Information Technology
Course – Advance Diploma in Computer Applications (ADCA)
Duration – 30 Days / 60 Hrs
Course Description
Week 1: Basic Computer Fundamentals and Operating Systems (12 hours)
Day 1-2: Introduction to Computers and Operating Systems
- Day 1 (4 hours): Introduction to computers, components, and peripherals.
- Day 2 (4 hours): Overview of operating systems (Windows, Linux, macOS), file management.
Day 3-4: Introduction to Word Processing
- Day 3 (2 hours): Introduction to Microsoft Word or equivalent, basic formatting, editing.
- Day 4 (2 hours): Advanced formatting, tables, graphics, and templates.
Day 5-6: Introduction to Spreadsheets
- Day 5 (2 hours): Introduction to Microsoft Excel or equivalent, data entry, basic formulas.
- Day 6 (2 hours): Advanced formulas and functions, data analysis tools.
Week 2: Database Management and Presentation Software (12 hours)
Day 7-8: Introduction to Databases
- Day 7 (3 hours): Introduction to Microsoft Access or equivalent, database concepts, creating tables.
- Day 8 (3 hours): Queries, forms, reports, and database management tasks.
Day 9-10: Introduction to Presentation Software
- Day 9 (3 hours): Introduction to Microsoft PowerPoint or equivalent, creating slides, adding content.
- Day 10 (3 hours): Slide layouts, animations, transitions, and presentation tips.
Week 3: Web Development and Internet Concepts (12 hours)
Day 11-12: HTML and CSS Basics
- Day 11 (3 hours): Introduction to HTML, structure, tags, and basic elements.
- Day 12 (3 hours): Introduction to CSS, styling HTML elements, selectors, and properties.
Day 13-14: JavaScript Fundamentals
- Day 13 (3 hours): Introduction to JavaScript, variables, data types, operators.
- Day 14 (3 hours): Functions, arrays, loops, and basic DOM manipulation.
Week 4: Advanced Topics and Practical Applications (12 hours)
Day 15-16: Advanced Excel and Data Analysis
- Day 15 (3 hours): Advanced functions (VLOOKUP, IF statements, etc.), pivot tables.
- Day 16 (3 hours): Data analysis tools (What-If analysis, Solver), charts and graphs.
Day 17-18: Introduction to Programming Concepts
- Day 17 (3 hours): Introduction to programming logic, algorithms, and flowcharts.
- Day 18 (3 hours): Introduction to a programming language (Python recommended), variables, control structures.
Week 5: Practical Projects and Hands-on Sessions (12 hours)
Day 19-20: Project Work
- Day 19 (6 hours): Work on practical projects integrating learned concepts (e.g., database application, web page).
- Day 20 (6 hours): Finalize projects, presentations, and peer reviews.
Week 6: Review, Assessment, and Certification (10 hours)
Day 21-22: Revision and Practice
- Day 21 (5 hours): Review of key topics, practice exercises, and quizzes.
- Day 22 (5 hours): Preparation for assessments, Q&A session.
Day 23-24: Assessment and Certification
- Day 23 (5 hours): Written and practical assessments.
- Day 24 (5 hours): Certification ceremony, feedback session, course completion.
Additional Considerations:
- Assignments and Exercises: Include hands-on exercises and assignments after each module to reinforce learning.
- Resources: Provide supplementary reading materials, online tutorials, and recommended websites for further exploration.
- Guest Lectures: Invite industry experts for specific sessions (e.g., web developers, database administrators).
- Feedback Mechanism: Implement regular feedback sessions to gauge participant understanding and address any concerns.
Certification: Upon successful completion of the course, participants will receive the certificate.
Course –Advanced Java
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Core Java Review and Advanced OOP (15 hours)
Day 1-2: Review of Core Java Concepts
- Day 1 (3 hours): Overview of Java programming basics (variables, data types, operators).
- Day 2 (3 hours): Control flow statements (if-else, switch-case, loops) and arrays.
Day 3-4: Object-Oriented Programming (OOP) in Java
- Day 3 (3 hours): Classes, objects, constructors, methods, and encapsulation.
- Day 4 (3 hours): Inheritance, polymorphism, abstract classes, and interfaces.
Day 5: Exception Handling and File Handling
- Day 5 (3 hours): Exception handling (try-catch-finally, throw, throws) and file handling in Java.
Week 2: Advanced Java Concepts and Data Structures (15 hours)
Day 6-7: Generics and Collections Framework
- Day 6 (3 hours): Introduction to generics and parameterized classes/methods.
- Day 7 (3 hours): Overview of the Java Collections Framework (lists, sets, maps, iterators).
Day 8-9: Multithreading and Concurrency
- Day 8 (3 hours): Basics of multithreading, creating and managing threads.
- Day 9 (3 hours): Synchronization, concurrent collections, and thread safety.
