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APBS

Master's Degree in Security of computer systems and networks

Specific objectives of Master in Security of computer systems and networks

The APBS master’s program in Security of computer systems and networks is structured around several specific objectives, including:

  • Master secure software development, from design to validation, integrating best security practices.
  • Gain expertise in emerging technologies such as 5G networks, IoT and cloud computing, with a focus on securing systems and data.
  • Develop advanced skills in programming and system administration, particularly in Python and Linux, to ensure the security of applications and  infrastructures.
  • Deepen understanding of application security architectures, network protocols and data management techniques to prevent security breaches and  attacks.
  • Train in responding to security incidents, conducting forensic investigations and conducting security audits to strengthen the security posture of organizations
  • Develop a professional and linguistic culture by becoming familiar with business English and acquiring skills in job search techniques and self-marketing.
  • Innovate in the field of computer systems and network security by participating in research and innovation projects.
  • Acquire an in-depth understanding of the operational safety of IT systems to ensure their reliability and availability.
  • Master security-focused software development methodologies to meet security requirements from the earliest phases of development.
  • Deepen knowledge of advanced databases to ensure the security and integrity of sensitive data.
  • Design and implement advanced web applications considering security aspects to prevent attacks such as SQL injections and XSS attacks.
  • Understand operator networks and voice transport in a secure context to ensure the confidentiality and integrity of communications.

Programs of Master in Security of computer systems and networks

Semester 1

Semester 1

• Operational safety of computer systems
• Software development methodologies for validating security requirements Advanced databases
• Advanced Python Programming
• Development of advanced web applications
• Evolution towards 5G networks
• Network protocols and services
• English for computing
• Corporate Culture
• Linux LPIC 1&2
• Embedded systems architectures

Semester 2

Semester 2

• Application security
• Securing visual data
• Network and infrastructure security
• Operator networks and voice transport
• IOT architectures
• Software Development with DevOps
• Mobile application development
• Business english
• Study and management of innovative projects
• Machine Learning and Deep learning
• Cloud computing and virtualization

Semester 3

Semester 3

• Incident Response and Forensics
• Operating system security
• Advanced cryptography and blockchain
• Pentesting
• Security audit
• Cloud computing security
• DevSecOps
• Preparing TOEIC
• Job search technique and self-marketing
• IoT physical security
• Big Data

Semester 4

Semester 4

Internship in company