Course - Bioanaytical laboratory methods - HBIOA1010
Bioanaytical laboratory methods
New from the academic year 2026/2027
Assessments and mandatory activities may be changed until September 20th.
About
About the course
Course content
The course provides an introduction to key instrumental analytical methods used in modern laboratories, with a focus on electrophoresis, enzyme kinetics, lipid and metabolite analysis, as well as organic synthesis. Students also receive a basic introduction to electronics and optics related to these methods and learn how quality assurance and sustainability are integrated into laboratory work. Electrochemistry and chemical sensors: basic electrochemical principles, construction and application of chemical and biological electrodes/sensors. Through practical exercises and data processing, students develop digital skills, including the use of Excel for documentation, calculations, and visualization of results.
Learning outcome
Knowledge - the student should have knowledge of
- Fundamental principles of selected analytical methods within electrophoresis, enzyme kinetics, lipids, metabolites, and organic synthesis
- Basic knowledge of electronics and optics related to the applied analytical methods
- Electrochemistry and the principles of chemical-, bio- and optical sensors
- Quality assurance of analytical methods
Skills - the student should be able to
- Use key instrumental techniques for the separation and analysis of macromolecules
- Ensure the quality of their own laboratory work in accordance with HSE (Health, Safety, and Environment) and sustainability principles
- Apply critical thinking to evaluate their own work throughout the entire analytical process
- Use digital tools such as Excel to process, analyze, and visualize data from laboratory analyses, including calculating relevant parameters and presenting results in tables and graphs
General Competence - the student should be able to
- Work independently and in groups
- Master various techniques and instruments for laboratory analyses
- Understand the physical principles underlying selected analytical methods and measurement techniques
- Assess the correctness, accuracy, and precision of analyses
- Apply digital tools such as Excel for documentation and analysis of laboratory data, and understand how digital data processing contributes to quality assurance and traceability in laboratory work
Learning methods and activities
Lectures.
Laboratory work, cases and group assigments are compulsory.
Total workload per student corresponds to approx. 200 hours. Of this, scheduled activities will amount to approx. 80 hours.
Compulsory assignments
- Laboratory exercises, case studies, and group work
Further on evaluation
The laboratory course, cases and group work is evaluated approved / not approved with special focus on achieving learning outcomes. Participate actively in discussions when conducting laboratory exercises, have an understanding of and overview of procedures to be carried out for specific laboratory exercises, take an active part in carrying out practical work and show initiative to discuss interpretation of analysis results to develop an understanding of how to assess test results.
Compulsory work requirements (Laboratory work, group assignments ad case) must be approved in order to be eligible for the written exam. Approved compulsory work is valid for four semesters.
Specific conditions
Admission to a programme of study is required:
Biomedical Laboratory Science (BBIOING)
Biosciences and Laboratory Technology (BBL)
Recommended previous knowledge
BR100131 Biostatistics and mathematics
HBIOA1013 Introduction to chemistry
Course materials
Stated at the start of the semester
Credit reductions
| Course code | Reduction | From |
|---|---|---|
| HBIOA1006 | 3.5 sp | Autumn 2026 |
| HBIOA1002 | 1 sp | Autumn 2026 |
| HBIOA2005 | 3 sp | Autumn 2026 |
Subject areas
- Analytical Chemistry