Course overview

Graphic overview

This graphic overview shows the courses within the programme, and when they are conducted (click for pdf-version). In the paragraphs Year 1 – courses, Year 2 – courses and Year 3 – courses, you will find short course descriptions.

Overview in text

Year 1 – Autumn

• Computer Fundamentals G1N 7,5hp (IT115G)
• Introduction to information security G1N, 7,5hp (IT157G)
• Programming Fundamentals with C++ G1N, 7,5hp (IT120G)
• Data communication – Introduction G1N, 7,5hp (IT119G)

Year 1 – Spring

• Linux Administration G1F, 7,5hp (IT387G)
• Script Programming G1F, 7,5hp (IT384G)
• Windows Administration G1F, 7,5hp (IT377G)
• Database Systems G1N, 7,5hp (IT121G)

Year 2 – Autumn

• Data Communication Routing & Switching G1F, 9hp (IT356G)
• Cyberoperations G1F, 7,5hp (IT422G)
• Operating Systems G1F, 6hp (IT390G)
• Computer Forensics G1F, 7,5hp (IT374G)
  

Year 2 – Spring

• Project in cybersecurity G1F, 15hp (IT423G)
• Scientific Methods G2F, 7.5hp (IT624G)
• Information Security – Network Security G1F, 7.5hp (IT393G)

Year 3 – Autumn

• Sustainable Development G2F, 7,5hp (IT622G)
• Culture and awareness in cybersecurity G1F, 7,5hp (IT428G)
• Information Security – Risk Management G1N, 7,5hp (IT150G)
• Wireless Networks G1N 7,5hp (IT151G)
  

Alternative to autumn year 3: Study a semester at one of our partner universities (30 credits)

Year 3 – Spring

Thesis project G2E, 30 hp (n/a)

Year 1 – courses

Computer Fundamentals (7,5 credits)

The course covers the basics of computers, including the history of computers, their scientific foundations, hardware, operating systems, and basic network concepts. The core of the course consists of several practical labs where you will learn to handle commonly used operating systems such as Windows and Linux, with a focus on user interfaces, file management, storage space management, networks, and basic management of identities and permissions.

A written exam will test theoretical concepts such as numeral systems as well as units and data representation. The teaching consists of lectures, exercises, problem-solving sessions, and supervised labs, where theory and practice go hand in hand.

Programming Fundamentals with C++ (7,5 credits)

A computer program is created to solve a problem or to facilitate the performance of a task. To solve a problem with a computer program, the problem must first be analyzed and a solution designed before a computer program can be implemented, tested, and debugged.

This course provides you with knowledge of procedural programming and practical experience in designing and implementing a solution to simpler problems in a structured way. The course gives you practical skills in handling basic algorithms and data structures within procedural programming.

Data Communication - Introduction (7,5 credits)

This course provides an overview of the fundamental techniques and protocols you need to understand how a large network, such as the Internet, can work. You will study protocols for both local and larger networks. The focus is on administrative aspects of data communication, which is very important whether you are administering a large network at a company, or configuring your broadband router.

A written exam will test theoretical concepts, and two practical parts will put that theory into practice.

Introduction to information security (7,5 credits)

The course covers the fundamental concepts in information security, covering both the theoretical underlying causes and practical solutions. You will learn how an organization's resources in the form of information and computer systems can be protected in various ways, as well as gain an understanding of legislation that affects this field. Your knowledge will be tested as you also get practical experience in solving security problems

Windows Administration (7,5 credits)

This course provides you with an introduction to the structure of Windows, its various server services including an introduction to the administration of "Active Directory," users, and clients. In a lab, you will explore and test how this works in practice.

The lab starts with installing and configuring a "Windows Active Directory" client/server system. You will then gradually increase the number of services and perform realistic configurations of clients and users. Finally, you will write simple scripts to simplify administrative tasks, and submit a documentation of your system. In a seminar part you will explore academic texts and be introduced to academic writing by summarizing research articles.

Linux Administration (7,5 credits)

In this course, you will learn to administer Linux-based server systems. You will learn how Linux systems work and how to manage them. The course consists of two parts. The theoretical part covers both conceptual definitions and history, while the practical part includes installation, configuration, and documentation of server systems based on Linux platforms.

Database Systems (7,5 credits)

In this course, you will learn how databases work and how various techniques can be applied to store or search for information in databases and XML documents. You will apply your knowledge by designing and building databases and document structures where data is extracted and manipulated using SQL and XML.

