Next, we'll introduce the basics of computer hardware and software, laying the foundation for understanding IT systems by covering essential components and their functionalities in both hardware and software realms.

Transitioning to hardware, we'll delve into the external components of laptops and desktops, offering insights into their physical structures and functionalities, providing learners with a comprehensive understanding of computer anatomy.

Continuing our exploration of hardware, we'll venture into the internal components of PCs and laptops, focusing on upgrade options and maintenance procedures to empower learners with practical skills for hardware management.

Shifting focus to software, we'll discuss the various types of operating systems, including Windows, macOS, and Linux, exploring their features, capabilities, and common usage scenarios.

In this section, we'll compare and contrast the use of Windows and macOS in the workplace, examining their strengths, weaknesses, and compatibility considerations to equip learners with insights for decision-making in diverse IT environments.

Exploring foundational concepts, we'll explain the BIOS (Basic Input/Output System) and its significance in computer boot processes and hardware configurations, providing learners with essential knowledge for system management.

We'll provide a step-by-step guide on installing Windows 10 from a USB drive, a fundamental skill for IT professionals, ensuring learners are equipped with practical know-how for OS deployment and system setup.

Following the installation process, we'll delve into the basics of the Windows operating system, covering essential navigation techniques, system customization options, and key system settings to familiarize learners with the Windows environment.

Continuing with software management, we'll explore application management on Windows platforms, covering installation methods, software updates, and procedures for removing unwanted applications, ensuring learners can effectively manage software deployments and maintenance.

How do you install, manage and delete apps on a windows computer? Let's talk about that.

In this segment, we'll discuss the importance of maintaining approved application lists and strategies for managing them effectively, emphasizing the significance of software compliance and security in organizational IT environments.

Transitioning to hardware management, we'll address the significance of hardware drivers and provide guidance on their installation, updates, and troubleshooting processes, empowering learners with skills for maintaining hardware compatibility and functionality.

Next, we'll address common troubleshooting scenarios, including OS, software, and hardware issues, offering strategies and best practices for identifying and resolving technical problems efficiently to minimize downtime and optimize system performance.

In this segment, we'll discuss the simple yet effective troubleshooting technique of turning devices off and on again to resolve issues, highlighting its efficacy in resolving various technical glitches and restoring system functionality.

We'll cover the conventions for naming computers in a network, emphasizing the importance of consistency and organization in network management for efficient communication and resource access.

Transitioning to server infrastructure, we'll provide an introduction to servers and storage systems, elucidating their roles in IT environments and laying the groundwork for understanding server deployment and management.

Moving on, we'll offer a physical overview of rack servers and compare them to traditional desktop setups for server deployment, providing insights into server hardware configurations and considerations for optimal performance and scalability.

Continuing our exploration of server environments, we'll delve into the differences between physical and virtual server deployments, highlighting the benefits and challenges of each approach and their implications for IT infrastructure management.

Advancing further, we'll explore server vs mainframe vs supercomputer functionalities, elucidating their distinct roles and capabilities in processing and managing data, providing learners with a comprehensive understanding of diverse computing architectures.

Servers can be used for many purposes. Let's look at some of the most common server types used in businesses.

Transitioning to network infrastructure, we'll delve into the fundamentals of domains and how they interact with Active Directory (AD), discussing their roles in centralizing network management and user authentication for streamlined IT operations.

Let's dive deeper into AD, and look at what AD looks like. Learning AD is essential for every tech professional.

Continuing with network essentials, we'll provide an overview of DHCP (Dynamic Host Configuration Protocol), highlighting its role in automating IP address assignment and network configuration to simplify network administration.

Shifting focus to DNS (Domain Name System), we'll discuss its importance in translating domain names to IP addresses and facilitating internet communication, providing learners with insights into DNS operations and management.

Moving on, we'll explore how DNS works specifically on Windows computers, detailing the DNS resolution process and common DNS configurations to empower learners with practical knowledge for DNS management.

