EPN-V2

SIW4301 Philosophy of Social Science Course description

Course name in Norwegian
Philosophy of Social Science
Study programme
Master Programme in Applied Social Sciences - Study Option International Social Welfare and Health Policy
Master Programme in Applied Social Sciences
Master's Programme in Applied Social Sciences – Study Option Nordic Social Policy and Global Sustainable Development
Weight
10.0 ECTS
Year of study
2018/2019
Curriculum
SPRING 2019
Schedule
Course history

Introduction

This course is designed to inform and enrich the material learned in the research methods courses. It combines a descriptive and a normative approach to reflection on social science. In addition, the course contains a master thesis preparation seminar leading to a master thesis design proposal which supports the master thesis work process. The thesis preparation seminar runs in collaboration with the two courses on methods (SIW4210 and SIW4220).

Among topics covered in philosophy of science are the role of values in research, objectivity, realism, social constructivism, social ontology, feminist philosophy of science, evidence-based policy, models, and causality. The master thesis preparation seminar covers research design.

Required preliminary courses

None

Learning outcomes

A student who has completed his or her qualification has the following learning outcomes defined in terms of knowledge, skills and general competence:

Knowledge

The student has

  • thorough knowledge of main social science philosophy topics relevant to social welfare and health policy studies
  • knowledge of theories and concepts enabling systematic reflection on social science
  • knowledge of basic research design theory

Skills

The student can

  • analyze, discuss and evaluate social science from the viewpoint of philosophy of science
  • transform a research question into a design for answering the question

General Competence

The student has

  • thorough understanding of the relation between actual research and theories about research
  • a well developed understanding of the foundations of research results and design

Teaching and learning methods

The teaching consists of lectures, seminars and tutorials related to the coursework requirements. Students are expected to play an active role.

Course requirements

None.

Assessment

A student who has completed the course has the following learning outcomes defined in terms of knowledge and skills:

Knowledge

The student has

  • thorough knowledge of the research process
  • advanced knowledge of quantitative research designs: their appropriate use as well as strengths and limitations
  • thorough knowledge of important concepts such as measurement, reliability, validity, and generalization.

Skills

The student can

  • relate research processes to scientific theory and ethical principles
  • apply research methods in a reflective manner and appropriately choose methods that are relevant for different kinds of research questions
  • use relevant methods for producing, analyzing and interpreting diverse types of empirical data (e.g. surveys or register data)
  • use univariate, bivariate and multivariate analysis techniques
  • understand inferential statistics
  • evaluate research based on quantitative methods in terms of methodological quality and appropriateness

General Competence

The students are

  • familiar with, and critically reflect on various consequences of research
  • able to use ethical judgement regarding one’s own position as a researcher and how participation in research can intervene in people’s lives.
  • familiar with and can adhere to ethical regulations such as: correct and complete source information, informant anonymisation, confidentiality, researcher responsibility.

Permitted exam materials and equipment

The course consists of lectures and seminars, where students actively participate in group work, practical exercises and group discussions.

Grading scale

Students are awarded grades on a descending scale from A to E for pass and F for fail.

Examiners

The school exam is assessed by an internal and an external examiner. External examiners assess a random sample consisting of at least 25 per cent of the exams. The grades given for this sample provide a basis for the internal examiner's assessment. The external examiner will also assess individual exams where there is doubt about giving a grade of pass.

Course contact person

Dag Jenssen