Gender, Science and Technology

Index

General Information

Estimated learning time

Learning objectives

Teaching blocks

Official assessment of learning outcomes

Reading and study resources

General Information

Course unit nameGender, Science and Technology
Course unit code366879
Academic year2024/2025
CoordinatorSonia Estrade Albiol
DepartmentDepartment of Electronic and Biomedical Engineering
Credits3
Single programS

Estimated learning time

Total number of hours : 75 Hours
ActivitiesType of trainingHoursObservations
Face-to-face and/or online activities26
- Lecture with practical component Face-to-face 26
Supervised project10
Independent learning39

Learning objectives

Referring to knowledge

— Understand epistemology.
— Learn about feminist theory and its historical evolution.
— Gain knowledge of the history of science and technology.

Regarding skills
— Learn to question gender blindness in experimental sciences and engineering.
— Understand the development of science and technology in relation to gender.
— Know how to introduce the gender perspective in research projects in experimental sciences and engineering.
— Gain a non-sexist perspective of professional work in science and engineering.
— Understand communication and scientific dissemination from a gender perspective.

Regarding attitudes, values and norms
— Show a critical attitude towards the subject matter.
– Display a positive approach to the learning activities.
– Develop effective organizational and planning skills.
— Acquire the ability to expand the knowledge obtained through the bibliography or any other medium (conferences, visits to facilities, etc.).

Learning objectives

Referring to knowledge

— Understand epistemology.
— Learn about feminist theory and its historical evolution.
— Gain knowledge of the history of science and technology.

Regarding skills
— Learn to question gender blindness in experimental sciences and engineering.
— Understand the development of science and technology in relation to gender.
— Know how to introduce the gender perspective in research projects in experimental sciences and engineering.
— Gain a non-sexist perspective of professional work in science and engineering.
— Understand communication and scientific dissemination from a gender perspective.

Regarding attitudes, values and norms
— Show a critical attitude towards the subject matter.
– Display a positive approach to the learning activities.
– Develop effective organizational and planning skills.
— Acquire the ability to expand the knowledge obtained through the bibliography or any other medium (conferences, visits to facilities, etc.).

Teaching blocks

  • 1 Conceptualizations and key topics in the sex/gender system. Theorizations around the relationship between gender, science and technology

  • 2 Construction of knowledge, classical epistemology, criticisms of classical epistemology and proposals for feminist epistemologies

  • 3 Sociology of science and technology: professional culture, digital gender gap, gender bias, intersectionality, and other tools

  • 4 References in science and engineering. Reflections on the genealogies of the professions. Advantages of the inclusion of women and LGBTIQ* people. Tools and best practices for greater and better inclusion and progress in these areas

  • 5 Introduction of the gender perspective in research in experimental sciences

  • 6 Introduction of the gender perspective in research in technology

  • 7 Teaching and disseminating science and technology with a gender perspective

  • 8 Introduction of the gender perspective in the teaching of experimental and technological sciences

Official assessment of learning outcomes

• Participation in class discussions: 10% of the final grade.

• Individual tutored assignment: 25% of the final grade.

• Group assignment: 25% of the final grade.

• Final examination: 40% of the final grade.

Repeat assessment

Repeat assessment consists of a final examination (60% of the final grade) and an individual assignment (40%).

Examination-based assessment

Given the subject’s nature, single assessment consists of an individual assignment and a final examination.

Final examination: 60% of the final grade.

Individual assignment: 40% of the final grade.

Reading and study resources

Book

Tong, Rosemarie P (1998) Feminist thought. Routledge.

Comment:

Links:
Book

Harding, Sarah (1993) Ciencia y feminismo. Morata

Comment:

Links:
Book

Keller, Evelyn Fox (1985) Reflections on Gender and Science. Yale University Press

Comment:

Links:
Book

Barad, Karen (2007) Meeting the universe halfway. Durham

Comment:

Links:
Checked by UB Language Services.