Information Systems Security

Category: Discipline
  • FERREIRA,Daniel, COELHO, Nuno (2024) - Segurança de Rede, Defesa Cibernética e Operações. FCA. Lisboa ISBN:978-972-722-942-0
  • IT Engineering
  • 587
  • 10201
  • Information Systems Security
  • ISMAT587-10201
  • 2
  • 6
  • 0
  • 12
  • Não
  • Português
  • The course material is implemented in software through programming. Active and problem-based learning (PBL) methodologies are used. The theoretical-practical classes focus on the challenge of identifying flaws or results in the algorithms presented, followed by a discussion of the outputs.
  • Mandatory
  • Understand what cybersecurity is, its terminology, and how to apply it. Understand the need to establish high levels of security and trust within organizations, particularly regarding information security and regulatory compliance. Understand a range of security topics, including information security management, cryptography, access control, network security, application security, operational security, physical security, incident management, and business continuity planning.
  • 1. Introduction to Network Security 2. Types of Attacks 3. Firewall Fundamentals 4. Intrusion Detection Systems 5. Cryptography Fundamentals 6. Vulnerabilities 7. Introduction to Cybersecurity and Regulation 8. Hard Law/Soft Law 9. Introduction to the GDPR 10. Rights and Obligations under the GDPR 11. Security under the GDPR 12. Introduction to NIS2 13. NIS2 Obligations 14. Decree-Law 125/2025 Transposition of NIS2 15. QNRCS 16. ISO 27k 17. Governance and Responsibilities 18. Information Security Risk Management

  • Descrição dos instrumentos de avaliação (individuais e de grupo) ¿ testes, trabalhos práticos, relatórios, projetos... respetivas datas de entrega/apresentação... e ponderação na nota final.

    Exemplo:

    Descrição

    Data limite

    Ponderação

    Teste de avaliação

    20-04-2026

    15-06-2026

    60%

    Trabalho

    12-06-2026

    30%

    Participação

     

    10%

     

    Componente Teórica:

    • 2 testes na época normal (2 horas máximo com 10 minutos tolerância)
    • Nota mínima da componente teórica é de 8 (oito) valores
    • Existe depois época de recurso, que substituirá a nota apenas em caso de melhoria

    Componente Trabalho:

    • Grupos de 2 alunos
    • Formados na segunda semana
    • Nota mínima da componente trabalho é de 9 (nove) valores
    • Presença obrigatória na apresentação e discussão final do trabalho
    • Poderá mediante a demonstração de conhecimento existir avaliações distintas no mesmo grupo

    Componente Participação:

    • Assiduidade
    • Participação
    • Interesse
    • Postura
    • Desenvolvimento de exercícios que possam existir em aula

     
  • Semestral
  • Information system security is becoming an increasingly relevant issue for everyone. Today, concepts such as vulnerabilities, privacy, cybercrime, and even hackers are widely understood. Security is a concern for everyone, both individually and collectively. This concern is so significant that cybersecurity and data protection regulations have become a key component in technical decisions and the implementation of measures. In this course unit, we will address various concepts in cybersecurity, vulnerabilities, methods of carrying out attacks, as well as prevention and risk assessment. It is essential that any computer science program include a course on security; every computer engineer must understand not only security mechanisms but also their applicability and mandatory nature in the development of systems, software, and information architectures.

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