Discrete Math & Real-World Applications ← School Curriculum

🧮 Unlock the Mysteries of Discrete Mathematics with "Discrete Math & Real-World Applications" 🚀

Course Description:

School Computer Curriculum - Tailored for High School and Middle School Grades

📘 For Teachers: A comprehensive curriculum bundle is available on Termeric Education. It's the perfect addition to your teaching resources!

Discrete Mathematics is not just a theoretical subject; it's the bedrock of countless applications in computer science, technology, and beyond. This course demystifies Discrete Mathematics, making it accessible for junior high and high school students, and revealing its critical role in various fields such as systems, engineering, computer science, business, economics, and more.

Why Study Discrete Mathematics?

• Inspiration for Future Careers: Discover the potential of technology and career paths by exploring the intricacies of applied mathematics.
• Technical Foundation: Prepare your mind for future studies or careers in technical fields, enhancing your understanding before you dive deeper.
• Critical Thinking & Problem Solving: Sharpen your analytical skills and learn to approach problems with a clearer, more systematic mindset.

In this engaging course, students will embark on an exploration of key topics within Discrete Mathematics, gaining insights into their practical applications in the real world. We'll touch upon various subjects without delving too deeply, offering a tantalizing preview to pique interest and lay the groundwork for more advanced studies.

Course Highlights:

• Interactive Learning: Each class includes exercises for students to work through during video playback, followed by take-home assignments with detailed solutions.

• Real-World Applications: Learn how Discrete Mathematics is used in everyday technology and decision-making processes.

• Comprehensive Topic Coverage:

  1. Propositional Logic 🤖
     • Operations, Truth Tables, Simplifying Statements
  2. Graphs 🌐
     • Basic Concepts, Shortest Path Algorithms (e.g., Dijkstra's or BFS)
  3. Sets ⚫️
     • Basic Concepts, Venn Diagrams, Operations, First-Order set Logic
  4. State Machines 🎲
  5. Number Theory 🔢
     • Coprimes, Remainder Classes
  6. Counting 🤔
     • Combinations, Permutations, Probability
  7. Proofs 🧠
     • Direct, By Contrapositive, By Cases

• Inspired by Expertise: The course is inspired by "Discrete Mathematics: An Open Introduction" by Oscar Levin, a superb resource for learning Discrete Mathematics online.

Join Hesam (Sam) Samimi in this journey through the fascinating world of Discrete Mathematics and its real-world applications. This course will not only enlighten your understanding of mathematics but also open doors to a vast array of possibilities in the fields of computer science, engineering, business, and beyond!

Enroll now and step into the realm of Discrete Mathematics with confidence and excitement. 🎉📚