Day 10: JDBC and Database Connectivity
- Day 10 (3 hours): Introduction to JDBC (Java Database Connectivity), connecting to databases, executing SQL queries.
Week 3: Advanced Topics and Frameworks (15 hours)
Day 11-12: Introduction to Java EE and Servlets
- Day 11 (3 hours): Overview of Java EE architecture, servlet lifecycle, and servlet API.
- Day 12 (3 hours): Servlet configuration, request and response handling, session management.
Day 13-14: Introduction to Spring Framework
- Day 13 (3 hours): Introduction to Spring Framework, IoC (Inversion of Control) and DI (Dependency Injection).
- Day 14 (3 hours): Spring MVC framework, controllers, views, and handling forms.
Day 15: Introduction to Hibernate
- Day 15 (3 hours): Overview of Hibernate ORM (Object-Relational Mapping), configuring Hibernate, CRUD operations.
Week 4: Advanced Java Applications and Project (15 hours)
Day 16-17: RESTful Web Services with JAX-RS
- Day 16 (3 hours): Introduction to RESTful architecture, JAX-RS API, and resource classes.
- Day 17 (3 hours): Implementing RESTful services with Jersey (or another JAX-RS implementation).
Day 18-19: Introduction to Microservices with Spring Boot
- Day 18 (3 hours): Overview of microservices architecture, introduction to Spring Boot.
- Day 19 (3 hours): Creating and deploying a simple microservice using Spring Boot.
Day 20: Final Project and Review
- Day 20 (3 hours): Participants work on a final project integrating learned concepts (e.g., CRUD application with Spring and Hibernate).
- Day 21 (2 hours): Final presentations, project review, and Q&A session.
Additional Considerations:
- Assignments and Exercises: Include coding exercises, quizzes, and mini-projects throughout to reinforce learning.
- Resources: Provide recommended reading materials, online tutorials, and documentation for further exploration.
- Guest Speakers: Invite industry professionals for sessions on real-world Java applications or specific frameworks.
- Feedback Sessions: Regularly scheduled feedback sessions to assess participant progress and address queries
Certification: Upon successful completion of the course, participants will receive the certificate.
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Introduction to C Programming (12 hours)
Day 1-2: Introduction and Setup
- Day 1 (2 hours): Overview of C programming language, history, characteristics, and importance.
- Day 2 (2 hours): Setting up the development environment (IDEs, compilers), writing and compiling a basic “Hello, World!” program.
Day 3-4: Variables, Data Types, and Operators
- Day 3 (2 hours): Variables, constants, data types (int, float, char), and type modifiers.
- Day 4 (2 hours): Operators in C (arithmetic, relational, logical, bitwise), expressions, and precedence.
Day 5-6: Control Structures
- Day 5 (2 hours): Conditional statements (if, else if, else), switch-case statement.
- Day 6 (2 hours): Looping statements (for, while, do-while), nested loops.
Day 7: Functions
- Day 7 (2 hours): Introduction to functions, function declaration, definition, calling functions, function prototypes.
Week 2: Arrays, Strings, and Pointers (12 hours)
Day 8-9: Arrays
- Day 8 (2 hours): Introduction to arrays, declaring and initializing arrays, accessing array elements.
- Day 9 (2 hours): Single-dimensional and multi-dimensional arrays, array operations.
Day 10-11: Strings
- Day 10 (2 hours): Introduction to strings in C, string functions (strcpy, strcat, strlen), string input/output.
- Day 11 (2 hours): Handling strings, string manipulation, string operations.
Day 12-13: Pointers
- Day 12 (2 hours): Introduction to pointers, pointer declaration, accessing pointer variables.
- Day 13 (2 hours): Pointer arithmetic, pointers and arrays, pointers to functions.
Week 3: Advanced Concepts and File Handling (12 hours)
Day 14-15: Structures and Unions
- Day 14 (2 hours): Introduction to structures, declaring structures, accessing structure members.
- Day 15 (2 hours): Nested structures, structure operations, introduction to unions.
Day 16-17: Dynamic Memory Allocation
- Day 16 (2 hours): Introduction to dynamic memory allocation (malloc, calloc, realloc, free).
- Day 17 (2 hours): Memory management, dynamic arrays, linked lists basics.
Day 18-19: File Handling
- Day 18 (2 hours): Introduction to file handling in C, file operations (opening, closing, reading, writing).
- Day 19 (2 hours): Sequential and random access files, handling text and binary files.
Week 4: Advanced Topics and Application Development (9 hours)
Day 20-21: Preprocessor Directives and Macros
- Day 20 (2 hours): Introduction to preprocessor directives (#define, #include, conditional compilation).
- Day 21 (2 hours): Macros, macro functions, debugging with macros.
Day 22-23: Advanced Topics
- Day 22 (2 hours): Enumerations, typedef, bitwise operations.
- Day 23 (2 hours): Recursion, function pointers, command-line arguments.
Day 24-25: Application Development
- Day 24 (2 hours): Designing and implementing small projects using C concepts learned.
