basic components of a computer system. Understand how software and hardware interact. Comprehend the basics of operating systems and application software. Grasp fundamental concepts of networking and internet technologies. Apply basic principles of data management and cybersecurity. Prerequisites: None. This course is designed for students with little to no prior knowledge of computers. Course Outline: Week 1: Introduction to Computers History and evolution of computers Types of computers (supercomputers, mainframes, personal computers, etc.) Overview of computer applications in various fields Week 2: Basic Computer Components Input devices (keyboard, mouse, scanner, etc.) Output devices (monitor, printer, speakers, etc.) Storage devices (hard drives, SSDs, USB drives, cloud storage) Week 3: Computer Hardware Central Processing Unit (CPU): functions and components Memory: RAM, ROM, and cache Motherboard and peripheral devices Power supply and cooling systems Week 4: Software Basics Types of software: system software vs. application software Operating systems (OS): functions and examples (Windows, macOS, Linux) Introduction to application software (word processors, spreadsheets, databases) Week 5: Operating Systems Functions and types of operating systems User interfaces: command-line vs. graphical user interfaces (GUI) File management and system utilities Introduction to OS installation and configuration Week 6: Networking Fundamentals Basic concepts of computer networks Types of networks: LAN, WAN, MAN, PAN Networking hardware: routers, switches, modems, and access points Introduction to networking protocols (TCP/IP, HTTP, FTP) Week 7: The Internet and Web Technologies History and structure of the internet How the Internet works: ISPs, IP addresses, and DNS Introduction to web browsers and search engines Basics of web development: HTML, CSS, and JavaScript Week 8: Data Management Basics of data and information Introduction to databases and Database Management Systems (DBMS) Data storage and retrieval Overview of SQL and database queries Week 9: Cybersecurity Basics Introduction to cybersecurity and its importance Common threats: viruses, malware, phishing, and hacking Basic principles of data protection and encryption Best practices for safe computing Week 10: Emerging Technologies Overview of emerging technologies: AI, IoT, blockchain, and cloud computing Impact of emerging technologies on society and industry Ethical considerations in computing Week 11: Practical Applications Hands-on activities: setting up a computer, installing software, and basic troubleshooting Basic programming concepts and introductory coding exercises Creating and managing files and folders Week 12: Course Review and Final Project Review of key concepts covered in the course Final project: students will apply what they've learned to a practical problem or scenario Project presentations and discussions Assessment: Weekly quizzes and assignments (30%) Mid-term exam (20%) Final exam (20%) Final project (30%)

Years of Experience in Python Training classes

8

Teaching Experience in detail in Python Training classes

Course Description: This course introduces students to the fundamentals of Python programming, focusing on writing simple programs, understanding data structures, and implementing algorithms. The course aligns with the CBSE Class XII curriculum, preparing students for the board examinations and providing a solid foundation in Python for further studies. Learning Objectives: By the end of this course, students will be able to: Understand and use basic Python syntax and semantics. Implement control structures and functions. Utilize data structures such as lists, tuples, dictionaries, and sets. Understand and apply object-oriented programming concepts. Work with file input/output operations. Develop and debug Python programs. Prerequisites: Basic understanding of programming concepts, preferably having completed the Class XI Computer Science course. Course Outline: Unit 1: Review of Class XI Python Topics Basics of Python: syntax, variables, data types Operators and expressions Conditional statements: if, if-else, nested if-else Loops: for, while, nested loops Unit 2: Functions Definition and declaration of functions Function parameters and return values Scope of variables: local and global Recursive functions Lambda functions Unit 3: Data Structures in Python Lists: operations, methods, list comprehension Tuples: operations, immutability Dictionaries: operations, methods, dictionary comprehension Sets: operations, methods Unit 4: Object-Oriented Programming Introduction to classes and objects Defining classes and creating objects Constructor (__init__ method) Class and instance variables Methods: defining and using Inheritance and polymorphism Unit 5: File Handling Types of files: text and binary Opening, reading, and writing text files Working with binary files Using statements for file operations Handling file exceptions Unit 6: Modules and Packages Importing modules and using built-in functions Creating and using user-defined modules Introduction to Python Standard Library Using packages Unit 7: Exception Handling Understanding exceptions Try, except, else, and finally blocks Raising exceptions Handling multiple exceptions Unit 8: Advanced Topics (Optional) Introduction to regular expressions Basics of data visualization using libraries like Matplotlib Introduction to Databases and SQL Basic networking concepts Practical Work: Writing and executing Python programs for each unit Implementing a mini-project that integrates various concepts learned throughout the course Regular assignments and hands-on exercises Assessment: Periodic tests and quizzes (30%) Practical assignments and lab work (30%) Mid-term exam (20%) Final project and presentation (20%)