Continuing with network management, we'll provide guidelines on effectively naming servers in a network, emphasizing the importance of naming conventions for organization and accessibility in IT environments.

In this segment, we'll demonstrate how to use Remote Desktop to log in to a server remotely, enabling learners to access and manage server resources from remote locations for efficient IT administration.

Next, we'll guide learners through the process of joining Windows machines to a domain, covering domain authentication methods and configuration settings for seamless integration into network environments.

Similarly, we'll discuss the process of joining Mac machines to a domain, offering step-by-step instructions and configuration tips for integrating macOS devices into Active Directory environments.

Transitioning to storage infrastructure, we'll compare SAN (Storage Area Network) and NAS (Network Attached Storage) systems, elucidating their differences in architecture, functionality, and use cases for storage management.

Delving deeper into storage management, we'll explore the differences between traditional RAID configurations, highlighting their strengths, weaknesses, and suitability for various storage requirements.

Transitioning to infrastructure management, we'll provide an introduction to data centers and network architecture, outlining their components and functionalities in supporting IT operations and services.

So what's the difference between each??

Continuing our exploration of data centers, we'll offer insights into the components and layout of these facilities, emphasizing their role in housing and managing critical IT infrastructure.

Shifting focus to network devices, we'll discuss the functionalities of switches and their importance in facilitating communication between devices within a network, providing learners with essential networking knowledge.

Moving on, we'll explore the role of routers in network infrastructure, covering their functions in routing data packets between networks and ensuring efficient data transmission across interconnected systems.

Next, we'll introduce learners to firewalls and their significance in network security, discussing their role in filtering network traffic and enforcing security policies to protect against unauthorized access and cyber threats.

Continuing with network essentials, we'll provide an overview of networking protocols and standards, covering common protocols such as TCP/IP and their role in enabling communication between devices on a network.

Transitioning to IP address management, we'll discuss DHCP vs Static IP addressing for both Mac and PC devices, comparing their benefits and use cases in network configuration and management.

Shifting to physical connectivity, we'll explore office cabling for connecting computers to network switches, providing guidance on cable types, installation techniques, and best practices for network infrastructure setup.

Moving beyond computers, we'll discuss office and desk phones, highlighting their role in business communications and strategies for managing and configuring telephone systems in office environments.

Continuing with peripheral management, we'll cover printer and multifunction device (MFD) management, discussing their setup, configuration, and maintenance to ensure seamless printing and scanning operations in office environments.

Transitioning to virtualization technology, we'll provide an introductory overview, explaining the concept of virtualization and its significance in optimizing IT infrastructure and resource utilization.

Delving deeper into virtualization, we'll explore server virtualization, discussing hypervisor technology and its role in partitioning physical servers into multiple virtual instances for efficient resource allocation and management.

Next, we'll compare desktop and server virtualization, highlighting their respective benefits and use cases in desktop management and server consolidation initiatives, empowering learners with insights into virtualization strategies.

Concluding our discussion on virtualization, we'll offer final thoughts on the technology, discussing emerging trends, challenges, and considerations for implementing virtualization solutions in diverse IT environments.

Transitioning to infrastructure deployment models, we'll explore on-premises, cloud, and hybrid environments, discussing their characteristics, benefits, and considerations for IT infrastructure planning and implementation.

Moving to cloud infrastructure, we'll discuss server deployment in the cloud, covering cloud computing models, service offerings, and best practices for leveraging cloud resources to meet organizational needs.

Continuing with cloud technology, we'll delve into cloud security measures, discussing strategies for protecting data, applications, and infrastructure in cloud environments to ensure confidentiality, integrity, and availability.

Shifting focus to cybersecurity, we'll explore strategies for staying safe online, covering best practices for identifying and mitigating cyber threats, and safeguarding personal and organizational data from malicious actors.