- Day 25 (1 hour): Project presentations, code review, and feedback.
Week 5: Review and Assessment (3 hours)
Day 26-27: Review Sessions
- Day 26 (2 hours): Comprehensive review of key concepts, solving practice problems.
- Day 27 (1 hour): Q&A session, addressing doubts and clarifications.
Day 28-30: Final Exam and Certification
- Day 28 (2 hours): Final exam covering theoretical and practical aspects of C programming.
Day 29-30 (3 hours): Certification distribution, course feedback, closing remarks.
Certification: Upon successful completion of the course, participants will receive the certificate.
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Introduction to C++ (10 hours)
Day 1-2: Basics of Programming and C++ Fundamentals
- Day 1 (2 hours): Introduction to programming, basics of C++, and setting up the development environment.
- Day 2 (2 hours): Variables, data types, operators, and basic input/output operations in C++.
Day 3-4: Control Flow and Functions
- Day 3 (2 hours): Control structures (if, else, switch) and loops (while, do-while, for).
- Day 4 (2 hours): Functions: defining functions, function parameters, return values, function overloading.
Day 5: Arrays and Strings
- Day 5 (2 hours): Arrays: declaration, initialization, accessing elements, multi-dimensional arrays.
- Day 6 (2 hours): Strings in C++, string manipulation functions, and string handling.
Week 2: Object-Oriented Programming (OOP) in C++ (15 hours)
Day 7-8: Classes and Objects
- Day 7 (3 hours): Introduction to classes and objects, constructors, destructors, and member functions.
- Day 8 (3 hours): Encapsulation, access specifiers (public, private, protected), and member functions.
Day 9-10: Inheritance and Polymorphism
- Day 9 (3 hours): Inheritance: deriving classes, base class, derived class, types of inheritance.
- Day 10 (3 hours): Polymorphism: function overloading, overriding, virtual functions, abstract classes.
Day 11-12: Advanced OOP Concepts
- Day 11 (3 hours): Operator overloading, friend functions, static members, const member functions.
- Day 12 (3 hours): Templates: function templates, class templates, and generic programming concepts in C++.
Week 3: Advanced Topics and Practical Applications (15 hours)
Day 13-14: File Handling and Exception Handling
- Day 13 (3 hours): File handling in C++: reading from and writing to files.
- Day 14 (3 hours): Exception handling: try, catch, throw, and handling exceptions in C++ programs.
Day 15-16: Standard Template Library (STL)
- Day 15 (3 hours): Introduction to STL: containers (vectors, lists, maps), iterators.
- Day 16 (3 hours): Algorithms in STL: sorting, searching, and manipulating data using STL algorithms.
Day 17-18: Practical Coding Exercises and Projects
- Day 17 (3 hours): Hands-on coding exercises covering topics from weeks 1-3.
- Day 18 (3 hours): Project work: implementing a small-scale C++ application or project, applying learned concepts.
Week 4: Review, Practice, and Final Assessment (5 hours)
Day 19-20: Review Sessions
- Day 19 (2 hours): Review of key concepts, Q&A session, and clarifying doubts.
- Day 20 (2 hours): Practice tests and quizzes to assess understanding and readiness for final assessment.
Day 21-22: Final Projects and Assessment
- Day 21 (3 hours): Participants work on and present their final projects or assignments.
- Day 22 (2 hours): Final assessment: written test or practical exam covering all aspects of the course.
Additional Considerations:
- Assignments and Feedback: Regular assignments and feedback sessions to reinforce learning and provide guidance.
- Resources: Provide supplementary resources such as online tutorials, C++ reference materials, and recommended readings.
- Coding Environment: Ensure participants have access to a suitable C++ development environment (e.g., IDE like Visual Studio, Code::Blocks, or online compilers).
Certification: Upon successful completion of the course, participants will receive the certificate.
Course – Core JAVA
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Introduction to Java Basics (12 hours)
Day 1-2: Introduction to Java
- Day 1 (2 hours): Overview of Java programming language, history, features, and applications.
- Day 2 (2 hours): Setting up Java development environment (JDK, IDEs like Eclipse or IntelliJ IDEA).
Day 3-4: Java Syntax and Variables
- Day 3 (2 hours): Basic syntax rules, data types, variables, and operators.
- Day 4 (2 hours): Control flow statements: if, else, switch, loops (while, do-while, for).
Day 5-6: Methods and Classes
- Day 5 (2 hours): Introduction to methods, method parameters, return types.
- Day 6 (2 hours): Creating and using classes and objects in Java.
Day 7: Object-Oriented Programming Basics
- Day 7 (2 hours): Object-oriented programming (OOP) concepts: encapsulation, inheritance, polymorphism.
Week 2: Intermediate Java Concepts (15 hours)
Day 8-9: Arrays and Strings
- Day 8 (2 hours): Working with arrays: declaration, initialization, and manipulation.
