UNIT 6: MATHEMATICS

Categories: level 3
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About Course

The aim of the “Mathematics” module for the IT Diploma – Level 3 programme is to develop students’ mathematical skills and knowledge essential for understanding and solving problems in information technology. This module focuses on fundamental mathematical concepts, techniques, and applications relevant to various IT domains, including algorithms, data structures, cryptography, and network analysis. By strengthening their mathematical foundation, students will be better equipped to tackle technical challenges, enhance their logical reasoning abilities, and apply quantitative methods to IT-related tasks and projects.

What Will You Learn?

  • the "Mathematics" module for the IT Diploma - Level 3 programme is to develop students' mathematical skills and knowledge essential for understanding and solving problems in information technology. This module focuses on fundamental mathematical concepts, techniques, and applications relevant to various IT domains, including algorithms, data structures, cryptography, and network analysis.

Course Content

LO1. Understand fundamental mathematical concepts relevant to IT.
1. Written Assessments: 1.1 Explain basic arithmetic operations, algebraic expressions, and equations. 1.2 Describe the properties and applications of different types of functions (linear, quadratic, exponential, etc.). 1.3 Illustrate the principles of set theory and logical operations.

LO2. Apply appropriate methodologies and tools in project execution.
2. Practical Assessments: 2.1 Use algebraic methods to solve equations and inequalities. 2.2 Employ trigonometric and geometric principles to solve problems involving angles, shapes, and distances. 2.3 Apply statistical methods to analyze data sets and interpret results.

LO3. Evaluate project outcomes and reflect on lessons learned.
3. Project-based Assessments: 3.1 Develop algorithms using mathematical principles such as recursion, iteration, and modular arithmetic. 3.2 Analyze the efficiency and complexity of algorithms using mathematical techniques. 3.3 Solve problems related to data structures, such as arrays, lists, and trees, using mathematical reasoning.

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