L1 - Designing And Writing Software Programs

Page 1: Classroom Expectations

  • Instructions to use F5 to launch the PowerPoint presentation for animations and hyperlinks.

Page 2: Classroom Essentials

  • Required materials include:

    • Writing Materials

    • Exercise Book

    • Diary

    • Calculator

    • Laptop

    • App Log-in Details

  • Reminder to press F5 for PowerPoint animations and hyperlinks.

Page 3: Perspective

  • Activities include:

    • Take Notes

    • Exercise Read

    • Discussion

  • Important symbols related to PowerPoints include:

    • Research

    • Learning Goals (L-Goals)

    • Instructions

    • Video

    • Adobe

    • Feedback

    • Group Work

    • Homework Questions

    • Answers

    • Group Teaching

  • Reminder to press F5 for PowerPoint functionalities.

Page 4: Topic Overview

  • Topic 7 focuses on:

    • Creating Simulations

    • Lesson 1: Designing and Writing Software Programs

    • Date: 12/11/24

  • Reminder to access additional features through F5 in PowerPoint.

Page 5: Learning Goals

  • Objectives for students include:

    • Identifying and applying software design principles for structured code solutions.

    • Planning and creating basic software programs with clear documentation to aid problem-solving.

Page 6: Instructions for Students

  • Students are to:

    • Read and discuss relevant content about software design and programming.

    • Engage in discussions with the teacher.

    • Complete an associated exercise.

Page 7: Key Terms

  • Essential terminology for students to understand includes:

    • Control Structures

    • Variables

    • Operators

    • Assignment statements

    • Built-in functions

    • Data types.

Page 8: Key Principles for Writing Effective Python Applications

  • Planning and Structuring: Breakdown tasks into modular components; use flowcharts/pseudocode.

  • Code Efficiency: Prioritize clean, reusable code with comments; maintain single-purpose functions.

  • Error Handling: Use try-except blocks for error management and code stability.

Page 9: Python Best Practices for Application Development

  • Use Libraries: Utilize Python libraries (e.g., NumPy, Pandas, Flask) to facilitate tasks.

  • Testing and Debugging: Implement unit tests and use debugging tools (e.g., pdb) for early issue identification.

  • User Interface: Enhance user experience with GUIs using frameworks such as Tkinter or PyQt.

Page 10: Discussion Topics – Python

  • What Python libraries or frameworks have been useful in previous projects?

  • Common organizational challenges in code structuring.

  • How does error handling contribute to application reliability?

Page 11: L1 – Exercise Instructions

  • Questions related to useful Python libraries, coding challenges, and error handling.

  • Create or continue a Word document titled "Topic 8 - Developing Apps and OOP."

  • Answer using the PEEL method where applicable.

Page 12: Completed Work Checklist

  • Ensure that students have:

    • Read and understood the content.

    • Viewed the relevant video.

    • Completed the required exercise.