Experienced tutor helping for grade improvement

The Student and Tutor worked on building a simple game in Scratch, focusing on introducing the concept of collision detection. They practiced coding player movement, implementing sprite interactions, and setting up a scoring system using variables. For follow-up, the Student was encouraged to try creating a 'Tom and Jerry' chase game.

The Student and Tutor focused on coding concepts using Scratch, beginning with sprite customization and revisiting X and Y coordinates for controlled movement. They then designed and built a 'Balloon Pop' game, learning about clones, random positioning, scoring mechanics, and vertical sprite movement. The Tutor encouraged the Student to further explore dynamic balloon movements and size variations as a follow-up activity.

The Student and Tutor worked on two Scratch programming projects: first, a rainfall animation, and second, a fruit-catching game. They focused on creating clones, controlling sprite movement using X and Y coordinates, and implementing conditional logic and variables. The Tutor suggested practicing adding different fruits with varied scoring as optional homework.

The Student and Tutor focused on learning and applying random numbers in Scratch. The Student practiced creating a variable, using the 'pick random' block, and integrating it with 'if' blocks to design a multi-option 'daily random challenge' program. The Tutor suggested the Student consider adding more challenge options to their program as follow-up.

The Student and Tutor reviewed basic Python concepts including variables and functions. The main focus was on introducing and practicing `if-else` conditional statements, including the use of `elif` for multiple conditions. The Student practiced writing a program, and follow-up assignments and future scheduling were discussed.

The Tutor and Student conducted an introductory session to plan a course focused on understanding a pre-existing e-voter registration project built in Python. They discussed the project's architecture, basic Python and SQL concepts, object-oriented programming, and debugging techniques. The Student expressed a need for more foundational Python knowledge, leading to a proposed learning plan prioritizing Python basics before delving deeper into the project.