Expanding on online security, we'll discuss secure web browsing practices, highlighting techniques for protecting against malware, phishing attacks, and other online threats to maintain a secure browsing experience.

Transitioning to data protection, we'll explore the concept of backups, discussing their importance in safeguarding data against loss, corruption, and cyber threats, and ensuring business continuity.

Continuing with data protection measures, we'll discuss backup software solutions, highlighting key features and considerations for selecting and implementing backup solutions to meet organizational needs.

Delving into backup strategies, we'll explore incremental, differential, and full backups, discussing their differences, advantages, and use cases in data protection and recovery planning.

Next, we'll discuss backup media options, covering various storage mediums such as tapes, disks, and cloud storage, and discussing their suitability for different backup requirements and retention policies.

Transitioning to backup best practices, we'll introduce the 3-2-1 backup rule, emphasizing the importance of maintaining multiple copies of data across different storage locations to ensure redundancy and resilience.

Concluding our discussion on data protection, we'll explore disaster recovery planning, discussing strategies and procedures for recovering data and restoring operations in the event of a disaster or data loss incident.

Shifting focus to cybersecurity, we'll provide an introductory overview of cyber threats, discussing common attack vectors, and highlighting the importance of proactive security measures in safeguarding against cyber attacks.

Continuing with cybersecurity, we'll explore network security devices, discussing firewalls, intrusion detection systems (IDS), and other security appliances, and their role in protecting networks from unauthorized access and malicious activities.

Delving into specific cyber threats, we'll discuss malware, exploring different types such as viruses, worms, and trojans, and discussing their characteristics and impacts on systems and data.

Malware can come in different shapes and forms. Let's look at the basics of Malware and how to protect yourself.

Moving on to social engineering, we'll explore how attackers exploit human psychology to manipulate individuals into divulging sensitive information or performing unauthorized actions, and discuss strategies for recognizing and preventing social engineering attacks.

Next, we'll discuss Distributed Denial of Service (DDoS) attacks, exploring how attackers flood network resources to disrupt services and operations, and discussing mitigation strategies to defend against DDoS attacks and maintain service availability.

Shifting focus to password security, we'll discuss the importance of strong, unique passwords, and strategies for creating and managing passwords securely to prevent unauthorized access and data breaches.

Continuing our discussion on password security, we'll provide a list of common passwords to avoid, highlighting the importance of using unique and complex passwords to protect accounts and sensitive information.

Moving on to authentication, we'll explore Multi-Factor Authentication (MFA), discussing its role in adding an extra layer of security by requiring multiple forms of verification to access accounts and systems.

Transitioning to IT processes and policies, we'll provide an introductory overview, discussing the importance of establishing standardized procedures and guidelines for IT operations and security management

Continuing with IT processes, we'll explore helpdesk ticketing systems and triage processes, discussing best practices for managing and prioritizing support requests to ensure timely resolution of technical issues.

There are many items that need to be compelted before, during and after an employee starts with a company. Let's look at whats involved.

Shifting focus to incident response, we'll explore strategies and procedures for effectively managing and mitigating IT incidents, ensuring minimal disruption to operations and services.

Shifting focus to incident response, we'll explore strategies and procedures for effectively managing and mitigating IT incidents, ensuring minimal disruption to operations and services.

Continuing with security management, we'll discuss security monitoring, exploring the importance of continuous monitoring and analysis of network activities to detect and respond to security threats in real-time.

Moving forward with IT governance, we'll introduce Standard Operating Environment (SOE) development, discussing the creation and maintenance of standardized configurations for IT systems and devices to ensure consistency and security.

Transitioning to data management, we'll explore log management, discussing the collection, storage, and analysis of system logs to monitor activities, troubleshoot issues, and maintain security compliance.

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Concluding our exploration of IT fundamentals, we'll wrap up with an outro, summarizing key takeaways from the course and encouraging learners to continue their journey in IT support and helpdesk operations.