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At "EDL Group", we stand at the forefront of educational innovation, bridging the industry's skill gap and empowering individuals to transform their careers.

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Eduminds Learning LLC

30 N GOULD ST STE R SHERIDAN, WY 82801, USA

Eduminds Learning LLP

128 City Road, London EC1V 2NX

Edumind Learnings Private Limited

Office No- D-77, Sector 63, Noida, 201301

Eduminds Learning Limited

Unit 2A, 17F, Glenealy Tower No 1 Glenealy Central, Hong Kong

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Master of Science in Cybersecurity

The demand for skilled cybersecurity experts has never been higher. Our Master of Science in Cyber Security (MSCS) program is carefully crafted for individuals who are passionate about protecting digital environments from ever-changing threats. This fully online program provides the convenience to learn at your own pace, making it ideal for working professionals to advance their expertise without interrupting their careers.

In Collaboration With INTERNATIONAL BUSINESS SCHOOL OF SCANDINAVIA (IBSS)

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Upskill for Your Dream Job

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1500 +

Students Placed

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22.5LPA

Highest Salary

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52%LPA

Average Salary Hike

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400+

Hiring Partners

Advance Your Career with a Master of Science in Cyber Security

Our in-depth curriculum covers critical aspects of cybersecurity, such as threat assessment, incident response, and IT security management. It also includes a strong foundation in organizational behavior and leadership. Whether you want to progress in your current job or step into a leadership role in the tech industry, our program provides the expertise needed to comprehend and tackle the complexities of information and network security. You will gain the skills to lead in the implementation and innovation of cybersecurity measures. Begin your journey to become a pivotal figure in the cybersecurity field, mastering the abilities to safeguard technological infrastructures and support those who depend on them.

Trusted By Millions Of Learners Around The World

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Key Highlights

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Advanced Cyber Security Curriculum

Master the latest cybersecurity techniques and strategies, equipping you to defend against sophisticated real-world threats.
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Expert Mentorship from Cyber Security Professionals

Learn from leading cybersecurity experts who bring in-depth industry insights to your virtual classroom.
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Master of Science in Cyber Security Degree

Earn a prestigious Master’s degree that validates your expertise and accelerates your career in cybersecurity.
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In-Depth Cybersecurity Lab Experience

Enhance your practical skills through immersive lab sessions that simulate real-world cybersecurity challenges.
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Capstone Project with Real-World Focus

Apply your advanced knowledge in a capstone project designed to tackle complex cybersecurity issues in real-world scenarios.
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Interactive Self-Paced Cybersecurity Modules

Delve into over 20 self-paced modules that prepare you for a wide range of cybersecurity challenges and threats.
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Dedicated Academic Support

Receive ongoing guidance and personalized support from a dedicated program manager throughout your master’s journey.

Flexible Online Learning for Cybersecurity Mastery

Our Master of Science in Cyber Security program is designed to be highly flexible and accessible worldwide. Delivered entirely online, it caters to both working professionals and full-time students globally. The course modules are presented through interactive video lectures, real-time workshops, and virtual labs that allow you to practice cybersecurity techniques in a controlled environment. This course promises not just to educate but to empower you with the skills needed to protect digital assets and information in today's technology-driven world.

The program is structured with four milestones

Course Curriculum

This course delves into the essential concepts of Networking, covering a range of technologies vital for understanding network operations. Key topics include:

  • Network Topology: Learn about the various layouts of network connections.
  • IP Addressing and Subnetting: Understand how to allocate IP addresses and segment networks into subnets.
  • MAC Address: Discover the unique identifiers assigned to network interfaces.
  • OSI and TCP/IP Models: Study the frameworks that dictate how data is transmitted over the internet.
  • IP Routing: Explore the process of routing data between networks.
  • Network Security Devices: Get an overview of devices like firewalls that protect network integrity.
  • Routers and Routing Protocols: Gain insight into routers and protocols such as EIGRP, OSPF, and RIP that manage data paths.
  • Communication Protocols: Discuss protocols like HTTP, HTTPS, FTP, Telnet, DHCP, ARP, and their respective ports.
  • Networking Devices: Review devices like switches, servers, hubs, and repeaters, including the differences between L2 and L3 switches.
  • Networking Devices: Review devices like switches, servers, hubs, and repeaters, including the differences between L2 and L3 switches.
  • TCP vs. UDP: Analyze the differences between these two core communication protocols.

  • This comprehensive module equips students with the knowledge needed to effectively design, implement, and troubleshoot network systems.

    This course explores the use of Kali Linux as a powerful platform for cybersecurity attacks, leveraging its extensive suite of over 600 tools. Key learning objectives include:

  • Terminal Mastery: Develop expertise in using Kali Linux’s terminal and command-line tools for hacking activities.
  • Scanning Techniques: Conduct comprehensive scans to identify system vulnerabilities.
  • Exploit Development: Learn to create exploits and payloads to penetrate target systems.
  • Vulnerability Assessment: Perform vulnerability scanning to uncover security weaknesses.
  • Information Gathering: Employ advanced techniques to gather critical information about target systems.

