📅 2023-09-07 — Session: Developed curriculum for advanced mathematics and graph theory
🕒 21:30–22:20
🏷️ Labels: Mathematics, Graph Theory, Education, Curriculum, Python
📂 Project: Teaching
⭐ Priority: MEDIUM
Session Goal
The session aimed to develop comprehensive curricula for advanced mathematics courses, focusing on challenging problems and graph theory.
Key Activities
- Described an advanced mathematics course emphasizing analytical and calculus skills.
- Discussed coding standards for mathematical rigor and complexity.
- Associated practical exercises with advanced math classes, covering differentiation, integration, and differential equations.
- Organized and associated exercises for graph theory classes, ensuring coverage of BFS, DFS, Dijkstra, and Ford-Fulkerson algorithms.
- Developed exercises for graph modeling with AGM, focusing on different graph theory aspects.
- Corrected information processing errors and acknowledged mistakes in exercise lists.
Achievements
- Completed the association of exercises with classes in both advanced mathematics and graph theory.
- Identified areas needing additional material in graph theory courses.
- Implemented a basic graph structure in Python using adjacency lists.
Pending Tasks
- Further review and correction of exercise lists to ensure accuracy and completeness.
- Additional material development for identified gaps in the graph theory curriculum.