- Day 9 (2 hours): String class in Java: methods and operations.
Day 10-11: Exception Handling
- Day 10 (2 hours): Handling exceptions in Java: try-catch, finally blocks, throwing exceptions.
- Day 11 (2 hours): Custom exceptions and best practices in exception handling.
Day 12-13: File Handling
- Day 12 (2 hours): Reading from and writing to files in Java.
- Day 13 (2 hours): Working with streams: byte streams and character streams.
Day 14: Introduction to Collections Framework
- Day 14 (2 hours): Overview of Java Collections Framework (ArrayList, LinkedList, HashMap, etc.).
Day 15-16: Generics and Enums
- Day 15 (2 hours): Introduction to generics: generic classes, methods, and wildcard types.
- Day 16 (2 hours): Enums in Java: defining, using, and benefits of using enums.
Week 3: Advanced Java Topics (13 hours)
Day 17-18: Multithreading
- Day 17 (2 hours): Introduction to multithreading, creating and managing threads in Java.
- Day 18 (2 hours): Synchronization, thread communication, and thread safety.
Day 19-20: Java IO and NIO
- Day 19 (2 hours): Overview of Java IO vs. NIO.
- Day 20 (2 hours): File channels, buffers, and non-blocking IO.
Day 21-22: JDBC and Database Connectivity
- Day 21 (2 hours): JDBC fundamentals: connecting to databases, executing queries.
- Day 22 (2 hours): Handling transactions, batch processing, and best practices in JDBC.
Day 23-24: Introduction to Networking in Java
- Day 23 (2 hours): Basics of networking: sockets, TCP/IP communication in Java.
- Day 24 (2 hours): URL handling, HTTP connections, and networking best practices.
Week 4: Application Development and Wrap-Up (5 hours)
Day 25-26: GUI Programming with Swing
- Day 25 (2 hours): Introduction to Swing components and event handling.
- Day 26 (2 hours): Building simple GUI applications using Swing.
Day 27-28: Introduction to JavaFX
- Day 27 (2 hours): Overview of JavaFX and its features.
- Day 28 (2 hours): Building modern GUI applications with JavaFX.
Day 29-30: Project Work and Review
- Day 29 (2 hours): Participants work on a small Java project incorporating concepts learned.
- Day 30 (3 hours): Final project presentations, review of key concepts, Q&A session, course wrap-up.
Additional Considerations:
- Assignments and Exercises: Include coding exercises and quizzes throughout the course to reinforce learning.
- Resources: Provide recommended readings, online tutorials, and documentation for further exploration.
- Guest Lectures: Invite industry professionals for sessions on real-world Java applications or career advice.
Certification: Upon successful completion of the course, participants will receive the certificate.
Course – Data Structure
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Introduction to Data Structures (12 hours)
Day 1-2: Introduction to Data Structures
- Day 1 (2 hours): Overview of data structures, importance in programming, types of data structures (arrays, linked lists, stacks, queues).
- Day 2 (2 hours): Basics of algorithms and their relationship with data structures, complexity analysis (time and space).
Day 3-4: Arrays and Linked Lists
- Day 3 (3 hours): Arrays: operations, advantages, disadvantages, implementation in different programming languages.
- Day 4 (3 hours): Linked Lists: singly linked lists, doubly linked lists, operations, comparison with arrays, implementation.
Day 5: Stacks and Queues
- Day 5 (2 hours): Stacks: operations (push, pop, peek), applications (expression evaluation, function calls), implementation.
- Day 5 (2 hours): Queues: operations (enqueue, dequeue, peek), types (circular queue, priority queue), implementation.
Week 2: Advanced Data Structures (12 hours)
Day 6-7: Trees
- Day 6 (3 hours): Introduction to trees: binary trees, binary search trees (BST), operations (insertion, deletion, search), traversal algorithms (inorder, preorder, postorder).
- Day 7 (3 hours): Balanced trees: AVL trees, Red-Black trees, advantages, implementation, applications.
Day 8-9: Heaps and Hash Tables
- Day 8 (3 hours): Heaps: max heap, min heap, heap operations (insert, delete, build heap), applications (priority queues).
- Day 9 (3 hours): Hash tables: hash function, collision handling (open addressing, chaining), operations (insertion, deletion, search), implementation.
Day 10: Graphs
- Day 10 (2 hours): Introduction to graphs: types (directed, undirected), representation (adjacency matrix, adjacency list), traversal algorithms (DFS, BFS).
Week 3: Applications and Advanced Topics (11 hours)
Day 11-12: Sorting and Searching Algorithms
- Day 11 (3 hours): Sorting algorithms: bubble sort, selection sort, insertion sort, merge sort, quick sort, heap sort, analysis and comparison.
- Day 12 (3 hours): Searching algorithms: linear search, binary search, interpolation search, analysis and comparison.
Day 13-14: Advanced Topics
- Day 13 (3 hours): Dynamic programming: principles, examples (Fibonacci series, knapsack problem).
