Interactive Physics tutoring with hands-on experiments for engaging and effective learning experiences.

The session covered the fundamentals of Git and GitHub, focusing on repository creation, branching, and basic commands. The student practiced setting up a local Git repository and pushing it to GitHub. The tutor plans to provide notes and tutorials for further study.

The session focused on machine learning, covering supervised learning algorithms like linear regression, logistic regression, decision trees, and random forests. The student learned about feature engineering, model selection, and deployment strategies. The tutor assigned the student to create a GitHub account and explore uploading projects, with a follow-up lesson planned to implement machine learning models on a dataset.

The session focused on data preprocessing techniques in Python, including column selection, data transformation using encoding methods, scaling, normalization, and data grouping. The Student practiced implementing these techniques using Pandas and Scikit-learn on a sample dataset. The next steps involve further data transformation, visualization, and potentially implementing machine learning models.

The student and tutor discussed data analysis and engineering using Python, focusing on data cleaning techniques. The student learned to use Pandas and other libraries to handle missing data, remove duplicates, and correct data types in preparation for analysis and machine learning. The next steps include categorical cleansing and statistical analysis.

The session involved debugging line sensor and encoder code for a robot. The student worked on resolving errors in the encoder code and troubleshooting issues with sensor readings. The tutor provided guidance and code modifications to achieve functional sensor readings. The next step is to integrate the sensor code with the motor control code for robot movement, planned for the next session.

The Student and Tutor worked on debugging the Student's line-following robot code by adjusting sensor pin configurations and integrating the code with the robot's hardware. They tested and modified code related to line sensor readings, motor control, and calibration routines to improve the robot's performance. The tutor will rewrite the code and share it for testing in the next session, focusing on assessment file requirements.