Background Pattern

Philosophy of Science

Course Code

EI7080

Number of Credits

2

Semester

Course Type

NoCodeCourseRelation
1EI7090Philosophy of ScienceEquivalent

Study Material

Study MaterialDepth
The structure, boundaries, and authority of science, religion, technology, art, and social and societal sciences. Interactions between domains that affect scientific research, including demarcation criteria, and the introduction of artificial intelligence and its impact on scientific practice.Expert
Philosophy of science, the history and development of science.Expert
Similarities and differences in the philosophy of scientific development between hard science, social science, art, and technology, as well as philosophical questions and debates relevant to each scientific discipline.Expert
Methods of developing scientific knowledge based on experiments, theory, or simulation/technology-based (including artificial intelligence).Expert
Ethics in the development of science and technology.Expert
Rules and limitations in the development of science related to religion and social values.Expert
Philosophy of science and artificial intelligence, developments in AI technology and its influence on traditional scientific practices and methodologies, as well as their philosophical and ethical implications.Expert

Graduate Learning Outcomes (GLO) carried by the course

CPMK CodeCourse Learning Outcomes Elements (CLO)
CPMK 1Able to correctly understand the development process of science and/or technology while upholding ethics.
CPMK 2Able to solve science and technology problems through multidisciplinary and integrative research while still mastering expertise in certain disciplines.
CPMK 3Have the ability to adapt to emerging technologies and new scientific paradigms, including artificial intelligence (AI), and critically evaluate their implications on the practice and understanding of science.
CPMK 4Able to develop knowledge and/or technology in their field by producing creative, original and tested work.

Learning Method

  • Lectures, discussions, group work, independent work

Learning Modality

  • Active learning, special topics

Assessment Methods

  • Written exam, paper, presentation