United University

Informatics Grade 7. Algorithms and programs. Collection 1

Course Difficulty Icon Intermediate
Course Type Icon Course
Course Duration Icon 15 hrs
Language version

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More information

  This interactive course is designed to introduce students to the exciting world of algorithms and programming. It includes text-based materials, media files, and interactive tests to reinforce knowledge and develop problem-solving skills in a dynamic and engaging manner.

Key Features of the Course:

  • Interactive Tests and Exercises: Students will enjoy quizzes and tasks that provide immediate feedback and encourage active learning.
  • Real-World Applications: Practical examples help students understand the role of algorithms and programs in everyday life.
  • Collaborative Learning: Group projects and discussions enhance teamwork and communication skills.

Course Modules

Module 1: Algorithms and Programs

  • Lesson 7: Programming Language. Programming Environment
    - Introduction to basic programming concepts
    - Exploring programming environments
  • Lesson 8: Quantities. Variables. Assignment indication
    - Understanding data types and variables
    - Practical exercises on assignment operations
  • Lesson 9: Additional Modules
    - Overview of modular programming
    - Benefits and applications of modularization
  • Lesson 10: Text Variables and Operations
    - Handling text data in programs
    - Performing operations with text variables
  • Lesson 11: Logical Data Types. Conditional Statements
    - Working with logical data types
    - Writing and debugging conditional structures
  • Lesson 12: Iterative Algorithms in Programming Languages
    - Understanding loops and repetition
    - Writing programs with iterative structures
  • Summary: Consolidating knowledge and reviewing key concepts

Expected Learning Outcomes:

  • Gain proficiency in using a programming language and environment.
  • Understand and utilize variables and assignment operations.
  • Create and debug algorithms for numerical data manipulation.
  • Develop knowledge of modular programming and graphical primitives.
  • Handle text variables and perform text-based operations.
  • Debug and fine-tune programs within the programming environment.
  • Write programs using sequential, conditional, and repetitive algorithmic structures.
  • Design programs to solve educational and practical tasks.

This course not only provides foundational knowledge of algorithms and programming but also encourages creativity and critical thinking. By the end of the course, students will be equipped with the skills to develop functional and innovative programs, laying the groundwork for future endeavors in computer science and problem-solving.

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