BSc Information and Communication Technology
Today’s society is highly dependent on Information and Communication Technology (ICT). This programme aims to meet society’s demands for ICT solutions and prepare a generation of highly skilled specialists in the field. The developments in this area create opportunities for you to utilise the knowledge gained in the programme for either an international career, or further master's level studies.
Information and Communication Technology at KTH
ICT is the basis for digitalising human communication and affects everyone's lives, most industries, sectors, government agencies and NGOs. New IT systems and services are continually evolving, and people and products are becoming increasingly connected. While technology can improve people's quality of life and help reduce emissions from heavy industries, development requires continually enhanced security. ICT experts are needed to strengthen the protection against industrial espionage, fake news and cyber warfare, or to develop AI, e-health and digital design. As a student on this programme, you find yourself amid the development of phenomena such as 5G, AI, and Data Science.
The programme gives you a combination of knowledge about electronics, software, computer science and communications technology. The programme integrates technology with economics, leadership and sustainable development – giving you a broad perspective on technological development. The programme has a large proportion of elective courses that give you the opportunity to tailor your education.
All teaching is conducted in English in a combination of lectures, laboratory work and practice. You will benefit from the extensive group work you are able to do both at future employers and in research environments. The programme is based on the latest research that KTH conducts in collaboration with companies and your teachers are prominent professors from all over the world. Through guest lectures and projects you will be able to meet companies, which gives you a better understanding of your future profession.
The programme is offered at KTH's campus in Kista, one of Europe's leading ICT clusters with around 1,000 companies. Your fellow students come from both Sweden and other countries: many from Germany, France, Spain, England and South Korea. Collaborating in intercultural groups is a valuable experience that can lay the foundations for your own international network.
This is a three year programme (180 ECTS credits) given in English. Graduates are awarded the degree of Bachelor of Science. The programme is given by the School of Electrical Engineering and Computer Science (at KTH).
After graduation, creative jobs await in a labour market that exists both in Sweden and internationally. The programme opens up opportunities in global and regional IT companies, consultancy firms, in most companies’ IT departments and in international institutions. There is also a great need for ICT skills in the automotive industry and medical technology.
You can evolve into a software engineer, consultant, systems specialist and much more. You might have a new idea during the programme and go on to become an entrepreneur, or apply to the many startup companies in the field. Even though more and more people are training in ICT around the world, the need for ICT competence is expected to be high for a long time to come. The prospect of finding exciting tasks and occupations is very good.
Find out what students from the programme think about their time at KTH.
Graduates from KTH have the knowledge and tools for moving society in a more sustainable direction, as sustainable development is an integral part of all programmes. The key sustainable development goals addressed by the bachelor's programme in Information and Communication Technology are:
The programme teaches you to understand and develop sustainable solutions for the global sustainability goals Energy for All and Sustainable Industry, Innovation and Infrastructure. ICT's main contribution to sustainability is to be an enabler for other industries to become more energy efficient and reduce their carbon footprint. Emissions from the transport and industry sectors can be greatly reduced if new energy-efficient technology can be used.
The IT industry also has a major impact on personal integrity, digital monitoring and democracy. There are major issues to engage in here for those who want to become involved and influence development. Another important aspect is that the technology that enables us to be connected is dependent on electricity. In order for the digital services we use to be environmentally friendly, it is important to create an energy-efficient infrastructure.
Faculty and reserch
The School of Electrical Engineering and Computer Science conducts research that is world-leading within its field. The research contributes to future solutions in theoretical computer science, applied computer science, robotics, medical science, nanoelectronics, smart grids, intelligent transport systems, secure infrastructure, computer systems, photonics, computational biology, media technology and interaction design, as well as speech and musical communication.
The Division of Software and Computer Systems (SCS) works in several areas, contributing to future solutions in software engineering, distributed and parallel systems, and data science and applied AI. Software engineering research includes software technology for DevOps, advanced software testing, novel techniques for automatic software diversification, and new methods and systems for software and services analysis and development.
The Network Systems Lab (NSLab) conducts research and education in the area of design, analysis, and management of next generation networks and services. In particular, the main research focus is making it easy to develop and manage key societal Network Systems that meet their objectives. Classic examples include: high performance, high reliability, and low-power.
The Division of Communication Systems (COS) conducts research and education in the broadest sense of the communication systems area. This includes, but is not limited to, technical and economic aspects of wireless, wired and optical communication systems and services, fixed and mobile communication systems, and communication related services, artifacts, applications, and usage.
The Radio Systems Laboratory is conducting research and provides courses and thesis projects within the areas of mobile and personal communications systems and services. In particular, the research focus is on architectures and protocols for future mobile networking, economics of wireless systems and services, dynamic spectrum access and cognitive radio systems, and energy aware wireless systems.
The Kista Mentorspace is hosted by KTH and is open for all students and staff that want to work on an idea, prototype or project concept.