Scientific Methods
On successful completion of the course:
Knowledge
The candidate should:
- Have basic knowledge of key theory and methods for scientific investigation
- Have knowledge of basic data analysis
- Understand the ethical challenges involved in scientific investigations
Skills
The candidate should:
- Be able to locate, assess and refer to scientific information from a specter of sources and make reasoned choices
- Be able to reflect on their academic performance and adjust this under supervision
General competence The candidate should:
- Show understanding of key areas of scientific research
- Be able to convey biological knowledge as theories, research questions, research results both orally and in writing
Lectures, seminars, tutored student projects, laboratory work, fieldwork.
The course is constructed along several different student projects, in which all steps of scientific methods are carried out by the students based on their own data. Data labs are provided to teach the basic statistical analyses with the software R.
Compound assessment, grading rule Letter grades
- Coursework, counts 0/100 of the grade, grading rule Pass/Fail.
- Assignment, counts 100/100 of the grade, grading rule Letter grades.
Overlap refers to a similarity between courses with the same content. Therefore, you will receive the following reduction in credits if you have taken the courses listed below:
BI135F - Biostatistics - 5 credits
MET1006 - Scientific Methods - 10 credits
