Security Engineering - WMMRIS

Number of hours
- Lectures 24.5
- Projects -
- Tutorials 24.5
- Internship -
- Laboratory works 21.0
- Written tests -
ECTS
ECTS 8.0

Goal(s)

During the course, students will build upon and deepen the concepts discussed during the course of the introduction to cybersecurity. The goal of the security engineering course is to explore subjects related to cybersecurity using practical approaches, for example, securing and attacking vulnerable infrastructures, reverse-engineering of malicious software, or programming encrypted communication between hosts.

Responsible(s)

Andrzej DUDA, Maciej KORCZYNSKI

Content(s)

Secure programming (java, C)
Exploiting and securing vulnerable systems
Development of proxy and a reverse proxy and encrypted communication (python)
Analysis of logs from honeypots (ipython, statistical analysis)
Analysis of real-world web infections (analysis of pcap files)
Building a sandbox for malware analysis with virtual machine and INetSIM; malware analysis
Open-source intelligence (OSINT): data collection of vulnerabilities on selected targets using only publicly available sources (no active scans)
Security of Domain Name System, domain hijacking, securing DNS protocol with DNSSEC, deployment of Web certificates

Prerequisites

Introduction to cybersecurity cours

Test

Each mini-project, TP, and theoretical courses are evaluated. The final note is calculated based on a weighted average depending on the number of hours of each part.

contrôle continu, exam; la note finale est calculée comme une moyenne pondérée de chaque module

Calendar

The course exists in the following branches: