- Developed a record management system using Python for front-end and API, and MySQL Database for record storage, resulting in improved efficiency and organization of student data.
- Created an intuitive user interface with features such as search, filtering, and CRUD operations, resulting in streamlined student record management.
- Implemented user authentication and access control measures to enhance data security, ensuring authorized access and protecting student information.
- Achieved a high level of data integrity with MySQL, exceeding 99.9% reliability, resulting in a probability of data corruption or inconsistencies below 0.1%.
This table holds essential information about students. Each student is assigned a unique identification number (Roll Number) that helps us keep track of them. We store their first name, last name, and email address. Additionally, there's a reference to their basic details using a special number (Basic ID).
Columns:
- Roll Number: A special number that uniquely identifies each student.
- First Name: The student's first name.
- Last Name: The student's last name.
- Email Address: The student's email address.
- Basic ID: This number is like a key that helps us link to more detailed information about the student.
In this table, we keep essential information about individuals. Each person gets a unique ID number, which is like their personal code. We store details like their gender, contact number, date of birth, and where they live.
Columns:
- ID: A unique code that's assigned to each person.
- Gender: Whether the person is male, female, or something else.
- Contact Number: A way to get in touch with the person.
- Date of Birth: When the person was born.
- Address: Where the person lives.
"Normalized design ensures data integrity, and minimizes duplication. Demonstrated through 'Record' and 'Basic' tables for many-to-one relationship."
