This course focuses on the implementation and support of cloud-based infrastructure services in the context of the broader IT systems operations in a datacenter environment. Students will learn about the deployment, migration, optimization and protection of mission critical applications to the cloud. The course will explore the challenges of multi-cloud environments and the techniques to overcome these challenges. The course will begin with the fundamental concepts of cloud architecture
and design with an overview of the foundational technologies and concepts that comprise the cloud. From there students will explore the deployment and managing of cloud networks with a focus on the securing of cloud resources. Finally, the course will conclude with cloud optimization and high availability as important factors for security measures and disaster recovery. Throughout the course, emphasis is placed on the use of automation and orchestration, and troubleshooting.

This course provides the student with the knowledge and skills required to install, configure, manage and maintain server installations. The course will cover the server lifecycle through the following four themes: Server, virtualization and security concepts, managing physical assets, and server hardware and storage configurations; installing, troubleshooting and maintaining server operating systems; and managing data security, service and data availability and decommissioning.
Students will learn to install and configure server hardware and server operating systems. The course will then explore the implementation of server hardening and security controls, troubleshooting of common server problems and general server maintenance and upkeep. Finally, students will gain an understanding of key disaster recovery strategies, high availability options, and backup and restore concepts.

This course will provide the students with the knowledge and skills required to configure, manage, operate, and troubleshoot Linux in on-premises and cloud-based server environments. Students will learn to use security best practices, scripting, containerization, and automation. The course aligns its coverage to the CompTIA Linux+ exam objectives into blocks based around the following themes: Linux concepts; Server administration; Network management and security; Scripting, automation, and installation of Linux.

In this course, students will learn to use PowerShell scripting to automate the common tasks and administrative jobs that can be applied on the client or server version of Windows. The course starts with an introduction to the PowerShell language and scripting environment and then proceeds to a thorough explanation of creating functional scripts that can be used for performing common tasks that involve working with files, Internet-connected scripts, user interaction, and solving tasks in systems and enterprise management deployments such as working with Active Directory and the file system.

This course is a study of the theoretical fundamentals, protocols and standards on which computer networks are based and an introduction to the practical implementation of common types of networks, including the hardware used for their functionality and the configuration procedures used for setting them up. The course aligns to the first part of Cisco’s CCNA certification exam objectives.

This course builds and expands on the theory and skills gained in the preceding course: Introduction to Internetworking. Interconnecting Cisco Network Devices goes into more detail about network architecture, configuration, and functionality. Students will learn the complexities of network protocols and networking technologies for both Local Area Networks (LANs) and Wide Area Networks (WANs). There will be greater emphasis on network implementation and configuration using Cisco-based technology. Students will perform a large number and variety of hands-on labs to reinforce the theory they learn. The course aligns with the second part of Cisco’s CCNA certification exam objectives.

This course will explore the installation and administration of Windows Server on-premises, hybrid, and Infrastructure as a Service (IaaS) platform workloads. Students will learn to integrate Windows Server environments with Azure services and manage Windows Server in on-premises and hybrid networks. The course will explore the deployment, packaging, securing, updating, and administration of Windows Server workloads using on-premises, hybrid, and cloud technologies. Students will learn how to implement and manage on-premises and hybrid solutions, such as identity, security, management, compute, networking, storage, monitoring, high availability, and disaster recovery.

This course will continue the development of knowledge and skill in administering and configuring a Windows Hybrid Infrastructure. Students will develop their skills in the five key areas of securing Windows on-premises and hybrid infrastructures, implementing and managing Windows Server high availability, implementing disaster recovery, migrating servers and workloads to Azure, and monitoring and troubleshooting Windows Server environments.

This course introduces the skills and knowledge necessary to administer, configure, manage, and maintain Microsoft SharePoint. The course covers creating, managing, and navigating SharePoint sites, configuration of lists and libraries, information and people searches, working with webpages, wikis, blogs and community sites, managing work tasks and workflows, collaborating with Microsoft Office programs, working with Business Intelligence (BI), monitoring and protecting SharePoint content.

This course covers WLAN fundamentals, including technologies, standards, topologies, security, and deployment considerations. Students will explore the installation and administration of the basic wireless LANs, including architectural components, configuration, modes, discovery/association, roaming, security and troubleshooting. The course is intended to align with the objectives of the vendor– neutral Certified Wireless Network Administrator (CWNA) certification exam.

This course is a broad-based introduction to the theory of computer and network security. It teaches generalized security concepts without very detailed coverage of individual items, but is intended to prepare you to specialize in any number of security fields. Some of the topics covered by the course include computer system protection, network security, access control and authentication, cryptography and operational/organizational security. Extensive exercises and hands-on labs at every stage of the course will allow you to practice and reinforce the skills you acquire, while numerous review questions and case scenarios will give you the opportunity to test your knowledge of the presented material. This course has been designed to align with the objectives of CompTIA's Security+ certification exam, Exam SY0-601.

This course provides the student with an overview of the various risks and security vulnerabilities to which IT systems and infrastructures are commonly exposed to. The course with then explore the tools and techniques used to mitigate those risks. Students will explore the risks and exposures facing web servers and applications, Wi-Fi, Bluetooth, mobile devices and the general IT infrastructure. The course will then cover topics in Penetration testing, system hacking, social and physical security, malware and sniffers, SQL injections and cryptography, session highjacking, denial of service and other types of system attacks. The focus of the course will be to identify the risks and then apply countermeasures and prevention techniques.


 

The increased reliance on computer systems, the internet, connected technologies and smart devices has made cybersecurity a critical concern for organizations and individuals alike. Keeping devices, data and information secure and protected from vulnerabilities is a critical area of activity for all organizations. This course provides the students with an introduction to the field of cybersecurity. Students will be introduced to the four distinct challenges to creating a cybersecurity defense; securing the infrastructure, securing the devices, securing the local network and securing the perimeter. The course will explore the fundamental concepts of each challenge and the types of vulnerabilities associated with each. Students will learn how to identify the risks and vulnerabilities in each area and describe counteractions to mitigate the risks.

In addition to learning career-oriented skills, students learn how to get a job in their chosen profession. Our Employment Services department will assist the graduate in resume writing, as well as preparing for job interviews. Our staff is sensitive to current job market trends and the needs of employers in each local market.
Our graduates receive guidance and training to use career tools that help job seekers build a better resume and cover letter, manage an online portfolio, hone interviewing skills, and develop a personal brand online.
Students will have the use of a computer lab which has unlimited Internet access, as well as job search resources. Facilitators will also be made available to advise on job finding resources, interview skills and techniques and to carry out mock interviews.

This course also looks at the planning, preparation, execution, and follow-up stages of an interview:

• How people find jobs
• Employer expectations
• Presenting an enthusiastic attitude
• Focusing on the right job and the hidden job market
• Transferrable skills
• Thank you letters
• Effective telemarketing
• Handling objections, self-confidence, and self-esteem
• Individual counselling and coaching

This course is designed to allow the students to integrate the knowledge and skills acquired this program by completing a series of case study based projects. Students will be provided with a variety of case scenarios illustrating common situations encountered in the IT field and they must use the acquired knowledge and skill to develop and implement solutions to the proposed problems.