Cybersecurity
Bootcamp Providing the Competitive Career
Edge You
Need to Succeed

Introductory Course (4 Weeks)

The primary objective of the Introductory Course is to introduce participants to the cybersecurity industry and the multitude of opportunities that exist within the current landscape. In addition, the course provides an overview of some of the core concepts in cybersecurity and previews how those concepts will be covered within the extended program. When the course ends, learners complete an assessment exam and consult with an admissions advisor who can help them make an informed decision on whether they are a good fit to continue to the extended program and if pursuing a career in cybersecurity is the best choice for their future.

The course begins with the fundamentals of information security and risk management, ensuring that participants understand the business context of cybersecurity. Participants are then introduced to networking and network security fundamentals, the Linux and Microsoft platforms and related security, and unique considerations for software security. The concept and role of offensive security are introduced, and the course concludes with an explanation of how to contextualize threats and threat actors within the previous topics.

Fundamentals Phase (16 Weeks)

In the Fundamentals Phase, you will delve into the core principles of cybersecurity. This immersive exploration will cover crucial concepts necessary for securing and defending as a cybersecurity professional, such as network architecture, operating systems, network communication, and cloud data storage.

By completing this phase, you will establish a solid foundation and gain a comprehensive understanding of fundamental cybersecurity concepts.

Computer Networking Fundamentals

In this course, you will receive an introduction to computer networking, enabling you to gain practical experience in configuring and managing network devices for optimal performance and security. Through hands-on activities, you will enhance your device configuration and troubleshooting skills while developing an understanding of network architectures, protocols, and security measures. This course will also sharpen your critical thinking and problem-solving abilities as you tackle common networking challenges.

Key Learning Outcomes:

• Acquire knowledge on the various entities in digital environments, including how they connect and interact.
• Develop an understanding of different network types and their significance in our interconnected world.
• Utilize the benefits of configuration settings documentation to optimize network operations.
• Explore the role of audits in ensuring optimal network performance and security.
• Recognize the importance of system and communications protection in safeguarding information.
• Learn effective strategies for updating and adapting policies to keep pace with the ever-evolving landscape.

Microsoft Security Systems Administration

In this course, learners will receive practical, hands-on training in securing Microsoft Windows environments. They will acquire the knowledge and skills necessary to implement security features and tools such as Microsoft Defender, BitLocker, and Windows Firewall. Additionally, learners will gain the ability to configure and manage networks using system admin tools to ensure security and stability. By the course's conclusion, participants will have a solid understanding of Microsoft's infrastructure and the competence to establish and maintain secure Windows environments across diverse professional roles.

Key Learning Outcomes:

• Gain a comprehensive understanding of Microsoft's infrastructure and its integral components.
• Learn effective strategies for safeguarding Microsoft's infrastructure against potential threats.
• Develop proficiency in managing various types of accounts based on business requirements.
• Explore techniques for maintaining a secure and protected network environment.
• Discover the advantages of automations and scripting in bolstering both security and efficiency within cybersecurity roles. Understand the role of Active Directory in managing permissions and controlling access to network resources.
• Acquire the skills to enhance system security and operational efficiency using PowerShell.

Securing Your Network

In this course, you will expand your knowledge of networks and deepen your understanding of their intricacies. Through exploration, you will become familiar with the various components of both wired and wireless networks, including their security constraints and vulnerabilities. Furthermore, you will delve into the development of access controls, ensuring a comprehensive approach to network security that encompasses people, data, and devices. Additionally, the course will cover the safe construction and fortification of networks, including discussions on cryptography and privacy considerations.

Key Learning Outcomes:

• Develop a thorough understanding of network security measures and the necessary strategies to maintain network safety.
• Begin mastering network monitoring techniques to detect and respond to potential threats.
• Gain proficiency in effectively managing accounts within a system.
• Explore how security attributes can reinforce network defenses.
• Familiarize yourself with a wide range of common tools and technologies that support network safety.
• Acquire the skills to construct a secure network architecture.
• Learn the fundamentals of MHN (Multi-Hop Network) networks and effective setup practices.
• Understand the relationship between Telnet and POP3 machines in the context of network security.

Integrating Your Infrastructure Security

This course provides learners with the essential skills to proficiently manage Linux operating systems, leverage basic Python programming, explore cloud computing, and enhance system security against various threats and vulnerabilities. Participants will learn how to effectively monitor, scan, and analyze threats and vulnerabilities in Linux and cloud-based environments, while also gaining familiarity with remediation techniques. Moreover, learners will gain insights into the impact of DevSecOps on the cybersecurity landscape.

Key Learning Outcomes:

• Develop an understanding of Linux operating system management, including effective monitoring, scanning, and analysis of threats and vulnerabilities in Linux and cloud-based environments.
• Gain an introduction to Python programming, acquiring foundational skills for cybersecurity applications.
• Establish a basic comprehension of cloud computing environments and create an instance using Amazon Web Services (AWS).
• Understand the process of remediation and the importance of sharing details to protect other systems.
• Learn to create automation solutions that enhance system management and security.
• Explore the design principles behind scalable cloud solutions and the integration of diverse environments.
• Become familiar with the concept of DevSecOps and its significance in the cybersecurity domain.