Script Programming (7,5 credits)

In this course, you will learn the scripting languages Python and PowerShell. You will learn how these languages can be used to ease administration by creating scripts that perform common tasks in network and system administration that automate and solve problems in a time-efficient manner.

Year 2 – courses

Operating Systems (6 credits)

In this course, you will learn about the common principles in modern operating systems. You will learn, among other things, how multiple programs can run simultaneously, how memory works, and how files are stored and retrieved on a hard drive.

After completing the course, you will be able to understand, develop, maintain, and administer software that uses advanced operating system services, such as a web server utilizing multithreading and synchronization services.

Data Communication – Routing and Switching (9 credits)

This course goes deeper into the field of data communication. It is divided into practical and theoretical components. In the theoretical part, you will learn more about routing protocols, switching techniques, and how redundancy is integrated into LAN (Local Area Network) setups. In the practical parts, you will have opportunities to implement your solutions on routers and switches.

Cybersecurity Operations (7,5 credits)

This course introduces the field of cybersecurity, including tools and techniques used for both offensive and defensive cybersecurity operations. The course is divided into a theoretical and a practical part.

The theoretical part covers techniques and tools used in the field and is examined by an unsupervised written exam.

In the practical part you get to practically secure a system and detect malicious traffic. In a seminar you will deepen your knowledge in the field by discussing current research.

Computer Forensics (7,5 credits)

In this course, you will receive a theoretical foundation encompassing tools and methods for IT forensic investigations, applicable both in criminal investigations and corporate environments. You will apply these skills by conducting IT forensic investigations and presenting findings using procedures similar to those used by law enforcement agencies, among others. The course includes participation from IT forensic experts from the Swedish Police.

Project in Cybersecurity (15 credits)

In this course you get to implement your previously achieved knowledge into a practical scenario. Working in a project team you are to follow existing frameworks for implementing, test, and secure digital systems.

Scientific Methods (7,5 credits)

A wide range of activities will give you the opportunity to scientifically explore various subjects within network administration and cybersecurity. The course teaches you how interviews, surveys, and experiments are conducted in IT, and it also prepares you for your thesis work in the third year.

Seminars and lectures cover scientific methodologies in IT, providing you with a foundation for advanced studies in the field

Information Security - Network Security (7,5 credits)

The course provides advanced knowledge in the field of network security, focusing on authentication, authorization, and maintenance of secure networks. Practical components of the course will equip you with security skills in configuring network equipment that implements authentication, encryption, filtering, and logging.

Year 3 – courses

Studying abroad?

During the autumn semester of the third year, you have the opportunity to study abroad at one of our partner universities. The program is designed so that you can freely choose which courses to take without affecting your ability to graduate.

Sustainable Development (7,5 credits)

A wide range of activities will provide you with the opportunity to scientifically explore various subjects within network and system administration. Configuring a computer network and conducting experiments will prepare you for your thesis work in the field, demonstrating how optimizations can extend the lifespan of systems and servers. Seminars and lectures cover advanced topics in IT, giving you a foundation for advanced studies in the field.

Information Security - Risk Management (7,5 credits)

The course provides you with a fundamental understanding and insight into the risk management process for information security, with a focus on risk analysis. Achieving effective information security requires a basic understanding of risk management. What information assets do we have that we need to protect? What are they actually worth? What threats and vulnerabilities do we face? What are the consequences if these threats are realized? What measures are needed to protect ourselves against these threats?

Wireless Networks (7,5 credits)

This course covers the fundamental principles of wireless networks, from antennas to radio frequency propagation to security issues. You will study the 802.11 standard along with its components such as access points and bridges. Additionally, you will work on troubleshooting and perform a Wi-Fi survey of a location

Culture and Awareness in Cybersecurity (7,5 credits)

This course provides an introduction to security awareness and the development of a security culture within organizations. It highlights the importance of human factors in cybersecurity and covers strategies for improving security practices. The course includes lectures on theoretical aspects and practical sessions for creating security awareness materials. A key component is a group project where students design unique awareness materials and plan an awareness campaign.

Teaching methods involve lectures, group projects, and seminars. Assessment is through a written exam, project evaluation, and participation. By the end, students will understand the importance of security awareness, identify components of a security culture, and create and implement effective awareness campaigns.

Bachelor Degree Project in Informatics with a Specialization in Cyber Security (30 credits)

In this course, you will complete your thesis to obtain your Bachelor's degree in Informatics. The work culminates in a scientific report where you will apply the scientific methodology you have learned throughout the program. You can view previous students' reports at https://his.diva-portal.org