Cybersecurity Diploma Program in Winnipeg

This course introduces students to computer systems. Students learn the technical features of a computer, computer
hardware and software components, and computer system architecture.

The physical components of a computer, such as screens, monitors, and hard disks, need maintenance as they can
become damaged or deteriorate over time. Through this module, students will be ingrained in the servicing and repair of
PC hardware and its peripherals like fans, hard drives, keyboards, and printers to ensure the smooth running of the system.

Students learn how to solve software-based PC issues relating to operating systems (OS). The course will teach students
how to configure new software, update existing ones, troubleshoot, and fix software problems pertinent to installed
applications, viruses, malware, and network/internet problems to improve the performance of a PC system.

In this module, students learn scripting languages such as Python, PHP, jQuery, and Javascript used to automate web-based
processes, like adding dynamic content to enhance the functionality of applications and web pages. Students will be up-to-
date in programming languages such as HTML and CSS codes to instruct computers on how to display a website.

This course provides students with the knowledge and training to configure windows operating systems, such as Windows
11 Enterprise, Windows 11 IoT Enterprise, Windows 10 Enterprise, and Windows 10 IoT Enterprise on PCs and portable
devices, which allows software such as Windows Office Suite to function. Students also learn Windows 365 configuration
for cloud-based use.

The aim of this course is to continue building on the knowledge of Windows OS configuration, including how to configure
windows apps and devices. Students explore the methods and technologies to develop device management policies,
data loss prevention, and improving Windows OS and other integrated Azure features.

Students learn the features of Windows Server 2019, including how to install and upgrade it to a newer version. Students
will be taught network load balancing (NLB) and its implementation. They will also learn how to configure local storage
systems on Microsoft Windows Server 2019 machines and gain competency in providing technical support and
troubleshooting existing installations.

This course introduces students to Linux programming, a platform dedicated to making applications, interfaces, programs,
and software for use in servers, computer architecture, and computer security systems. The main focus of this module is for
students to get comfortable creating applications, interfaces, programs, and software using Linux code and learn about
the Linux Kernel to help them use, imitate, and develop Linux legally.

This course is designed to immerse students in the principles of ethical hacking, providing them with knowledge and skills required to identify and mitigate vulnerabilities within computer systems. In the rapidly evolving landscape of
cybersecurity, ethical hacking is a critical discipline that empowers professionals to assess and fortify the security of digital assets. Students will explore various hacking techniques, penetration testing methodologies and vulnerability assessment,
all within a legal and ethical framework. The course emphasizes hands-on Labs and real world scenarios, allowing students to apply their learning in simulated environments.

This course offers students a deep dive into the critical intersection of Cloud Technologies and cybersecurity. Covering
fundamental cloud computing models, security architecture, identity management, data encryption, network security,
incident response, and compliance considerations, this course ensures that students gain both theoretical and practical
skills. By exploring emerging trends and innovations in cloud security, students will be well prepared to address the
evolving challenges and opportunities presented by cloud-based infrastructures.

As computer systems have become complex and more vulnerable to hacking, cryptography has become more vital in
computer science to safeguard data. This course covers how to enhance cybersecurity by using cryptographic techniques
such as making a readable message unintelligible and then converting it back into a readable format. Students will also
explore the four foundational pillars of cryptography - confidentiality, non-repudiation, integrity, and authentication.

This course ensures students develop a comprehensive understanding of how internet protocols (IP) transmit and receive
data so that computer network devices like servers, routers, and endpoints can communicate, regardless of the differences
in their infrastructures, designs, or standards. Students will study different types of internet protocols, including TCP/ IP,
HTTP, FTP, IMAP, e.t.c.

Students are introduced to the basic function of network communications - routing and switching. The course covers how a
Cisco router connects different networks and how a switch connects multiple devices together to create small-to-medium
business networks, including wireless local area networks (WLAN) and security concepts. Students are equipped with the
knowledge of how to install, configure, operate, and troubleshoot medium-size routed and switched networks. The course
will also give students the foundational knowledge needed for the Cisco Certified Network Associate (CCNA) Routing
and Switching certification program for entry-level network engineers.

This course will introduce students to the theory of networks and develop a firm understanding of network types, network
applications, and network architecture. This module prepares them with the skills needed to set up, configure, critically
analyze, and evaluate network systems.

Students gain insight into the multitude of technologies, devices, processes, rules, and configurations designed to protect
the integrity and accessibility of computer networks and data through the use of software and hardware technologies.
The course covers security management tools and applications needed to secure computer networks from growing cyber
threats as network architecture is becoming more sophisticated. Students will learn network security types and the physical,
technical, and administrative controls needed to safeguard computer networks.

Students learn to utilize, configure and manage advanced networking services and features in Windows Servers.

Students learn about configuration hardening checklists and how to use them to ensure network security and windows systems remain secure at all times to prevent breaches and safeguard information.

This module introduces students to the key concept of Cyber Security, which is based on three fundamental concepts, known as The CIA Triad: Confidentiality, Integrity, and Availability.

Mobile device security refers to the measures in place to ensure sensitive information is stored and transmitted by and between laptops, tablets, and other electronic portable devices. Students become familiar with the threats associated with wireless computing devices and how to keep unauthorized users from accessing information.

In this module, students learn to analyze data to monitor and implement proactive security measures to identify potential threats to the system or weak points.

Students work with one of ABM College’s professional career counselors to develop and optimize a professional resume to put forward for employers. Additional support in job searching, interview techniques, and other career transition skills are offered to ensure students have the best possible work prospects.

This component requires students to be placed in a 5-week cybersecurity position, where they will gain innovative, hands-on experience and translate the skills they have learned in class.