- Day 14 (2 hours): Advanced data structure applications: disjoint-set, trie, segment tree.
Week 4: Practical Implementation and Review (10 hours)
Day 15-17: Implementation Projects
- Day 15-16 (6 hours): Participants work on practical projects implementing various data structures and algorithms.
- Day 17 (2 hours): Review and discussion of projects, troubleshooting, Q&A session.
Day 18-19: Case Studies and Real-World Applications
- Day 18 (3 hours): Case studies of real-world applications using data structures and algorithms.
- Day 19 (2 hours): Discussion on scalability, performance optimization, and modern trends in data structures.
Day 20-21: Final Projects and Assessment
- Day 20 (3 hours): Participants work on final projects applying all learned concepts.
- Day 21 (2 hours): Final presentations and assessment of projects, course wrap-up, feedback session.
Additional Considerations:
- Assignments and Exercises: Include hands-on coding exercises, assignments, and quizzes throughout the course.
- Resources: Provide supplementary reading materials, online tutorials, and coding challenges for further practice.
- Guest Speakers: Invite professionals from software engineering or data science fields for guest lectures on practical applications.
- Feedback Sessions: Conduct regular feedback sessions to monitor participant progress and address any queries or difficulties.
Certification: Upon successful completion of the course, participants will receive the certificate.
Course – Full Stack Developer
Duration – 90 Day / 135 Hrs
Course Description
Phase 1: Front-End Development (45 hours)
Week 1-2: Introduction to Front-End Technologies
- Week 1 (10 hours):
- Day 1 (2 hours): Introduction to HTML5 and semantic markup.
- Day 2 (2 hours): Styling with CSS3 including Flexbox and Grid layouts.
- Day 3 (2 hours): Responsive design principles and frameworks like Bootstrap.
- Day 4 (2 hours): Introduction to JavaScript (ES6+), variables, data types, and operators.
- Day 5 (2 hours): DOM manipulation and event handling in JavaScript.
- Week 2 (10 hours):
- Day 6 (2 hours): Advanced JavaScript concepts: functions, scope, closures.
- Day 7 (2 hours): Asynchronous JavaScript: Promises and async/await.
- Day 8 (2 hours): Introduction to Version Control with Git and GitHub.
- Day 9 (2 hours): Introduction to Front-End Frameworks (e.g., React.js or Vue.js).
- Day 10 (2 hours): Building a single-page application (SPA) with the chosen framework.
Week 3: Advanced Front-End Development
- Week 3 (10 hours):
- Day 11-12 (4 hours): State management with Redux (if using React) or Vuex (if using Vue.js).
- Day 13 (2 hours): Routing in SPA and handling navigation.
- Day 14 (2 hours): Consuming RESTful APIs with Axios or Fetch API.
- Day 15 (2 hours): Advanced styling techniques (CSS preprocessors like Sass/SCSS).
Phase 2: Back-End Development (60 hours)
Week 4-6: Introduction to Back-End Technologies
- Week 4 (15 hours):
- Day 16-17 (4 hours): Introduction to Node.js and Express.js framework.
- Day 18 (3 hours): Building RESTful APIs with Node.js and Express.js.
- Day 19 (3 hours): Authentication and authorization using JWT (JSON Web Tokens).
- Day 20 (3 hours): Database fundamentals (SQL vs. NoSQL databases).
- Week 5 (15 hours):
- Day 21-22 (4 hours): Working with databases in Node.js (e.g., MongoDB with Mongoose).
- Day 23 (3 hours): Testing APIs using tools like Postman and writing unit tests with Jest.
- Day 24 (3 hours): Error handling and logging in Node.js applications.
- Day 25 (5 hours): Building a CRUD application with Node.js, Express.js, and MongoDB.
Week 7-8: Advanced Back-End Development
- Week 7 (15 hours):
- Day 26-27 (4 hours): Deployment fundamentals: Docker containers and container orchestration (e.g., Kubernetes).
- Day 28 (3 hours): Continuous Integration and Continuous Deployment (CI/CD) pipelines.
- Day 29 (4 hours): Implementing GraphQL APIs (optional, depending on course focus).
- Day 30 (4 hours): Performance optimization and scaling Node.js applications.
- Week 8 (15 hours):
- Day 31-32 (4 hours): Security best practices in web development (OWASP Top 10).
- Day 33 (3 hours): Introduction to server-side rendering (e.g., Next.js for React).
- Day 34 (3 hours): Real-time applications with WebSockets and Socket.IO.
- Day 35 (5 hours): Final project phase 1: Planning and beginning implementation.
Phase 3: Final Projects and Application (30 hours)
Week 9-10: Final Project and Application
- Week 9-10 (30 hours):
- Day 36-45 (30 hours): Final project phase 2: Implementation, testing, and deployment.
- Day 46-50 (10 hours): Final project presentations and feedback sessions.
