**Course Title:** SQLite Mastery: Lightweight Database Management **Section Title:** Final Project Preparation and Review **Topic:** Plan and start developing your final project.(Lab topic) **Introduction:** In this lab topic, you will apply the skills and knowledge you have gained throughout the course to design and start developing your final project. Your final project should demonstrate your mastery of SQLite database management, including data modeling, database design, query optimization, and data integrity. **Project Requirements:** Before you begin, review the final project requirements [outlined in the course syllabus](https://www.example.com/final-project-requirements). Your project should include: 1. A brief description of the problem or opportunity you are addressing 2. A conceptual data model and a physical database design 3. A sample dataset and data population scripts 4. Queries to retrieve, insert, update, and delete data 5. Optimization techniques to improve query performance 6. Data integrity constraints and triggers **Planning Your Project:** To start, take some time to brainstorm and plan your project. Ask yourself: * What problem or opportunity do I want to address? * Who will be using the database, and what are their needs? * What data will I need to store, and what queries will I need to support? * How will I ensure data integrity and performance? **Example Project Ideas:** If you're struggling to come up with a project idea, consider the following examples: * An e-commerce database to manage products, customers, and orders * A fitness tracker database to store workout routines and user data * A library database to manage books, borrowers, and checkouts **Developing Your Project:** Once you have a clear plan, start developing your project. Create a new SQLite database and begin designing your tables, relationships, and queries. **SQLite Resources:** As you work on your project, you can refer to the official SQLite documentation for guidance on syntax, data types, and query optimization techniques. You may need to use some of the official SQLite documentation which is [here](https://sqlite.org/docs.html). **Best Practices:** As you develop your project, keep the following best practices in mind: * Use meaningful table and column names * Define relationships between tables using foreign keys * Use indexes to improve query performance * Optimize queries to reduce execution time * Use transactions to ensure data integrity **Getting Help:** If you have questions or need help with your project, post about it down below to ask for help. We are here to assist you. By following these steps and best practices, you will be well on your way to creating a comprehensive and effective SQLite database management system. Don't hesitate to reach out if you have any questions or concerns.