Yakili | upper sixth computer science

Course / Course Details

upper sixth computer science

By - High School Computer Science Tutor
30 students
166 Hours 40 Min
(0)

Course Requirements

Upper-Sixth Computer Science course is designed to provide students with a comprehensive understanding of advanced concepts and skills in the field of computer science. This course aims to equip students with the necessary knowledge and expertise to pursue further studies or careers in computer science and related fields. Course Description: The Upper-Sixth Computer Science course will cover a wide range of topics, including but not limited to: 1. Advanced Programming: Students will delve into advanced programming languages and techniques, focusing on object-oriented programming, data structures, algorithms, and software engineering principles. 2. Artificial Intelligence: This module will introduce students to the fundamentals of artificial intelligence, including machine learning, neural networks, natural language processing, and expert systems. 3. Database Systems: Students will gain an in-depth understanding of database management systems, including relational databases, SQL queries, normalization, and data modeling. 4. Web Development: This module will explore advanced web development concepts, including front-end and back-end technologies, web frameworks, responsive design, and web security. 5. Computer Networks: Students will learn about the architecture, protocols, and security of computer networks, as well as network administration and troubleshooting.

Course Description

UPPER-SIXTH COMPUTER SCIENCE course is designed to provide advanced knowledge and skills in the field of computer science to students in their final year of secondary education. This comprehensive program aims to equip students with a deep understanding of fundamental concepts, principles, and applications in computer science. Through a combination of theoretical learning and practical hands-on experience, students will explore topics such as algorithms, programming languages, data structures, computer architecture, artificial intelligence, and software development. The course will also emphasize problem-solving, critical thinking, and analytical skills, enabling students to tackle complex challenges in the digital age. By the end of the UPPER-SIXTH COMPUTER SCIENCE course, students will have developed proficiency in programming languages, gained expertise in algorithm design, and acquired the ability to analyze and solve real-world problems through computational thinking. This course serves as a solid foundation for those aspiring to pursue higher education or careers in computer science, software engineering, data analysis, or related fields. With a professional tone of voice, this course aims to provide a rigorous and engaging learning experience, preparing students for the ever-evolving world of technology and innovation.

Course Outcomes

Course Outline: I. Introduction to Upper-Sixth Computer Science A. Overview of the course objectives and learning outcomes B. Introduction to the importance of computer science in today's world C. Discussion on the relevance of Upper-Sixth Computer Science in career prospects II. Fundamentals of Computer Science A. Understanding the basic components of a computer system B. Introduction to programming languages and their significance C. Exploring algorithm design and problem-solving techniques III. Data Structures and Algorithms A. Overview of data structures and their implementation B. Analysis of algorithms and their efficiency C. Hands-on exercises to practice implementing data structures and algorithms IV. Object-Oriented Programming A. Introduction to object-oriented programming concepts B. Understanding classes, objects, and inheritance C. Practical implementation of object-oriented programming using a programming language V. Database Management Systems A. Introduction to database concepts and models B. Overview of relational database management systems C. Hands-on experience in designing and querying databases VI. Web Development A. Understanding web technologies and protocols B. Introduction to HTML, CSS, and JavaScript C. Practical exercises to develop interactive web applications VII. Artificial Intelligence A. Overview of artificial intelligence and its applications B. Introduction to machine learning algorithms and techniques C. Hands-on projects to implement AI algorithms VIII. Ethical and Legal Considerations in Computer Science A. Discussion on ethical issues related to computer science B. Understanding legal aspects and intellectual property rights C. Case studies and debates on ethical dilemmas in the field IX. Project Work A. Independent or group projects to apply the knowledge and skills acquired B. Project planning, implementation, and documentation C. Presentation and evaluation of the projects X. Exam Preparation and Revision A. Review of key concepts and topics covered in the course B. Practice exams and quizzes to assess understanding C. Guidance on exam preparation strategies Note: This course outline is subject to modification based on the specific curriculum and requirements of the Upper-Sixth Computer Science program.