Additional Considerations:
- Assignments and Exercises: Include hands-on coding exercises, mini-projects, and quizzes throughout each phase to reinforce learning.
- Resources: Provide supplementary reading materials, video tutorials, and documentation links for deeper understanding.
- Guest Speakers: Invite industry professionals for guest lectures on specific topics (e.g., DevOps, security).
- Feedback Sessions: Conduct regular feedback sessions to gauge participant understanding and address any queries.
Certification: Upon successful completion of the course, participants will receive the certificate.
Course – Manual Testing
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Introduction to Manual Testing (12 hours)
Day 1-2: Basics of Software Testing
- Day 1 (3 hours): Introduction to software testing, types of testing (functional, non-functional, etc.), importance of manual testing.
- Day 2 (3 hours): Software development life cycle (SDLC) overview, role of manual testing in SDLC.
Day 3-4: Test Planning and Test Cases
- Day 3 (3 hours): Test planning process, understanding requirements and specifications.
- Day 4 (3 hours): Writing effective test cases, test case design techniques.
Day 5-6: Test Execution and Reporting
- Day 5 (3 hours): Test execution process, logging defects, and defect life cycle.
- Day 6 (3 hours): Test reporting, creating test summary reports, and metrics in testing.
Week 2: Advanced Manual Testing Techniques (15 hours)
Day 7-8: Test Design Techniques
- Day 7 (3 hours): Equivalence partitioning, boundary value analysis, decision table testing.
- Day 8 (3 hours): State transition testing, use case testing, and exploratory testing.
Day 9-10: Testing Techniques Continued
- Day 9 (3 hours): Regression testing, smoke testing, sanity testing.
- Day 10 (3 hours): Ad-hoc testing, usability testing, compatibility testing.
Day 11-12: Specialized Testing and Tools
- Day 11 (3 hours): Accessibility testing, localization testing, and security testing basics.
- Day 12 (3 hours): Introduction to testing tools (e.g., JIRA for defect tracking, TestRail for test case management).
Week 3: Practical Application and Case Studies (12 hours)
Day 13-14: Test Execution and Case Studies
- Day 13 (3 hours): Hands-on test execution practice on sample applications.
- Day 14 (3 hours): Case studies of real-world testing scenarios and challenges.
Day 15-16: Test Management and Documentation
- Day 15 (3 hours): Test management techniques, test documentation best practices.
- Day 16 (3 hours): Reviewing test documentation, importance of traceability.
Week 4: Quality Assurance and Final Projects (6 hours)
Day 17-18: Quality Assurance Principles
- Day 17 (3 hours): Introduction to quality assurance (QA) principles, role of QA in software testing.
- Day 18 (3 hours): QA processes and methodologies, continuous improvement in testing.
Day 19-20: Final Projects and Assessment
- Day 19 (3 hours): Participants work on final testing projects applying all learned concepts.
- Day 20 (3 hours): Final presentations and assessment of projects, Q&A session, course wrap-up.
Additional Considerations:
- Assignments and Exercises: Include practical exercises, assignments, and quizzes throughout the course to reinforce learning.
- Resources: Provide supplementary reading materials, testing templates, and industry standards (e.g., ISTQB syllabus).
- Guest Speakers: Invite guest speakers from the industry for specific sessions (e.g., QA managers, manual testers).
- Feedback Sessions: Conduct regular feedback sessions to gauge participant understanding and address any queries.
Certification: Upon successful completion of the course, participants will receive the certificate.
Course – .Net
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Introduction to .NET Basics (12 hours)
Day 1-2: Introduction to .NET Framework and .NET Core
- Day 1 (3 hours): Overview of .NET ecosystem, differences between .NET Framework and .NET Core, introduction to .NET 5/6.
- Day 2 (3 hours): Setting up development environment (Visual Studio, Visual Studio Code), installing .NET SDK, basic command-line tools.
Day 3-4: C# Programming Basics
- Day 3 (3 hours): Introduction to C# programming language: syntax, data types, variables, operators, control flow (if-else, loops).
- Day 4 (3 hours): Methods, classes, objects, constructors, and basic object-oriented programming principles.
Day 5: Exception Handling and Debugging
- Day 5 (3 hours): Exception handling in C#, debugging techniques, using try-catch blocks, handling common exceptions.
Week 2: Intermediate .NET Development (15 hours)
Day 6-7: Object-Oriented Programming in Depth
- Day 6 (3 hours): Inheritance, polymorphism, encapsulation, abstraction in C#.
- Day 7 (3 hours): Interfaces, abstract classes, generics, and their usage in .NET development.
Day 8-9: Working with Collections and LINQ
- Day 8 (3 hours): Arrays, Lists, Dictionaries, and other collection types in C#.
- Day 9 (3 hours): Introduction to LINQ (Language Integrated Query), querying collections using LINQ syntax.
