Education

Please find information about content, admission requirements and recommendations for different study programmes by following the course links.

Undergraduate level

Links open in Course website LTH:

• Immunotechnology, KIMN01 (7.5 credits)
• Biopharmaceuticals KIMN10 (7.5 credits)
• Omics – Analysis of large-scale biomolecular datasets, KIMN20 (7.5 credits)

Advanced course

Advanced course in Immunotechnology, KIMN05, KKK000 (15 credits)

The course offers:

• In-depth theoretical and practical knowledge within the chosen field
• Insight into research methodology – what it is like to work in a research group
• Knowledge of how to plan, implement and report projects.

Degree projects (examensarbeten) 

• Degree Project in Immunotechnology, KIMM01 (30 credits)
• Degree Project in Immunotechnology, KIMM05 (30 credits)
• Bachelor Project in Immunotechnology, KIML01 (15 credits)

Projects

We can offer a range of projects based on your specific interest (e.g. cell biology, immuno-oncology, molecular biology, immunotoxicology, proteomics or bioinformatics), which are directly related to our ongoing research projects.

• Our research projects (Lund University's Research Portal)
• Our research groups

If you are interested in doing a project with us, please fill in this form:

Interest in (degree) projects at the Department of Immunotechnology (Ungapped)

Project courses

We further offer projects as a part of the project courses. Links open in Course web LTH:

• Project in Biopharmaceuticals, KIMN15 (15 credits)
• Project in Life Science, KMBN02 (15 credits)

Doctoral education

The Department of Immunotechnology offers doctoral education closely linked to collaborators in the health care sector, biopharmaceutical industry or research groups at the Faculty of Medicine. Doctoral projects are offered within the following research areas: immuno-oncology, the tumour microenvironment, sensitization and allergy, proteomics, bioinformatics, and antibody technology. Doctoral students develop and use tools such as advanced cell culture and flow cytometry, spatial omics, multiplexed immunofluorescence and image analysis, proteomics, single cell sequencing, immunoassays, recombinant antibody technology, and bioinformatics to achieve their research goals.

The general syllabus of our doctoral education program is available and will open in a new window.

For an overview of past doctoral projects, please review the compilation at Lund University Research Portal.