Master in Cyber Security

The Master program in Cyber Security aims at specialized training in Informatics Security (Cybersecurity). Giving response to a set of initiatives that have been developed at the National and International level, targeting the development of knowledge competencies in the field of Cybersecurity (e.g. IFC-UTICA Directive, US Cybersecurity Information Sharing Act, EU Directive for security across the Union) as a way to support the growth of the digital economy, preserving the privacy of citizens, and combat and prevent cybercrime and cyberterrorism, the master program has the following objectives:

• Complement the training of students from 1st cycles, specializing in design, development, and evaluation skills related to Informatics Security
• Upgrade and specialize the IT professionals, providing them with the knowledge to perform functions in the field of Information Security, namely the role of Information Security Officer
• Provide advanced training in the different areas of IT Security, allowing students to follow a doctoral program.

Program Objectives

It is expected that upon completion of the Master in Cyber Security students will have the following knowledge, skills, and competencies:

• Thorough knowledge of the technological aspects, human and organizational and relevant in different areas of IT Security;
•  Design, development, and evaluation skills of informatics security solutions;
•  Ability to perform functions in the field of Information Security, in particular, the various positions and career of Information Security Officer;
•  Ability to integrate and lead research project teams in the field of Informatics Security and ability to conduct autonomous research and development work and development of new knowledge in the field;
• Knowledge of legal, ethical, and moral aspects, related to IT Security.

Cryptography

This course covers practical aspects of cryptography, exploring current and historical systems. It delves into various cryptosystems and cryptographic techniques, their operations, and provides hands-on experience with contemporary cryptographic technology.

Cyber Security Assessment and Management

This course offers an understanding of information security terminology, principles, and best practices, both locally and globally. It includes an overview of networking components, security vulnerabilities, and countermeasures through planning and administrative controls in an organization

AI for Cybersecurity

This course explores the convergence of AI and Cybersecurity. It delves into AI's role in advancing cybersecurity, teaches about machine learning for threat detection, and discusses the ethics of AI in security. With a blend of theory and practice, this course prepares participants to tackle contemporary security challenges using the latest AI and cybersecurity tools.

Computer Network Security

This course focuses on the introduction to Network Security, including foundations of networking, applying security functionality via protocols and controls, security architectures, and network security operations.

Incident Response and Recovery

This course provides an in-depth exploration of disaster recovery planning, encompassing strategies to prevent, detect, and recover from disruptions in information availability. It covers the formulation and implementation of Incident Response, Disaster Recovery, and Business Continuity plans. The course combines theoretical knowledge with hands-on experience in a simulated lab, equipping students with the skills to develop, test, and execute these plans effectively.

IoT Security

This course serves as an introduction to the Internet of Things (IoT), focusing on the core concepts underpinning IoT technologies and their applications, while also identifying security risks within IoT ecosystems. It explores effective strategies to minimize these vulnerabilities.

Cloud Security

This course teaches designing cloud-based solutions for data availability, confidentiality, and integrity. Topics include cloud service models, deployment methods, Identity And access Management strategies, auditing, threat mitigation, compliance, and hands-on in cloud environments.

Design and Development of Secure Software

This course covers secure software development throughout software development life cycle (SDLC), focusing on coding, technology, tools, and processes. It highlights the Defense in Depth principle and adapts security activities to Agile and DevSecOps practices.

EC-C Certification: CEH or NDE

Certified Ethical Hacker CEH v12 will teach you the latest commercial-grade hacking tools, techniques, and methodologies used by hackers and information security professionals to lawfully hack an organization.

Blockchain Technology

This course covers the basics of blockchain technology, including its history, technical foundations like hashing and smart contracts, and platforms like Bitcoin and Ethereum. It also offers hands-on experience in setting up and working with various blockchain technologies.

Security and Privacy

This course focuses on secure data handling, understanding privacy principles, and managing privacy risks in datasets, aligned with current global best practices.

Digital Forensics + Certification

This course explores digital forensics, focusing on media analysis, data reconstruction, network forensics, and the legal aspects of digital data in criminal and civil litigation.

Thesis

The Master of Cybersecurity thesis allows learners to demonstrate their capability to establish a durable cybersecurity and information assurance program. The thesis project challenges learners to integrate skills and knowledge from all program domains into one project that addresses a significant real-world cybersecurity problem.

Given limited capacity, MedTech admission criteria are highly selective.

Admission requirements include:

• Bachelor’s degree or legal equivalent in Computer Engineering, Computer Science, Communications and Multimedia, Informatics and Systems Engineering, Electrical Engineering, Electrical, and Computer Engineering, Electrical and Telecommunication Engineering;
• Holders of the Bachelor’s degree or legal equivalent in other areas of Engineering and Exact and Natural Sciences:
• Holders of the Engineer’s degree in Computer Engineering, Computer Science, Communications and Multimedia, Informatics and Systems Engineering, Electrical Engineering,

Electrical and Computer Engineering, Electrical, and Telecommunication Engineering.

Full Online Application

Graduates of the Master degree program in Cyber Security will be prepared to work at IT and management consultancies and in service/product companies, and to pursuit a research career towards a PhD degree.

Exemplary positions for graduates with emphasis on services and business processes are: Security Analyst, Security Engineer or Architect, Security/IT Director or Manager, CISO/CSO, Systems Administrator, Network Architect or Engineer, Forensics Investigator, Auditor, Systems Engineer or Integrator.

In today's digital era, the cybersecurity field is rapidly expanding, presenting significant opportunities for those with the right certifications. As digital technologies become increasingly integral to businesses and cyber threats continue to rise, there is a growing demand for skilled cybersecurity experts.

Organizations are actively seeking professionals capable of managing and mitigating cyber risks. Acquiring a cybersecurity certification from EC-Council can help you bridge this skills gap and significantly advance your career. Our globally recognized certifications encompass key areas such as ethical hacking, network defense, and computer forensics, tailored to align with the most in-demand job roles in the industry.

Our certification programs are designed for individuals at all levels, from beginners starting their cybersecurity journey to seasoned professionals seeking to enhance their skills. By joining us, you gain access to comprehensive training in the latest security protocols and technologies, setting the stage for you to thrive in this vital and evolving field.

Who is EC-Council:

The International Council of E-Commerce Consultants, or EC-Council, stands as the world’s leading authority in cyber security certification. Operating in 145 countries, EC-Council has developed and owns esteemed certifications such as the Certified Ethical Hacker (C|EH), Computer Hacking Forensics Investigator (C|HFI), and the Certified Security Analyst (ECSA). Their programs have contributed to the training and certification of over 300,000 information security professionals globally. This has significantly influenced the cyber security landscape of numerous organizations around the world.

Why Choose EC-Council:

EC-Council is a member-based organization pivotal in certifying individuals in diverse e-business and information security skills. They are globally recognized for the creation of the flagship Certified Ethical Hacker (C|EH), Computer Hacking Forensics Investigator (C|HFI), and the EC-Council Certified Security Analyst (ECSA). Their programs have been endorsed by various government agencies, including the US Federal Government and the NSA. Furthermore, EC-Council’s credentials have achieved accreditation from the American National Standards Institute (ANSI), affirming their commitment to excellence in Cybersecurity training.

For More Details:

https://www.eccouncil.org/