Day 10-11: File I/O and Serialization
- Day 10 (3 hours): Reading from and writing to files in C#.
- Day 11 (3 hours): Serialization and deserialization of objects (XML, JSON).
Day 12: Introduction to ASP.NET Core
- Day 12 (3 hours): Overview of ASP.NET Core framework, MVC pattern, building web applications using ASP.NET Core.
Week 3: Advanced .NET Topics and Project Work (18 hours)
Day 13-14: ASP.NET Core MVC
- Day 13 (3 hours): Creating controllers and views in ASP.NET Core MVC.
- Day 14 (3 hours): Working with models, model binding, form handling, validation in ASP.NET Core MVC.
Day 15-16: Entity Framework Core
- Day 15 (3 hours): Introduction to Entity Framework Core (EF Core), ORM (Object-Relational Mapping) basics.
- Day 16 (3 hours): Creating and querying databases using EF Core, migrations, CRUD operations.
Day 17-18: RESTful APIs with ASP.NET Core
- Day 17 (3 hours): Building RESTful APIs using ASP.NET Core.
- Day 18 (3 hours): Consuming APIs, authentication and authorization basics in ASP.NET Core.
Day 19-20: Final Project and Deployment
- Day 19 (3 hours): Participants work on a final project integrating learned concepts (e.g., CRUD application, web API).
- Day 20 (3 hours): Deployment considerations, publishing .NET applications, project presentations, course wrap-up.
Additional Considerations:
- Assignments and Exercises: Provide practical exercises, coding challenges, and mini-projects to reinforce learning.
- Resources: Offer supplementary resources like online tutorials, documentation links, and recommended readings.
- Guest Speakers or Industry Insights: Consider inviting guest speakers from the industry or showcasing real-world .NET applications.
- Feedback Sessions: Schedule regular feedback sessions to assess participant progress and address any queries or challenges.
Certification: Upon successful completion of the course, participants will receive the certificate.
Course – PHP
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Introduction to PHP Basics (10 hours)
- Day 1-2: Getting Started with PHP
- Introduction to PHP, setting up the environment
- Variables, data types, constants
- Basic syntax and operators
- Day 3-4: Control Structures and Functions
- Conditional statements (if, else, switch)
- Loops (for, while, foreach)
- Functions: defining functions, parameters, return values
- Day 5: Arrays and String Manipulation
- Arrays: indexed, associative, multidimensional
- String manipulation and functions
Week 2: Advanced PHP Programming (15 hours)
- Day 6-7: Working with Forms and Superglobals
- Handling form data with POST and GET
- Using superglobal arrays ($_POST, $_GET, $_REQUEST)
- Day 8-9: Working with Files and Directories
- File handling: reading, writing, appending
- Directory operations
- Day 10-11: PHP and Databases (MySQL/MariaDB)
- Introduction to databases and SQL
- Connecting to MySQL/MariaDB using PHP
- Executing SQL queries
- Day 12-13: Sessions and Cookies
- Working with sessions
- Using cookies for persistent data
- Day 14: Error Handling and Debugging
- Handling errors in PHP
- Debugging techniques and best practices
Week 3: Web Development with PHP (10 hours)
- Day 15-16: Introduction to PHP Frameworks (e.g., Laravel, Symfony)
- Overview of popular PHP frameworks
- Installing and setting up a basic Laravel application
- Day 17-18: Building a CRUD Application
- Creating, reading, updating, and deleting data
- Form validation
- Day 19-20: Authentication and Authorization
- User authentication and login systems
- Authorization and roles
Week 4: Project and Advanced Topics (10 hours)
- Day 21-22: Advanced Topics in PHP
- Object-oriented programming in PHP
- Namespaces, traits, and interfaces
- Day 23-24: RESTful APIs with PHP
- Introduction to RESTful APIs
- Building a simple RESTful API
- Day 25-26: Security Best Practices
- SQL injection prevention
- Cross-site scripting (XSS) prevention
- Day 27-28: Performance Optimization
- Caching techniques
- Code optimization tips
- Day 29-30: Final Project and Review
- Building a small-scale project using PHP
- Review and Q&A session
Additional Considerations:
- Assignments and Projects: Include hands-on assignments and a final project to apply learned concepts.
- Resources: Provide additional resources like online tutorials, documentation links, and recommended readings.
- Quizzes and Assessments: Conduct periodic quizzes or assessments to gauge understanding.
- Support: Offer support through forums, Slack channels, or office hours to assist learners.
Certification: Upon successful completion of the course, participants will receive the certificate.
