Armazenamento e Recuperação de Dados
Today, data is everywhere and come in different shapes and volumes, in structured and unstructured forms. Companies need to store and manage these data using appropriate data management or database technologies for the success of their business processes. In the Storing and Retrieving Data course, students will get familiar with the architecture of a DBMS, the process of database modelling and normalization, the implementation of a relational database using SQL language (theoretical and practical), use of advance SQL objects as Views and Triggers, integration of different data sources using ETL operations, and the advantages and disadvantages of SQL and NoSQL databases
Mijail Juanovich Naranjo Zolotov
Semanais - A disponibilizar brevemente
Totais - A disponibilizar brevemente
Idioma de ensino
Português. No caso de existirem alunos de Erasmus, as aulas serão leccionadas em Inglês
The lectures, group discussions, reading materials, quizzes, and exams will be all in English language. Although not mandatory, the students should have a proficient English language skills.
Método de ensino
The course combines theoretical and practical lessons. The theoretical component includes lectures and slide show demostrations to present concepts and methodologies, discussing problems in class. The practical part includes individual hands-on exercises that are aplicable to the final project, this is, we follow a project-based approach. Moreover, the lessons apply short quizzes along the trimester to assess the student¿s progress and understanding of the theoretical materials.
Método de avaliação
Regular examination period (1st epoch)
- A group project (50%).
- Final exam (50%).
Resit examination period (2nd epoch)
- A group project (50%)
- Final exam (50%).
- The score in the exam should at least 9.5 (out of 20), regardless of the score in the group project.
- The groups are made of 5 students.
- Late deliveries for the project will be penalized with 1 point for each late day up to 5 points.
LU1. Design a relational databases with a sound structure. Data Normalization (3-Normal Forms).
LU2. DBMS architecture. Introduction to Entiry-Relationship diagram (ERD). Conceptual modelling.
LU3. CRUD operations.
LU4. Join operations. Sorting and Grouping operations.
LU5. Views and Triggers
LU6. Extration, Transformation and Loading (ETL).
LU7. NoSQL databases. Wrap-up.