Introduction

1- Introduction 2- Understand applications of information technology: Analyze hardware and software uses, strengths, and limitations. 3- Understand ethics involved in information technology: Analyze nature of information technology ethics and its application to IT. 4- Introduction 5- Quadratic Equations: Understand the nature of roots and rules of exponents and logarithms. 6- Functions: Explain the relationship between domain, range, and functions. 7- Maximum and Minimum Values: Compute values for various functions and measures. 8- Impact on Hardware Design: Analyze the effects of different equations on hardware design. 9- Summary Measures: Calculate summary measures accurately. 10- Probability Models: Define and interpret probability models. 11- Estimation and Hypothesis Testing: Evaluate methods for estimation and hypothesis testing. 12- Introduction 13- Statistical Methodologies: Analyze the concepts of statistical methodologies. 14- Understand a range of operating systems: Analyze PC hardware functionalities, install and commission a working personal computer. 15- Understand Windows and Linux operating systems: Analyze the usage and role of an operating system, establish a disc operating environment appropriate 16- Introduction 17- Photo editing techniques: Apply retouching and repairing techniques correctly using Photoshop. 18- Creating illustrations: Use illustration software tools to create illustrations to the required standard. 19- Techniques for creating movement in a graphical environment: Analyze techniques to create movement in a graphical environment. 20- Relational database concept: Define the concept of a relational database. 21- Entity-relationship diagram: Build an entity-relationship diagram, derive relations, and validate relations using normalization. 22- Database creation: Create a database using Data Definition Language (DDL) and manipulate it using Data Manipulation Language (DML). 23- Introduction 24- Analyse nature and features of a logical network: Understand the characteristics and elements of a logical network. 25- Analyse differences between network architectures: Compare and contrast various network architectures. 26- Analyse functionality of each layer in an OSI network model: Understand the purpose and operations of each layer in the OSI model. 27- Define IP address and subnet masks correctly: Learn how to accurately define and use IP addresses and subnet masks. 28- Analyse rules of network protocols and communications: Understand the principles and guidelines governing network protocols and communication. 29- Analyse differences within the physical layer: Identify and comprehend the variances within the physical layer of a network. 30- Introduction 31- Analyse nature and requirements of a physical network: Understand the purpose and needs of a physical network system. 32- Analyse requirements of different networking standards: Identify and comprehend the specifications and demands of various networking standards. 33- Set up and configure LAN network devices to the required configuration: Establish and adjust LAN network devices according to the necessary settings. 34- Understand components and interfaces between different physical networking attributes: Gain knowledge of the connections. 35- Analyse requirements for the ongoing maintenance of a physical network operating system: Evaluate the needs for maintaining a physical network operator. 36- Assess implications of different connectivity considerations: Evaluate the consequences and effects of various connectivity factors. 37- Analyse purpose and implications of different protocols of the application layer. 38- Install and configure a firewall to the required standard: Set up and adjust a firewall according to the necessary standards. 39- Document actions taken in response to threats to security to the required standard: Record the steps taken to address security threats. 40- Determine the source and nature of threats to a network: Identify the origin and characteristics of potential threats to a network. 41- Take action to mitigate identified risks that is appropriate to the nature and scale of the risk.