  • Students will gain the skills to effectively use Kali Linux for ethical hacking purposes, from initial reconnaissance to executing penetration tests and security assessments.

    In this course, students will gain an in-depth understanding of hacking, including its concepts, the different types of hackers, and the methodologies they use. The curriculum includes:

  • Understanding Hacking: Explore what hacking involves and the various hacker profiles.
  • Phases of Hacking: Learn the systematic stages of hacking—reconnaissance, scanning, gaining access, maintaining access, and covering tracks.
  • Hacking Techniques: Delve into how each phase is executed and the specific tools and techniques used.
  • Scanning Tools: Use tools like NMAP and NESSUS to identify system vulnerabilities.
  • Exploit Execution: Leverage the Metasploit framework to deploy exploits and manage payloads to control a compromised system.
  • Password Cracking: Apply password cracking methods such as brute-force attacks, using tools like Lophtcrack and Ophcrack.

  • By the end of this course, students will have the skills and tools needed to effectively protect and secure an organization's computing environment.

    This course explores the methods attackers use to infiltrate systems, focusing on strategies like social engineering, session hijacking, and evading firewalls, IDS, and IPS systems. Key components of the curriculum include:

  • Social Engineering Tactics: Understand and identify tactics such as phishing, shoulder surfing, and dumpster diving, using tools like Shell Phish to create deceptive webpages.
  • Malware Insights: Study different types of malware and their harmful impacts on systems.
  • Data Sniffing: Learn techniques to intercept sensitive information such as usernames and passwords through Man in the Middle (MitM) attacks, using tools like Ettercap and Cain and Abel.
  • Advanced Cyber Attacks: Gain knowledge about SQL injections, XSS attacks, JSON injection attacks, and directory traversal attacks.
  • Defensive Strategies: Explore techniques and tools, such as Burp Suite, to safeguard systems and individuals from cyber threats.

  • Through practical, hands-on training, students will execute these attacks in a controlled environment and learn effective countermeasures to protect organizational assets.

    This course offers a comprehensive examination of mobile hacking, focusing on detecting and exploiting vulnerabilities in mobile devices using various tools and techniques. Key aspects of the course include:

  • Mobile Vulnerabilities: Utilize specialized tools to identify and assess vulnerabilities in mobile devices.
  • Exploiting Vulnerabilities: Employ the Metasploit framework to execute exploits and run payloads on compromised mobile devices.
  • Wi-Fi Hacking: Use tools like alpha devices to hack Wi-Fi networks, including capturing the four-way handshake and cracking passwords through brute force or dictionary attacks.
  • Cloud and IoT Hacking: Gain a thorough understanding of IoT devices, their various layers, and the security protocols involved.
  • Cryptography in IoT: Explore encryption and decryption techniques, focusing on the use of public and private keys to secure data.

  • By the end of the course, students will possess the skills and tools necessary to enhance the security and protection of mobile devices and IoT environments.

    This course focuses on the essential concepts of digital forensics, providing students with a comprehensive understanding of the tools and techniques used to respond to cyber-attacks. Key topics include:

  • Digital Forensics Fundamentals: Understand the core principles that guide the practice of digital forensics.
  • Forensic Tools and Techniques: Learn to use various software and methodologies for investigating cyber incidents and extracting data.
  • Evidence Extraction: Gain hands-on experience in extracting and analyzing digital evidence from devices collected at crime scenes.
  • Securing and Collecting Evidence: Master techniques for properly securing and collecting digital evidence to ensure its integrity and admissibility in legal proceedings.

  • This course equips students with the skills needed to effectively manage digital evidence and contribute to resolving cyber incidents.

    This course focuses on security technology, emphasizing the creation and enforcement of policies to ensure the safety and integrity of network systems. Key topics include:

  • Security Policies for File Safety: Learn to develop and implement policies that allow only verified, safe files to be listed and accessed.
  • Securing Networks with BYOD: Establish robust policies and practices to secure networks in Bring Your Own Device (BYOD) environments.
  • Preventing Malicious Applications: Master techniques and strategies for identifying and blocking potentially harmful or malicious applications from affecting the system.

  • Students will gain the knowledge to create and enforce security policies that protect the integrity and security of corporate or organizational networks.

    This program provides specialized training in three key areas: Security Administration, Network Security, and Cybersecurity Audits. Students can choose two of the following courses:

  • Security Administration: Learn about system security, disk encryption, OS protection, and essential technologies like firewalls and intrusion detection/prevention systems.
  • Network Administration: Focus on solving network issues, setting up and configuring networks, using VPNs, implementing network firewalls, and protecting servers.
  • Cybersecurity Audits: Gain skills to perform security audits, review operational security policies, ensure data security through encryption, and implement physical security measures.

  • Each course equips students with practical skills to identify and mitigate security vulnerabilities effectively.

