Domain-Specific Training in Full Stack -Jav

Semester 4: Problem Solving using Java(60 Hours)

• Core Java

Learning Outcomes with Bloom’s Taxonomy and Assessment Criteria

Semester 5: Web Technology (60 Hours)

• Front-End Web Tools (HTML,CSS,JS,Bootstrap)
Learning Objectives with Bloom’s Taxonomy

Si. No.	Learning Objective	Bloom’s Level
1	Describe the structure and elements of HTML documents.	Understand
2	Apply CSS styling rules and layout techniques to design responsive web pages.	Apply
3	Use JavaScript to add interactivity and handle user events on a web page.	Apply
4	Analyze the use of Bootstrap components and utility classes in responsive web design.	Analyze
5	Design and build a multi-page responsive website using HTML, CSS, JavaScript, and Bootstrap framework.	Create

Learning Outcomes with Bloom’s Taxonomy and Assessment Criteria

Si. No.	Learning Outcome	Bloom’s Level	Assessment Criteria
1	Explain the structure and elements of a standard HTML document.	Understand	• Identify and describe HTML tags, attributes, and page structure. • Use semantic elements correctly.
2	Apply CSS styling rules and layout techniques to enhance web page appearance.	Apply	• Use CSS selectors and properties to style elements. • Implement Flexbox/Grid for layout design.
3	Implement interactivity in web pages using JavaScript and DOM manipulation.	Apply	• Write scripts to handle user events (clicks, inputs). • Manipulate HTML elements dynamically.
4	Analyze the advantages of using Bootstrap classes and components for responsive design.	Analyze	• Compare manual CSS with Bootstrap features. • Integrate pre-built Bootstrap components effectively.
5	Develop a multi-page responsive website using HTML, CSS, JavaScript, and Bootstrap.	Create	• Build a complete, responsive, and interactive website. • Demonstrate integration of all technologies.

Semester 6: Enterprise Web Development (60 Hours)

• Spring Boot with MVC and Hibernate
Learning Objectives (Aligned with Bloom’s Taxonomy)

Si. No.	Learning Objective	Bloom’s Level
1	Explain the architecture and core concepts of Spring Boot, MVC pattern, and Hibernate ORM.	Understand
2	Configure Spring Boot applications with MVC and Hibernate for database interaction.	Apply
3	Implement CRUD operations using Spring Controllers, Services, and Hibernate repositories.	Apply
4	Analyze the flow of data and control across the Spring MVC architecture.	Analyze
5	Design and develop a full-stack Spring Boot application using MVC and Hibernate with proper validations.	Create

Learning Outcomes (with Bloom’s Level + Assessment Criteria)

S.No	Learning Outcome	Bloom’s Level	Assessment Criteria
1	Describe the architecture and key features of Spring Boot, Spring MVC, and Hibernate ORM.	Understand	Explain the role of controllers, services, and repositories. Define key annotations (@Entity, @Controller, etc.)
2	Configure a Spring Boot application with database connection using Hibernate.	Apply	Set up application.properties for data source configuration. Map entity classes to database tables.
3	Implement CRUD operations using Spring MVC controllers and Hibernate repositories.	Apply	Create RESTful endpoints for Create, Read, Update, Delete operations. Use @RequestMapping, @GetMapping, etc.
4	Analyze the flow of data between the web layer and the persistence layer.	Analyze	Trace request-response cycle through MVC layers. Debug and explain how data is passed through each layer.
5	Develop a full-stack web application using Spring Boot, MVC, and Hibernate with form validation.	Create	Build and deploy an application with model validation (@Valid, BindingResult). Demonstrate project with CRUD and UI.

Semester 7: Advanced Web Technology (60 Hours)

• Designing Database using MongoDB
• Developing Web Application Using React, Express and Node JS

Learning Objectives (Aligned with Bloom’s Taxonomy)

Sl.No	Learning Objective	Bloom’s Level
1	Explain the key features of NoSQL and MongoDB document-oriented database model.	Understand
2	Design MongoDB collections and documents to model real-world data.	Apply
3	Construct MongoDB queries for CRUD operations and indexing.	Apply
4	Analyze data modeling techniques for optimization and scalability in MongoDB.	Analyze
5	Design a NoSQL schema for a full-stack web application and implement it in MongoDB.	Create

Learning Outcomes (with Bloom’s Level + Assessment Criteria)

S.No	Learning Outcome	Bloom’s Level	Assessment Criteria
1	Explain the core concepts of MongoDB and MERN architecture.	Understand	Describe MongoDB’s document model and NoSQL principles. Explain how React, Express, and Node.js interact in MERN.
2	Design and create MongoDB collections with appropriate document structures and relationships.	Apply	Create collections using embedded and referenced documents. Write CRUD operations with MongoDB shell or drivers.
3	Develop responsive React components using state, props, and lifecycle methods/hooks.	Apply	Build interactive UI components. Manage component state and side effects using hooks.
4	Implement RESTful API endpoints using Express and Node.js for CRUD operations connected to MongoDB.	Analyze	Write Express routes and middleware. Debug and test API endpoints. Integrate MongoDB queries with Mongoose.
5	Build, integrate, and deploy a full-stack MERN web application with functional UI and persistent backend.	Create	Assemble frontend, backend, and database layers. Deploy application on a cloud or hosting service. Validate end-to-end functionality.