Course – Python
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Foundation of Python Programming (15 hours)
Day 1-2: Introduction to Python Basics (4 hours)
- Overview of Python and its applications
- Setting up Python environment (IDEs, interpreters)
- Variables, basic data types (integers, floats, strings), and basic operations
Day 3-4: Control Flow and Functions (4 hours)
- Conditional statements (if, elif, else)
- Loops (for, while) and loop control statements (break, continue)
- Functions: defining functions, parameters, return values, and scope
Day 5-6: Data Structures Part 1 (3 hours)
- Lists: creating lists, indexing, slicing, list methods
- Tuples: creating tuples, immutability, tuple methods
Day 7: Review and Practice (4 hours)
- Review concepts covered in Week 1
- Hands-on exercises and small projects reinforcing concepts learned so far
Week 2: Advanced Python Programming (15 hours)
Day 8-9: Data Structures Part 2 (4 hours)
- Dictionaries: creating dictionaries, dictionary methods, iterating through dictionaries
- Sets: creating sets, set methods, set operations
Day 10-11: File Handling and Modules (4 hours)
- Reading and writing files in Python
- Working with CSV and JSON files
- Creating and importing modules
Day 12-13: Object-Oriented Programming (4 hours)
- Introduction to classes and objects
- Attributes, methods, and constructors
- Inheritance and polymorphism
Day 14: Review and Practice (3 hours)
- Review concepts covered in Week 2
- Hands-on exercises and small projects reinforcing concepts learned so far
Week 3: Application Development and Libraries (10 hours)
Day 15-16: Introduction to Libraries (4 hours)
- Overview of popular Python libraries (e.g., NumPy, Pandas, Matplotlib)
- Installing and using libraries
Day 17-18: Web Development Basics (4 hours)
- Introduction to Flask or Django framework
- Building a simple web application (basic routing, templates)
Day 19: Mini Project Kick-off (2 hours)
- Introduction to the mini project
- Discuss requirements and scope
Week 4: Mini Project and Final Review (5 hours)
Day 20-27: Mini Project Development (20 hours)
- Students work on mini project under guidance
- Regular check-ins and support sessions
Day 28-29: Final Project Presentation Preparation (4 hours)
- Polishing and testing the mini project
- Creating presentation materials
Day 30: Final Project Presentations and Wrap-up (1 hour)
- Students present their mini projects
- Feedback and final Q&A session
Additional Considerations:
- Assignments and Practice: Include regular assignments and coding exercises throughout the course to reinforce learning.
- Support and Resources: Provide access to additional resources such as online tutorials, documentation, and a discussion forum for questions.
- Feedback and Assessment: Incorporate periodic quizzes or assessments to gauge understanding and provide constructive feedback.
Certification: Upon successful completion of the course, participants will receive the certificate.
Course – SQL Database
Duration – 30 Day / 45 Hrs
Course Description
Week 1: Foundation of SQL (15 hours)
- Day 1-3: Introduction to Databases and SQL (5 hours)
- Overview of databases and SQL basics
- Installing necessary software (e.g., MySQL, PostgreSQL)
- Writing basic SQL queries (SELECT, INSERT, UPDATE, DELETE)
- Day 4-5: Advanced SQL Queries (5 hours)
- Working with multiple tables (JOINS)
- Subqueries and nested queries
- Aggregation functions (GROUP BY, HAVING)
- Day 6-7: Practical Applications (5 hours)
- Hands-on exercises with real-world datasets
- Building and querying sample databases
- Troubleshooting common SQL errors
Week 2: Database Design and Optimization (15 hours)
- Day 8-10: Database Design Fundamentals (5 hours)
- Introduction to database normalization
- Creating tables with proper data types and constraints
- Understanding indexes and their importance
- Day 11-12: Data Manipulation Techniques (5 hours)
- Transactions and ACID properties
- Bulk operations and performance considerations
- Using stored procedures and functions
- Day 13-14: Performance Tuning and Optimization (5 hours)
- Query optimization techniques
- Index optimization and usage
- Monitoring and improving database performance
Week 3: Advanced Topics and Applications (10 hours)
- Day 15-17: Working with NoSQL and Big Data (5 hours)
- Introduction to NoSQL databases (e.g., MongoDB)
- SQL vs. NoSQL comparison
- Basics of handling big data with SQL
- Day 18-19: Data Warehousing and Business Intelligence (5 hours)
- Introduction to data warehousing concepts
- Building data marts and cubes
- SQL for business intelligence queries
Week 4: Project and Review (5 hours)
- Day 20-22: Capstone Project (5 hours)
- Design and implement a small-scale database project
- Apply learned SQL skills to solve a practical problem
- Day 23-25: Project Review and Q&A (5 hours)
- Peer review of projects
- Addressing questions and clarifications
- Further exploration of advanced topics based on interest
- Day 26-30: Final Assessment and Certification (5 hours)
- Comprehensive review of SQL concepts
- Final exam or project presentation
- Certification and course completion
Additional Considerations:
- Assignment of Homework: Assign exercises and mini-projects regularly to reinforce learning.
- Interactive Sessions: Include live Q&A sessions or office hours to clarify doubts.
Resource Materials: Provide supplementary materials (e.g., readings, video tutorials) for deeper understanding.
Certification: Upon successful completion of the course, participants will receive the certificate.