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Computer science lessons in Canada

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29 computer science teachers in Canada

Any programming language - compiled or interpreted, statically typed or dynamic, boils down to the same common principles. These principles can then be applied to make any programming language - with any rules you desire. You can use '&' to represent addition and '>>!' to represent conditional loops. You can use 'beep' to represent branches and end each line with @. This class aims to teach you how to create these principles to design a language, and then the different approaches on how to do it. An end project will be to actually make your own programming language! The topics covered are listed below: Pretence: Programming Language Types (grammar), Programming Language Types (formation), Programming Language Types (typing) Stages (Lexing), Stages (Parsing), Stages (Interpreting) Intermediate Forms (AST), Intermediate Forms (Bytecode), Transpiling Optimisation (types), Optimisation (application to AST), Optimisation (application to Bytecode) Building Ray (Classes): Grammar Type, Formation Type, Typing Type Data Types, Expressions (types), Expressions (precedence) Statements (declarations), Statements (statements), Standard Library Tokens, Tokenisation (characters), Tokenisation (literals) Parsing (AST), Parsing (Visitors), Interpreting (Visitor) Static Scope, Semantic Analysis, Resolvers (Visitor) Building Ray (Nodes) Parsing (Literals), Interpreting (Literals), Resolving (Literals) Parsing (Groups), Interpreting (Groups), Resolving (Groups) Parsing (Operators), Interpreting (Operators), Resolving (Operators) Parsing (Variable declarations), Interpreting (Variable declarations), Resolving (Variable declarations) Parsing (Variable getters), Interpreting (Variable getters), Resolving (Variable getters) Parsing (Variable setters), Interpreting (Variable setters), Resolving (Variable setters) Parsing (Branches), Interpreting (Branches), Resolving (Branches) Parsing (Logic Gates), Interpreting (Logic Gates), Resolving (Logic Gates) Parsing (Loops conditional), Interpreting (Loops conditional), Resolving (Loops conditional) Parsing (Loops count), Interpreting (Loops count), Resolving (Loops count) Parsing (Function declarations), Interpreting (Function declarations), Resolving (Function declarations) Parsing (Function calls), Interpreting (Function calls), Resolving (Function calls) Parsing (Scope Termination), Interpreting (Scope Termination), Resolving (Scope Termination) Parsing (Class declarations), Interpreting (Class declarations), Resolving (Class declarations) Parsing (Instances), Interpreting (Instances), Resolving (Instances) Parsing (Methods), Interpreting (Methods), Resolving (Methods) Parsing (Instance Lookup), Interpreting (Instance Lookup), Resolving (Instance Lookup) Parsing (Constructors), Interpreting (Constructors), Resolving (Constructors) Parsing (Inheritance), Interpreting (Inheritance), Resolving (Inheritance) Optimisations (Visitor), Optimisations (Literal-Only Expressions), Optimisations (Variable Expressions) Project: Build your own language! (Supervised)
Computer science · Computer programming
### Computer Science Fundamentals Classes #### Overview Computer Science Fundamentals classes provide a comprehensive introduction to the core concepts and principles of computer science. These classes are designed for beginners and those looking to solidify their understanding of the basics. They cover a wide range of topics, from understanding how computers work to learning programming languages and exploring algorithms and data structures. Additionally, students will gain a basic understanding of computer hardware, including how to assemble a computer, and will engage in labs relating to cybersecurity principles. #### Objectives - **Understand Computer Systems and Hardware:** Gain insight into how computers and networks function, including hardware and software components, and learn how to assemble a computer. - **Programming Proficiency:** Acquire the ability to write and debug code in one or more programming languages. - **Algorithmic Thinking:** Understand and apply fundamental algorithms and data structures to optimize solutions. - **Cybersecurity Awareness:** Understand basic cybersecurity principles and practices. #### Topics Covered 1. **Introduction to Computer Science:** - History and evolution of computing - Overview of computer science fields - Basic computer operations 2. **Basics of Computer Hardware:** - Overview of computer hardware components (CPU, RAM, storage, etc.) - How processors, memory, and storage work - Assembling a computer: Step-by-step guide 3. **Programming Basics:** - Basics of programming language - Variables, data types, and operators - Control structures: loops, conditionals, and functions - Introduction to one or more programming languages (e.g., Python, Java) 4. **Data Structures:** - Arrays, linked lists, stacks, and queues - Trees, graphs, and hash tables - Principles of organizing and managing data 5. **Algorithms:** - Basic sorting and searching algorithms - Algorithm analysis and Big O notation - Recursion and dynamic programming 6. **Computer Architecture:** - Overview of computer hardware - How processors, memory, and storage work - Basics of operating systems and how they manage resources 7. **Networking and Security:** - Basics of computer networking - Internet protocols and architecture - Fundamental concepts in cybersecurity #### Learning Outcomes By the end of these classes, students will be able to: - Demonstrate a solid understanding of computer science principles. - Write, test, and debug programs in at least one programming language. - Analyze and implement basic data structures and algorithms. - Understand how computer hardware and software interact. - Assemble a computer from individual components. - Apply basic cybersecurity principles. #### Who Should Enroll These classes are ideal for: - Children, teenagers, college students or adults beginning their journey in computer science. - Professionals looking to transition into a tech-related career. - Hobbyists and lifelong learners interested in understanding how computers and software work. #### Methodology - **Lectures:** Clear and engaging presentations of theoretical concepts. - **Hands-on Labs:** Practical exercises and projects to apply what you've learned, including: - Assembling a computer from individual components - Labs on basic cybersecurity principles - **Group Projects:** Collaborative assignments to enhance learning through teamwork. - **Assessments:** Regular quizzes, assignments, and exams to gauge understanding and progress. #### Industry-Ready Lessons To ensure students are industry-ready, the course includes lessons on: - **Basics of Computer Science in the Industry:** - Understanding industry standards and best practices - Familiarization with common tools and software used in the industry - Overview of current trends and emerging technologies - **Develop Problem-Solving Skills:** - Learn how to approach and solve complex problems systematically. - Practice with real-world scenarios and challenges. - **Professional Development:** - Resume building and interview preparation for tech roles - Networking strategies and career planning - Ethical considerations and responsibilities of a computer scientist ### Conclusion Computer Science Fundamentals classes offer a thorough introduction to the essential concepts and skills needed in the field of computer science. Whether you are a beginner or looking to reinforce your foundational knowledge, these classes will equip you with the tools and understanding necessary to advance in the field of computer science and prepare you for a successful career in the industry.
Computer science
In this course you will learn to master computers better than you currently do, regardless of your age. You are a middle school or high school student who needs to know how to improve in algorithmic programming, no worries. Or are you just someone who wants to learn how it all works? No problem. Or you need to learn how IT works how to use your computer, maintain it in short here with a simple initiation no problem. Here's how a course would work: My Approach as a Private Teacher As a teacher, I make it a point of honor to adapt my lessons to the needs and objectives of each student. My approach is based on a deep understanding of concepts and practical application to ensure lasting assimilation of knowledge. My Teaching Techniques and Methods • Active Pedagogy: I favor an active pedagogy where the student is at the heart of the learning. This includes practical exercises, why not projects tutored in the manner of tp. Typical Course Course 1. Identification of the student's needs and objectives. 2. Theoretical Explanation: Presentation and explanation of key concepts. 3. Practical Exercises: Application of concepts through exercises and problems. 4. Revision and Feedback: Feedback on the exercises, corrections and advice for continuous improvement. 5. Homework: If necessary and desired by the student, homework will be offered to reinforce what has been learned between each session. My Specificities as a Teacher • Dual Skills: Passionate about IT since childhood and studying his field with mathematics and physics. overall. • Experience and Passion: As a student myself, I have a passion for the transmission of knowledge.
Computer science · Computer basics · Math
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