Undergraduate studies in language technology/computational linguistics are conducted at a number of locations in Sweden. In some cases the education is given as a three- of four years program, while other departments teach the subject as advanced courses.

Göteborg

• Master's programme in Language Technology at University of Gothenburg
  

The Master’s Programme in Language Technology is a co-ordinated effort by the humanities and information technology faculties, and Chalmers University of Technology. You will be taught by researchers who are engaged in developing the latest technologies within language technology with focus on areas such as text technology and linguistic data resources, grammar technology and linguistic theory, and dialogue technology and spoken interaction.

Linköping

• Master's program in Cognitive Science at Linköping University
  

The Master's Program in Cognitive Science consists of four years of full time study. Students acquire broad knowledge of interdisciplinary theory and research methods in Cognitive Science. The program starts with two years of mandatory courses in the disciplines Cognitive Psychology, Linguistics, Cognitive Neuroscience and Artificial Intelligence, as well as cross disciplinary courses in Cognitive Science. The first two years also have courses in research methodology. During the third and fourth year the students can choose courses and form profiles based on their interests, among which language technology is one profile.

Lund

• Language Technology Programme at Lund University, 100 ECTS credits (link in Swedish)

The Language Technology Programme is intended for students with either a linguistic or a computational background. A central goal in the design of the programme has been to merge the students' different backgrounds in linguistics and computational science, to create a common platform in the interface between natural language and computers. During the first semester, the students are divided into two groups on the basis of their background, and the two groups study programming and linguistics, respectively. Thereafter, the students are assumed to be on a common basic level of understanding in both fields.


Skövde

• Master of Computational Linguistics at Högskolan i Skövde (begins spring term)
  

The duration of the course is one and a half year. Prerequisites are a BA or comparable degree in general linguistics, or phonetics, or a modern language.


Stockholm

• Single subject courses in language technology at KTH, Stockholm (link in Swedish)

• Computational Linguistics at Stockholm University, C- and D-level (link in Swedish)

The Linguistics Department offers basic (C-level) and advanced undergraduate courses (D-level) in Computational Linguistics. In order to qualify for the Basic Course in Computational Linguistics, candidates should have passed the Basic Course in Linguistics and the Intermediate Course in General Linguistics at the Department of Linguistics at Stockholm University, or equivalent qualifications.


Uppsala

• The educational program in Language Technology at Uppsala University (link in Swedish)

The educational programme in Language Technology at the Department of Linguistics and Philology is a 4- or 3-year programme leading to a M.A. or B.A. in Computational Linguistics. We welcome new students both spring and autumn semesters. Most of the courses are also given as single subject course.


Växjö

• The educational program in Computer Science at Växjö University (link in Swedish) 

The computer science program in Växjö leads to a BSc or MSc degree. Before the start of the sixth semester, students choose a special profile. The language technology profile focuses on general techniques for analysis, translation and generation of languages, both natural and artificial. The main emphasis is on analysis and generation of natural language, with applications in information retrieval, machine translation and question answering systems. It is also possible to focus on programming languages (compiler construction), markup languages (e.g. XML) or knowledge representation languages and artificial intelligence.