AP Computer Science Principles taught interactively

The student and tutor worked on Python programming exercises, focusing on loops, functions, and debugging. They reviewed homework problems and then collaboratively debugged and refined a calculator application, addressing syntax errors and logic for user input and arithmetic operations. The session concluded with a plan to complete the calculator project as homework.

The Student and Tutor reviewed SQL SELECT queries, covering syntax for retrieving all or specific columns, data types, and the use of the `LIMIT` clause. They also practiced executing queries, interpreting results, and understanding the `ORDER BY` clause for sorting. The next session is planned to cover table creation queries.

The Student and Tutor reviewed fundamental Java programming concepts, including class creation, methods, and loops, through practical exercises to reacquaint the Student with coding after a break. They also discussed travel recommendations for destinations like Lombok and Bali. The plan is for the Student to continue practicing basic Java exercises to build confidence before returning to the cafe project.

The student and tutor worked on structuring and populating web pages for a portfolio. They integrated a skills section, renamed and set up a favorite things page, and implemented hyperlinks and placeholders for content. The session concluded with a discussion on how to add images to the web pages, with plans to continue working on the content in future sessions.

The student and tutor worked on developing a personal portfolio website, focusing on the 'About Me' section, including personal details, educational background, hobbies, and interesting facts. They practiced HTML structuring for content presentation and discussed the requirements for adding images and refining visual layout through CSS. The next steps involve populating remaining sections and potentially creating additional pages.

The student and tutor reviewed core concepts of Entity-Relationship (ER) modeling for database design, including entities, attributes, and relationships. They practiced identifying these elements in given scenarios and discussed the phases of database design and naming conventions. The session concluded with identifying entities, relationships, and attributes for sample databases.