Infrastructure Phase (4 Weeks)

The Infrastructure Phase provides you with the essential knowledge and practical experience to establish and maintain secure infrastructures and technologies.

By the end of this phase, you will acquire a comprehensive understanding of critical security measures, endpoint security, and other essential concepts crucial for safeguarding organizations.

Designing Your Cybersecurity Infrastructure

This course extensively covers the essential aspects of securing endpoint devices, implementing data loss prevention techniques, and employing advanced tools and strategies to safeguard an organization's digital assets.

By the completion of this course, participants will have a comprehensive understanding of endpoint device protection, data loss prevention, and the security considerations associated with industrial systems and IoT devices.

Key Learning Outcomes:

• Engage in exploring endpoint devices to gain knowledge on evaluating, identifying threats, and implementing protection measures.
• Acquire skills in documenting and tracking configurations and tool options.
• Comprehend the establishment of rules and restrictions to safeguard endpoint devices from potential harm.
• Discover methods of working with external information systems while ensuring the security of endpoint devices.
• Develop proficiency in implementing data loss prevention techniques.
• Gain familiarity with the threats and security measures pertaining to Industrial Control Systems (ICS) and Industrial Internet of Things (IIOT).

Advanced Phase (12 Weeks)

The Advanced Phase courses are designed to enhance your readiness in responding to attacks, proactively identifying vulnerabilities through ethical hacking and strengthening system protection. In these courses, you will go beyond the theoretical aspects of cybersecurity technologies and delve into the motivations and social engineering techniques employed by malicious actors. You will gain knowledge about different types of attacks, the attack kill chain, implementing attacks, responding to ongoing attacks, and employing mitigation strategies.

Upon successfully completing this phase, you will be awarded the Cybersecurity Bootcamp certificate of completion.

Social Engineering and Ethical Hacking

In the Social Engineering and Ethical Hacking course, participants will delve into the inner workings of hackers' minds and gain an understanding of game theory principles in relation to cybersecurity defense and solutions. By the end of the course, learners will acquire knowledge of social engineering techniques and ethical hacking principles, empowering them to strengthen cybersecurity defenses and safeguard against potential threats.

Key Learning Outcomes:

• Acquire insights into the motivations and actions of potential attackers.
• Develop an understanding of leveraging the "state of mind" of malicious hackers to enhance system protection.
• Discover the proactive role of ethical hacking in supporting applications, systems, and organizational infrastructure.
• Explore reconnaissance, penetration testing, and defense system bypassing as strategies to ensure system security.
• Learn techniques for identifying vulnerabilities in web applications and cloud-based systems.
• Cultivate skills to effectively report risks and provide defense recommendations. Understand the application of social engineering techniques in deceiving individuals.

Digital Forensics and Incident Response

The Digital Forensics & Incident Response course provides learners with the necessary tools and knowledge to effectively respond to attacks, conduct investigations, gather evidence, and generate comprehensive reports. By the end of the course, participants will possess the skills to respond to incidents, conduct investigations, and report their findings, enabling them to identify, analyze, and mitigate security incidents to prevent future breaches.

Key Learning Outcomes:

• Immerse themselves in the fundamentals of offensive security.
• Develop an understanding of the essential concepts of digital forensics.
• Explore strategies for recovering files and stolen data.
• Learn effective techniques for handling various types of attacks targeting organizations.
• Gain insights into the strategies employed by attackers to gain access to critical systems and data.
• Explore the basics of malware analysis to enhance the ability to detect and neutralize potential threats.

Threat Hunting and Intelligence

The Threat Hunting and Intelligence course empowers learners with the necessary knowledge to detect and mitigate vulnerabilities within an organization's infrastructure. By the end of the course, participants will possess the expertise to identify vulnerabilities, respond to threats, and formulate robust plans to protect the organization's infrastructure.

Key Learning Outcomes:

• Acquire an understanding of the various threats and vulnerabilities that can arise within an organization's network infrastructure, encompassing hardware devices, software applications, and network services.
• Enhance their ability to proactively identify and respond to threats, adopting a proactive stance in defending against potential attacks.
• Develop plans and procedures to effectively handle security incidents, ensuring a prompt and coordinated response.
• Cultivate skills to evaluate information sources and utilize the necessary tools to strengthen their defenses.

Elective CompTIA® Security+ Certification Exam Prep Course (8 weeks)

The Cybersecurity Professional Certificate Program offers an optional CompTIA® Security+ Exam Prep Course*, specifically designed to equip students with the necessary skills and knowledge to obtain this highly valuable industry certification. Additionally, participants will receive a voucher for the CompTIA® Security+ certification exam.

Key Learning Outcomes:

• Establishes a solid foundation of knowledge essential for any cybersecurity position.
• Emphasizes practical skills through hands-on training, making it the only foundational cybersecurity certification of its kind.
• Globally recognized certification that validates essential knowledge in the field and serves as a stepping stone to intermediate-level cybersecurity roles.