Course Curriculum

13 chapters
61 lectures
0 quizzes
166 Hours 40 Min total length

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1 INTERNET

4 Min

2 THE MICROSOFT WORD PROGRAM

7 Min

3 A SLIDESHOW FROM THE CURRENT SLIDE ms power point

4 Min

4 THE MOTION PATH ms power point

5 Min

5 PAGE LAYOUT

6 Min

6 PRACTICAL LESSON; INFORMATION ORGANIZATION

8 Min

7 NUMBERING

4 Min

8 INSERT SHAPE

5 Min

9 INSERT TAB

6 Min

10 HOW TO INSERT TABLE OF CONTENT

9 Min

11 HOW TO INSERT A PICTURE

8 Min

12 HOW TO INSERT A LIST OF FIGURES

3 Min

13 FOOTER

3 Min

14 DROPCAP

3 Min

15 CREATING A DOCUMENT

9 Min

16 HOW TO EDIT IN MICROSOFT EXCEL

6 Min

17 THE TRANSITION TAB POWER POINT

4 Min

18 THE REVIEW TAB AND THE VIEW TAB ms power point

5 Min

19 THE MOTION PATH ms power point 2

5 Min

20 THE INSERTTAB (PART 2) POWER POINT

7 Min

21 THE HOMETAB POWER POINT

7 Min

22 THE EMPHASISANIMATION

5 Min

23 THE TRANSITION TAB(EXCITING TRANSITIONS) POWER POINT

4 Min

24 MICROSOFTPOWERPOINT

4 Min

25 HOW TO MAKE YOUR SLIDESHOW TO FUNCTION WITHOUT NECESSARILY CLICKING ms power point

3 Min

26 HOW TO MAKE YOUR SLIDESHOW TO FUNCTION WITHOUT NECESSARILY CLICKING ms power point 2

4 Min

27 EXIT ANIMATIONS ms power point

4 Min

28 DESIGNING IN POWER POINT

7 Min

29 ANIMATION TIMING

6 Min

30 ANIMATION ms power point

5 Min

1 Hardware Classification and Computer Organization

6 Min

2 Computer System Architecture and Organization

7 Min

1 Computer Architectures and Organization

7 Min

2 Processor Configuration and Computer Architecture Design

8 Min

3 Parallel Processing and the Machine Instruction Cycle Curriculum

5 Min

4 Polling and Interrupts in Computer Architecture

6 Min

1 Machine Language Interpretation and Low-Level Programming

8 Min

1 Number Systems and Binary Arithmetic

6 Min

2 Binary Arithmetic and Base Conversion

6 Min

3 Fundamentals of Binary Coding Schemes

6 Min

1 Logic Gates and Binary Algebra

6 Min

2 Logic Gates and Digital Adders

8 Min

3 The Architecture and Implementation of Information Systems

8 Min

1 Strategic Hierarchies and Information Flows in Management Organizations

4 Min

2 Architectures and Applications of Modern Information Systems

9 Min

3 Foundations of System Design and ICT Modelling

7 Min

1 Types of Database Systems

8 Min

2 Foundations of Relational Database Management Systems

7 Min

1 Relational Database Concepts and Normalization

9 Min

2 Mastering Relational Database Design and SQL Implementation

8 Min

1 Mastering the Database Development Life Cycle

8 Min

2 Database Normalization Training Guide- 1NF to BCNF

9 Min

3 Foundation and Management of Data Integrity and Dependencies

6 Min

4 SQL Dependencies- Principles of Data Definition and Manipulation

9 Min

1 Bridge to Data- Scripting PHP and MySQL Connections

6 Min

1 Algorithmic Design Strategies- Computational Complexity and Big O Notation

10 Min

2 Algorithmic Design- Systematic Strategies for Complex Problem Solving

6 Min

3 Foundations of Computational Search and Data Retrieval Strategies

9 Min

4 Comprehensive Guide to Fundamental Sorting Algorithms

7 Min

1 Methodologies for Accurate Data Collection in Software Development

9 Min

2 The Software Development Life Cycle- A Systematic Framework

8 Min

Instructor

High School Computer Science Tutor

Our high school computer science tutor plays a crucial role in helping students develop computational thinking skills, programming proficiency, and digital literacy.

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