Чему вы научитесь
- Students will master the core principles of data representation, security, and ethics while gaining a deep understanding of computer architecture, including CPU operations and Boolean logic. Through the application of the system life cycle and engineering principles, learners will design professional databases using SQL and explore the fundamental mechanics of Artificial Intelligence. The program also builds advanced programming expertise across various paradigms and algorithms, complemented by a thorough study of network protocols and internet operation principles. Specifically tailored for 12th graders, this course ensures total readiness for the NIS External Assessment by providing comprehensive coverage of every critical topic in the official syllabus.
О курсе
What are the goals of the course?
The primary goal is to prepare Grade 11–12 students for the External Summative Assessment (ESA) in Computer Science. The course focuses on systematizing theoretical knowledge and developing practical skills in accordance with official NIS and Cambridge international standards.
Why choose this specific course?
Unlike bulky textbooks, this course is built for efficiency. All complex theoretical topics are condensed into highly structured summary tables, allowing for rapid review before exams. The course syllabus directly mirrors official learning objectives, ensuring no time is wasted on irrelevant material.
What will students gain after successful completion?
- Systems & Security: You will master computer architecture and operating systems, perform complex binary calculations, and implement data security measures such as encryption and blockchain.
- Development & Data: You will design relational databases using SQL and ER modeling, develop mobile application interfaces, and implement data structures like stacks and binary trees.
- Engineering & Networks: You will gain a professional understanding of the OSI model and network protocols, evaluate SDLC models (Agile, Waterfall, Spiral), and conduct rigorous system testing using normal, extreme, and erroneous data.
What are the unique features of the course?
- Table-Centric Learning: Complex comparisons (e.g., RISC vs. CISC or network topologies) are visualized for better retention.
- Exam-Aligned Practice: Quizzes and tasks are designed to match the logic and format of actual ESA questions.
- Objective-Based Structure: Every lesson is tied to a specific learning objective code (e.g., 11.5.2.4 or 12.1.1.5).
What will students need to do?
Students will study concise theoretical notes, analyze comparative tables, and reinforce their learning through interactive exercises. Tasks include solving logic transformation problems, writing SQL queries, and identifying syntax or logical errors in program code.
Which sections and assignments are included?
The course is divided into 6 key modules covering the two-year curriculum:
- Data and Information: Number systems, information security, and ethics.
- Problem Solving: System life cycle (SDLC) and engineering requirements.
- Computer Systems: CPU architecture, memory management, and Boolean logic.
- Information Systems: Relational databases, SQL, and foundations of AI.
- Programming: Algorithms, data structures, web development, and mobile apps.
- Communication and Networks: The OSI model, protocols, and Internet operations.