Course description

Certainly! Database development is a critical aspect of software engineering, ensuring efficient and organized storage and retrieval of data. Below is an outline for a comprehensive course on Database Development:

**Course Title: Database Development Fundamentals**

**Module 1: Introduction to Databases (2 hours)**

1.1 **Understanding Data and Databases**

   - Definition of data and databases

   - Importance of databases in software development

1.2 **Types of Databases**

   - Overview of relational, NoSQL, and NewSQL databases

   - Use cases for each type

1.3 **Introduction to Database Management Systems (DBMS)**

   - Explanation of DBMS and its role

   - Popular DBMS options (e.g., MySQL, PostgreSQL, MongoDB)

**Module 2: Relational Database Design (4 hours)**

2.1 **Entity-Relationship Model**

   - Basics of ER diagrams

   - Identifying entities, attributes, and relationships

2.2 **Normalization**

   - Normal forms and their importance

   - Step-by-step normalization process

2.3 **Structured Query Language (SQL) Basics**

   - Introduction to SQL syntax

   - Creating, querying, updating, and deleting data

**Module 3: Advanced SQL and Database Programming (6 hours)**

3.1 **Stored Procedures and Functions**

   - Creating and using stored procedures

   - Benefits of using functions

3.2 **Triggers and Views**

   - Implementation and use cases

   - Creating and managing database views

3.3 **Transactions and Concurrency Control**

   - Ensuring data consistency with transactions

   - Techniques for handling concurrent access

**Module 4: NoSQL Database Development (3 hours)**

4.1 **Introduction to NoSQL Databases**

   - Characteristics and advantages

   - Types of NoSQL databases (document-oriented, key-value, graph, etc.)

4.2 **MongoDB Basics**

   - Document structure and collections

   - Querying and updating documents in MongoDB

**Module 5: Database Security (3 hours)**

5.1 **Authentication and Authorization**

   - Secure login and access control

   - Role-based access and permissions

5.2 **Data Encryption and Auditing**

   - Protecting sensitive information

   - Monitoring and auditing database activities

**Module 6: Database Performance Optimization (4 hours)**

6.1 **Indexing and Query Optimization**

   - Creating and managing indexes

   - Strategies for optimizing query performance

6.2 **Database Normalization Revisited**

   - Reviewing normalization for performance

   - Denormalization considerations

**Module 7: Real-world Database Development (4 hours)**

7.1 **Database Modeling Tools**

   - Introduction to tools like ERwin, Lucidchart, or MySQL Workbench

   - Practical use of modeling tools in database development

7.2 **Integration with Application Development**

   - Connecting databases with applications

   - Best practices for seamless integration

**Final Project: Design and Implement a Database System (8 hours)**

Students will apply the knowledge gained throughout the course to design and implement a database system, addressing specific requirements and challenges.

**Homework/Assignments:**

   - SQL queries and exercises

   - Database design assignments

   - Research and analysis on emerging database technologies

**Assessment:**

   - Participation in class discussions

   - Quizzes and tests on database concepts

   - Evaluation of the final project

**Key Takeaways:**

   - Understanding the fundamentals of relational and NoSQL databases

   - Proficiency in SQL and database programming

   - Knowledge of security, optimization, and real-world application of databases

   - Practical experience in designing and implementing a database system.

What will i learn?