    After completing their dual specialization, students will embark on a Capstone Project, where they apply their learned skills to real-world scenarios. This project involves working on actual organizational projects to tackle specific security and data issues. The Capstone Project includes internships that provide hands-on experience in areas such as:

  • Forensics: Gaining practical knowledge in digital forensics.
  • Network Intrusion Detection Systems (NIDS): Implementing and managing systems to detect network intrusions.
  • Host Intrusion Detection Systems (HIDS): Using systems to monitor and detect threats on individual devices.
  • Honeypots: Setting up and managing decoy systems to attract and analyze potential attackers.
  • Secure Inventory Management: Ensuring the security of inventory management processes.
  • Application and Device Control: Managing and securing applications and devices.

  • This practical experience allows students to demonstrate their abilities and readiness for the cybersecurity field upon course completion.

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    Program Outcomes: Skills and Competencies for Graduates

    Upon completing the program, graduates will be equipped to
    • Excel in Network and System Protection: Utilize advanced skills to secure networks and systems against unauthorized access and hacking.
    • Apply Theory to Practice: Seamlessly transition from theoretical knowledge to practical application, performing ethical hacking on various devices.
    • Demonstrate Ethical Hacking Expertise: Effectively use ethical hacking techniques to secure and test systems.
    • Recognize and Mitigate Threats: Develop a deep understanding of attacker methods and create robust countermeasures.
    • Identify and Analyze Security Threats: Skillfully detect and mitigate security threats to protect organizational computing infrastructure.
    • Implement Core Security Measures: Apply fundamental security principles to maintain secure computing operations amidst potential risks.
    • Communicate Technical Issues Effectively: Clearly explain complex technical issues at all organizational levels.
    • Make Ethical Decisions: Uphold professional responsibility by making informed decisions based on legal and ethical standards in computing practices.
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    Why Choose Us?

    Grow With EDL Group Learning

    We’re focused on giving you an integrated learning experience. With our one-of-its-kind career support services, we continue to support you as you take a step into your career with a renewed perspective. Get access to over 500+ placement partners and explore unlimited opportunities.

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    100% Job Drives Support

    Our career services will introduce you to existing data science and analytics opportunities and ensure that you land your dream job.

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    Resume Building

    Redesign your resume with professional help and highlight your strengths in the best possible way.

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    Profile Enhancement

    We assist you in building a robust portfolio and resume to ensure that your profile always catches the eye of prospective employers.

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    Interview Prep

    We have analysed the most commonly asked interview questions and built a training module that confidently prepares you for job interviews.

    Languages and Tools Covered

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    Alumni Highlights

    • 200+
      Global Companies
    • $122K PA
      Average CTC
    • $250K PA
      Highest CTC
    • 87%
      Average Salary Hike
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    Domain Specialization & Electives

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    Advanced Threat Analysis

    Delve deeper into the complexities of cyber threats with advanced projects focusing on sophisticated threat modeling, predictive threat analytics, and AI-driven threat intelligence systems, preparing you for high-stakes environments.

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    Cybersecurity Leadership

    You will learn strategic decision-making and policy formulation. Engage in designing comprehensive security strategies, leading cybersecurity teams, and managing cross-functional cybersecurity initiatives that align with business objectives.

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    Cryptology and Data Protection

    Explore advanced cryptology where you'll develop and analyze encryption algorithms, work on secure cryptographic protocols, and implement robust data protection solutions for various organizational needs.

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    Network and Cloud Security Architecture

    Specialize in securing complex network infrastructures and cloud environments through projects involving advanced network segmentation, cloud security postures, hybrid cloud architectures, and zero-trust security models.

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    Faq
    Explore EDL Group Education

    Frequently Asked Question?

    To enroll, you typically need a bachelor's degree in computer science, information technology, or a related field. Some programs may also require a basic understanding of programming, networks, and security concepts.

    The duration of the program is usually 1 to 2 years, depending on whether you study full-time or part-time.

    Yes, the program is designed for flexibility, allowing working professionals to balance their studies with their jobs. Many courses are available online to fit various schedules.p>

    Graduates can pursue careers such as Cyber Security Analyst, Security Consultant, Information Security Manager, Network Security Engineer, or roles in ethical hacking and penetration testing.

    Yes, some programs offer specializations in areas like network security, information assurance, ethical hacking, digital forensics, and cloud security.

    The program includes hands-on training in secure network design, risk assessment, vulnerability testing, and implementing security policies. Capstone projects and internships are often part of the curriculum.

    Yes, online students typically have access to a variety of support services, including technical support, academic advising, online tutoring, and library resources.

    The curriculum is regularly updated to address the latest threats, technologies, and best practices in cybersecurity. Courses often feature current case studies and real-world scenarios.

    Key skills include network and information security, threat assessment, ethical hacking, cryptography, compliance, and forensic analysis.

    Many programs align their coursework with the requirements of popular cybersecurity certifications like CISSP, CISM, and CompTIA Security+. Some may offer specific preparatory courses or materials to help students succeed in certification exams.

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