System and Network Security – Project
Overall Course Objectives
Focus is development/deployment and evaluation of advanced security principles/solutions within computer system, embedded system, LAN, cyberspace, Internet of Things, and/or cloud domains – depending on chosen project. You should become able to evaluate security principles/solutions within domain of your chosen project and deploy, perhaps development, security principles/solutions in this domain. Results shall be presented in an English article formatted for a chosen conference or journal as target, 7-12 pages long.
See course description in Danish
Learning Objectives
- Evaluate advanced security principles/solutions within chosen domain
- Develop and/or deploy advanced security principles/solutions within chosen domain
- Demonstrate detailed knowledge about security principles/solutions within chosen domain
- Demonstrate detailed knowledge about security attacks within chosen domain
- Discuss standards within chosen domain
- Discuss available products/solutions within chosen domain
- Analyse a full system with respect to security and possible attacks
- Analyse and understand articles within the problem domain
- Document a project on advaned security principles/solutions in an article in English with a conference or journal as target
Course Content
Development/deployment and evaluation of advanced security principles/solutions within computer system, embedded system, LAN, cyberspace, Internet of Things, and/or cloud domains; writing an English article. Sustainability will be included when relevant.
Recommended prerequisites
62407/62501/62530/62575/02233/63860, Software Technology students (BEng) need 62530 or 63860 in advance. Other students need skills from one or more of listed courses – or similar courses. All need basic security knowledge (algorithms and protocols) and also programming and system architecture skills.
Teaching Method
First day possible projects are presented, often outbreaks from R&D projects with external partners (industry and universities). Second day groups will be formed, project problem description finalized. Supported by supervision, work will go through typical phases, literature study, generation of ideas/solutions, proof-of-concept (implementation, simulation, etc.), comparison to others, and conclusion. Outcome is an English article.
Faculty
Remarks
Section: AI, Mathematics and Software
Elective: Global Business Engineering (BEng)
Elective: Computer Engineering (BEng)
Elective: Software Technology (BEng)
Elective: Healthcare Technology (BEng)
Elective: Process and Innovation (BEng)
Limited number of seats
Minimum: 2, Maximum: 30.
Please be aware that this course has a minimum requirement for the number of participants needed, in order for it to be held. If these requirements are not met, then the course will not be held. Furthermore, there is a limited number of seats available. If there are too many applicants, a pool will be created for the remainder of the qualified applicants, and they will be selected at random. You will be informed 8 days before the start of the course, whether you have been allocated a spot.