AE9100 PhD introduction seminars

    • Course code
      AE9100
    • Number of credits
      5
    • Teaching semester
      2025 Autumn
    • Language of instruction
      English
    • Campus
      Evenstad
Course content

Content

THE PHILOSOPHY OF BIOLOGICAL SCIENCE

  • theories, hypotheses and models
  • explanation, laws, prediction, causation and understanding
  • scientific theories and models
  • acquiring knowledge
  • environmental ethics

 

NATIONAL AND INTERNATIONAL ETHICAL CONVENTIONS AND GUIDELINES

  • good research practice and intellectual freedom
  • ethical guidelines regarding the use of animals in research
  • ethical guidelines regarding the use of questionnaires and interviews in research
  • ethical guidelines for cooperation and authorship

 

SCIENTIFIC COMMUNICATION

  • the structure of scientific papers and popular science
  • characteristics of (good) review papers, original research papers, popular papers and other literature
  • writing, reading and the oral presentation of scientific results for academics and laymen – the popular scientific presentations
  • interactions and communications with the public media and on the world-wide web the peer-referee process

Learning Outcome

After completing the course, the students should have the following learning outcomes with regard to knowledge, skills and general competence:

Knowledge

Knowledge

The candidate:

  • has a profound understanding of the history and philosophy of science
  • understands how new knowledge develops in the biological sciences
  • appreciates how the forefront of knowledge within her/his research topic developed
  • has a basic insight into environmental ethics and how values and normative theories relate to biological research

Skills

Skills

The candidate:

  • can reflect upon philosophy of science and research ethics
  • knows how to store, secure and manage research data
  • can review and comment on each other’s written and oral work

General competence

General competence

The candidate:

  • can identify new relevant ethical issues and carry out research with scholarly integrity
  • can discuss academic issues and challenge established dogmas regarding knowledge and practice
  • understands how scientific communication functions, including associated ethics, with impact factors, open access and scientific societies
  • can contribute in the communication of scientific actions targeting different audiences, such as scientists within applied ecology or biotechnology, scientists in other fields, and users of the scientific results and laymen

Teaching and working methods

Teaching and training methods

Lectures, seminars and self-study.

The course will consist of one day to organise the course, followed by preparation for the course by self-study and one intensive seminar week. Each topic covered will start with a broad presentation by professional lecturers followed by group discussions and presentation by the course participants.

Required coursework

Participation in the intensive teaching week 80%

Form of assessment

Evaluation

To pass the candidate has to pass evaluations of the following:

  • One individual written essay on ethical considerations, history, technical advancements or future applications of the individual field of expertise
  • One presentation and introduction to discussion related to philosophy of science
  • One individual oral presentation and introduction to discussion related to a scientific misconduct
Course name in Norwegian Bokmål: 
PhD introduction seminars
Faculty
Faculty of Applied Ecology, Agricultural Sciences and Biotechnology
Area of study
Matematisk-naturvitenskapelige fag/informatikk
Programme of study
PhD in Applied Ecology and biotechnology
Course level
Doctoral degree level (900-FU)