Internship - Sprint - Web Development

1. What is the internet.
2. How does the web work.
3. The role of HTML and CSS.
4. Setting up a development environment (code editor, browser)
5. HTML Basics.
6. Structure of an HTML document.

1. Text formatting. (headings, paragraphs, emphasis)
2.Lists. (ordered and unordered)
3.Links. (anchors)
4. Image.

1. Creating input fields. (text, number, email, etc.)
2. Buttons. (submit, reset)
3. Labels.
4. Form validation.

1. Introduction to CSS.
2. Selectors. (element, class, ID)
3. Properties and values.
4. Styling text. (font, color, size)
5. Styling elements. (background, border, margin, padding)

1. Block, inline, and inline-block elements.
2. Float and clear properties.
3. CSS Grid.
4. Advanced CSS Topics.

1. Positioning. (relative, absolute, fixed)
2. Units of measurement. (pixels, percentages, ems, rems)
3. Color theory and color models.
4. Media queries for responsive design.

1. Plan and design a basic website. (e.g., a personal portfolio or a score
board)
2. Implement the HTML structure.
3.Apply CSS styles for layout and appearance.
4. Test and debug the website.

1. What is JavaScript.
2. Why is it called JavaScript.
3. What can in-browser JavaScript do.
4. JavaScript and VS Code.
5. Code structure.

1. Variables: (let, var, const).
2. Data Types:
Number.
String.
Boolean.
Null.
Undefined.
Objects.
3. Type of Operator.
Mathematical Operators & their precedence.
Comparison Operators.
Logical Operators.

1. If statement.
2. If...else statement. (including ternary operator)
3. Else if ladder.
4. Switch case.

1. While loop.
2. Do...while loop.
3. For loop.

1. Functions:
Function Declaration.
Local variables.
Outer variables.
Parameters.
Default values.
Returning a value.
Naming a function.  
2. Objects: the basics.

1. Objects: continued.
2. Strings: properties and methods.

1. Arrays: creation, access, manipulation.
2. Array functions: map, filter, reduce, etc.

1. Classes.
2. Constructors.
3. Getters and setters.
4. Inheritance.

1. Arrays: creation, access, manipulation.
2. Array functions: map, filter, reduce, etc.

1. Event listeners.
2. OnClick event.
3. Mouse events.
4. Keyboard events.

1. What is a database? What is a DBMS?
2. Understanding the Relational Model (RDBMS).
3. Core concepts: Tables, Rows, Columns, and Keys (Primary Key, Foreign Key)

1. Introduction to SQL (Structured Query Language).
2. Create: CREATE TABLE, INSERT INTO.
3. Read: SELECT ... FROM ... WHERE....
4. Update: UPDATE ... SET ... WHERE....
5. Delete: DELETE FROM ... WHERE....
6. Applying constraints (NOT NULL, UNIQUE, PRIMARY KEY).

1. Retrieving data from multiple tables using Joins (INNER JOIN, LEFT JOIN).
2. Introduction to Subqueries and Views.
3. Database Normalization: Understanding 1NF, 2NF, and 3NF to design efficient databases.

Project: Design and implement a database schema for a Library Management System (with tables for books, members, and loans). Write SQL queries to add new books, check out a book for a member, and list all overdue books.

1. Python syntax, variables, data structures (lists, dictionaries).
2. Control flow and functions.

1. Introduction to the Flask web framework.
2. Connecting a Flask application to your SQL database (e.g., SQLite).
3. Building a REST API: creating URL endpoints that you’re front-end can talk to.