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Computer Science Teacher'S Guide: Solving Python Errors - AD-TEAM - 12-08-2024 Computer Science Teacher'S Guide: Solving Python Errors Published 11/2024 MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz Language: English | Size: 517.29 MB | Duration: 1h 30m Master Python Debugging: Empower Computer Science Teachers to Teach Computing with Confidence. What you'll learn Build confidence in debugging student code Quickly diagnose and solve student coding errors Empower your students to debug their code independently Transform into a classroom debugging hero Requirements You should be familiar with creating basic Python code including input, print, if statements, for and while loops, lists, the random library, arithmetic and logical operators and subroutines (functions and procedures). Description Are you a computer science teacher or non-specialist tasked with teaching Python? Does debugging student code leave you feeling frustrated or unsure? This course is your ultimate guide to teaching computing with confidence, mastering Python and helping your students become independent programmers.This practical, hands-on course is tailored for teachers teaching Python at KS3 or GCSE levels. Whether you're a seasoned computing teacher or new to coding, you'll gain the knowledge and skills to:Understand and resolve Python errors quickly and effectively.Build confidence in diagnosing and fixing common student coding mistakes.Empower students to debug their code independently, reducing their reliance on you.You'll explore popular Python platforms like Replit, Jupyter Notebook, Thonny, PyCharm, Mu, IDLE and Raspberry Pi's editor, ensuring that no matter what platform you use, this course is the perfect fit.We'll coverython error messages: syntax, indentation, name, type, zero division, file not found, index, and module errors.Logic and runtime errors, including infinite loops and tracking variables with trace tables.Debugging practice with real-world examples and solutions.Proven classroom techniques like rubber duck debugging and the "3 B4 Me" method to promote student independence.You'll also learn how to integrate AI tools like ChatGPT to assist with debugging.By the end of this course, you'll feel ready to tackle Python programming challenges in your classroom, transforming how you teach computing and building a smooth, productive learning experience for your students.Take the first step toward becoming a Python debugging hero for your students - enrol today! Overview Section 1: Introduction Lecture 1 Introduction Lecture 2 Who am I? Lecture 3 Python knowledge Lecture 4 Which Python platform to use? Section 2: Understanding error messages Lecture 5 About this section Lecture 6 Syntax errors Lecture 7 Indentation errors Lecture 8 Name errors Lecture 9 Data type errors Lecture 10 Index errors Lecture 11 Zero division errors Lecture 12 File not found errors Lecture 13 Module not found errors Section 3: Debugging when there may not be an error message Lecture 14 About this section Lecture 15 Logic errors Lecture 16 Runtime errors Lecture 17 Using trace tables Lecture 18 Using AI to help debug programs Lecture 19 Debugging practice Section 4: Helping pupils debug their own code Lecture 20 About this section Lecture 21 Rubber duck debugging Lecture 22 Reading error messages Lecture 23 3 B4 me Section 5: And finally. Lecture 24 Bonus content Designed for computer science teachers seeking to enhance their Python debugging and teaching skills.,Perfect for non-specialist teachers who want to build confidence in teaching Python effectively.,Tailored for educators teaching KS3 and GCSE computing in UK secondary schools. |