This course introduces students to the fundamental concepts and services of Microsoft Azure, a leading cloudcomputing platform. The first lesson covers cloud concepts, providing a foundational understanding of cloud computingmodels, deployment options, and the benefits of cloud services. Students will then delve into core Azure services,exploring essential components such as virtual machines, storage solutions, and networking features within the Azureenvironment. This course equips students with the knowledge necessary to navigate and utilize Azure’s cloud serviceseffectively, laying the groundwork for further modules.

This course provides an in-depth exploration of essential Azure solutions, management tools, and security features.Students will begin by learning about core solutions and management tools on Azure, including how to deploy, manage,and monitor Azure resources effectively. The course then focuses on security, covering both general security practicesand specific network security features within the Azure environment. Students will gain a comprehensive understandingof how to safeguard Azure resources, ensuring they are equipped to manage and secure cloud-based infrastructureefficiently.

This course focuses on the critical aspects of identity management, governance, and compliance within the Azure cloudenvironment. Students will start by exploring Azure’s identity, governance, privacy, and compliance features, learninghow to manage user identities, control access, and ensure regulatory compliance. The course then addresses Azurepricing, service level agreements (SLAs), and resource lifecycles, providing students with the knowledge needed tomanage costs, understand service commitments, and effectively handle the lifecycle of Azure resources. This courseprepares students to implement robust identity and governance strategies while managing and optimizing Azure cloudservices.

In this course, students will be introduced to the fundamentals of networking, including key concepts and protocols. They will also learn about network infrastructure and the importance of proper documentation in managing networks. Additionally, the course covers addressing, a critical component of network configuration and management. By the end, students will have a solid introduction to networking, preparing them for more advanced topics later in the program.

In this course, students will explore essential networking protocols that enable communication between devices,including TCP/IP protocols, encryption protocols, and remote access protocols. They will also learn about cabling,including transmission basics. They will discover different types of cabling and how to troubleshoot them. Finally, theywill delve into wireless networking, covering setup, configuration, and troubleshooting. This course equips students withthe knowledge and skills needed to manage both wired and wireless networks effectively.

In this course, students will study network architecture, including physical architecture, virtual architecture, and cloud architecture. They will explore segmentation, a technique used to improve network performance and security, including concepts of subnetting and VLANs. Finally, students will gain insights into Wide Area Networking (WAN), which connects networks across large geographical areas. They will learn routing protocols, securing WAN connections, and troubleshooting WAN connections.

In this course, students will focus on critical aspects of network security and resilience. They will learn about risk management, identifying and mitigating potential threats to network integrity. The course also covers incorporating security into network design, ensuring that networks are both secure and efficient. Additionally, students will explore performance optimization and recovery strategies to maintain network functionality during and after disruptions.

In this course, students will explore the fundamentals of protecting digital information through a detailed examination ofvarious security principles, threat actors, and attack vectors. The first lesson covers the essentials of informationsecurity, including types of threats such as cybercrime, insider threats, and nation-state actors, as well as frameworks,regulations, and resources for managing security. The second lesson delves into pervasive attack surfaces and controls,addressing social engineering, physical security, and data protection strategies. The course also includes an in-depthstudy of cryptography, starting with fundamental concepts and moving to advanced topics like digital certificates, publickey infrastructure (PKI), and secure communication protocols. Through hands-on projects and case studies, studentswill develop practical skills in safeguarding information and implementing effective security measures.

In this course on Device Security, students will gain a deep understanding of protecting various types of devices fromvulnerabilities and attacks. The course begins with an exploration of endpoint vulnerabilities, including malware attacksand application vulnerabilities, and covers strategies for securing and hardening endpoint devices through effectivepatch management. It then addresses the security of mobile and embedded devices, focusing on risks, protectionmethods, and secure coding techniques for applications. The course also delves into Identity and Access Management(IAM), covering various authentication credentials, best practices for secure authentication, and access controlschemes. Through hands-on projects and case studies, students will develop practical skills for safeguarding endpoints,mobile devices, and managing user access effectively.

In this course on Infrastructure and Architectures, students will explore advanced topics in securing IT environments.The course begins with an examination of infrastructure threats and security monitoring, including various networkattacks and methods for monitoring and alerting. Students will learn about security appliances, secure infrastructuredesign, and technologies such as VLANs, DMZs, and Zero Trust. The course also covers wireless network attacks anddefenses, including vulnerabilities and protections for various wireless technologies. Finally, students will delve intocloud and virtualization security, covering cloud computing models, vulnerabilities, and security controls, as well asvirtualization security concerns. Through hands-on projects and case studies, students will gain practical skills insafeguarding complex IT infrastructures.

In the "Operations and Management" course, students will delve into key aspects of managing and maintaininginformation security. The course begins with vulnerability management, covering scanning, threat intelligence, andaddressing vulnerabilities through audits and penetration testing. Students will then focus on incident preparation andinvestigation, learning about business continuity, incident response planning, and digital forensics. The course alsoincludes oversight and operations, emphasizing governance, compliance, security operations, and the role ofautomation and artificial intelligence in security management. Finally, students will explore information securitymanagement, focusing on asset protection, change management, and risk management. Through hands-on projectsand case studies, students will develop practical skills in securing and managing IT environments.

This course is a step-by-step walk through of an industrial building, providing the basics on installing an industrial wiring system. The student will be able to work with specialized systems, read plans and site work specs, and apply concepts of each wiring process.

This course focuses on the essential skills needed to support and troubleshoot a wide range of devices in the ITenvironment. Students will begin by learning about hard drives and other storage devices, including installation,maintenance, and troubleshooting techniques. The course then covers input/output (I/O) devices, such as keyboards,mice, displays, and fingerprint readers, providing students with the knowledge to support and resolve issues withperipheral devices. In the third lesson, students will explore mobile device support, addressing the unique challenges ofsmartphones, tablets, and other portable technologies. The course concludes with supporting printers, where studentswill gain the skills to manage and troubleshoot printing devices, a common task in IT roles. This course preparesstudents to handle the diverse range of devices they will encounter in the field.

This course provides a comprehensive overview of networking and security principles essential for any IT professional.Students will start with networking fundamentals, covering key concepts such as network topologies, protocols, anddevices. The course then explores network infrastructure and cloud computing, giving students insight into modernnetwork setups and the integration of cloud services. Security strategies are emphasized, teaching students how toprotect systems from threats and vulnerabilities. The course also covers securing and sharing Windows resources,ensuring students can manage and protect data within Windows environments. Mobile device security is addressed,focusing on safeguarding portable devices. Finally, students will learn about network security and troubleshooting,gaining practical skills in identifying and resolving security issues in networked environments. This course equipsstudents with the foundational knowledge needed to secure and manage networks effectively.

This course dives into the core responsibilities of IT professionals in managing and supporting various operatingsystems. Students will begin by exploring the complex world of IT professionals, understanding the diverse roles andchallenges in the field. The course then focuses on Windows, starting with installation, followed by maintaining thesystem for optimal performance. Students will also learn to troubleshoot both startup issues and post-startup problems,developing critical diagnostic skills. Beyond Windows, the course expands to supporting MacOS, equipping studentswith the knowledge to manage and troubleshoot Apple’s operating system. Finally, students will explore Linux andscripting, gaining hands-on experience with alternative operating systems and essential scripting techniques. Thiscomprehensive course prepares students to effectively support and manage a wide range of operating systems in anyIT environment.