Diversifying STEM Curriculum Project
The Diversifying STEM Curriculum project aims to bring the conversation and actions around decolonising and diversifying curriculum in higher education into the STEM (science, technology,engineering and mathematics) disciplines. While there have been some efforts in our departments in this area, this project aims to build upon and to coordinate activity in the Division and collaborate with others across the University.
This project is a collaboration between scientists/mathematicians and historians in the University of Oxford. The current participating STEM departments are: Chemistry, Engineering, Maths, Physics and Zoology. We have partnered with colleagues from the Faculty of History and the History of Science Museum. Funding has been received by the Vice Chancellor's Diversity Fund.
Undergraduate students in science will work with and be supervised by DPhil historians of science on a summer project to develop an online repository of materials available to professors/lecturers teaching undergraduate courses in maths and physical sciences subjects (within Oxford and externally). The material will include (1) a critical understanding of the historical context of key scientific concepts/theorems/research, and (2) highlight and discuss important contributions from a diverse range of people (with respect to ethnicity, gender, nationality, sexual orientation, disability, class, religion, etc.) and those who may have been sidelined or not given the recognition they deserve.
The specific aims are to:
- Research material and collect approaches to diversifying the undergraduate science curriculum;
- Broaden student learning in undergraduate science courses to have a better understanding of: the global historical and social context to scientific research; the diverse range of people who have contributed to scientific knowledge construction; colonial contexts in which ideas about whose knowledge is ‘scientific’ have been developed and deployed and their consequences for indigenous knowledge; and historical work revising older narratives of scientific progress;
- Create collaborations between scientists and historians;
- Develop an online repository of material for undergraduate lecturers within Oxford and across the sector to easily integrate into their lectures/courses, encouraging them to critically reflect on their curriculum content;
- Ultimately to advocate for a cultural shift towards STEM curriculum that embraces an interconnected global view of sciences/maths (not just a euro-centric one) and includes a diverse range of people and historical context alongside the necessary technical content.
While this project was planned to launch in Summer 2020, due to the Covid-19 pandemic, it has been postponed until Summer 2021.
If you have any questions, please contact email@example.com
The previous call for undergraduate interns can be found below for information, along with a list of examples of potential summer research projects. An updated call will be announced in due course.
Previous Call for Undergraduate interns
Are you keen to work collaboratively with historians of science to influence undergraduate courses, encouraging an interconnected global view of science/maths?
Would you like to research a diverse range of scientists who are not typically included in course material?
Could you help make a real difference to undergraduate STEM teaching?
The Diversifying STEM Curriculum project aims to bring the conversation and actions around diversifying and decolonising the curriculum in higher education into the STEM (science, technology, engineering and mathematics) disciplines. We are looking for interns to research the historical contributions from the diverse range of people who have contributed to scientific knowledge construction; colonial contexts in which ideas about whose knowledge is ‘scientific’ have been developed and deployed and their consequences for indigenous knowledge; and historical work revising older narratives of scientific progress.
Who you are:
- A current student with a background in Physics, Maths, Chemistry or Engineering;
- Demonstrated interest in history, history of science, and/or equality and diversity in science;
- Have ability to clearly communicate (in writing and verbally) complex scientific concepts to a lay audience – ability to work in other languages would be useful but not required;
- Able to demonstrate excellent time management and ability to meet tight deadlines; and
- Available to work for 8 weeks in Summer 2020.
What you will gain:
- Paid internship consistent with the Oxford Living Wage;
- Experience of independent research;
- Broader scientific and historical understanding of scientific developments;
- Building collaborations with colleagues across different departments and subject areas; and
- An opportunity to present your research at the History of Science Museum in Oxford and share your work online to a wide audience.
What you will be part of:
- A cohort of four interns, two DPhil historians of science, one postdoc in History, and a number of academics and administrators working on this project;
- An innovative project with the potential for real impact within the University and beyond; and
- Lectures and events in departments.
HOW TO APPLY: Please provide your CV and (up to one page) statement explaining why you are interested in this project and what relevant experience you have, and email the documents to firstname.lastname@example.org by 6 March 2020.
If you have any questions, please contact: email@example.com
Here are some examples of potential summer research topics
- Solution of systems of linear equations in China in 2nd century BCE and later
- Solution of polynomial (quadratic) equations by al-Khwarizmi in 9th-century Baghdad
- Study of infinite series by the 'Kerala School' in India (14th-16th century CE)
- Seki Takakazu's 'circle principles' (calculating arc lengths, areas, and volumes) in 17th-century Japan, and Seki's work on determinants
- Ancient Chinese number theory – particularly the Chinese Remainder Theorem
- Emmy Noether on abstract rings (1920s)
- Mechanics via the writings of Emilie du Châtelet and/or Mary Somerville (18th-19th centuries)
- Women leaders in climate and planetary physics
- South Asian contributions to maths and astronomy, for example, Indian astronomical models from the 18th century and earlier
- History of modern measurement, which is tied deeply to the idea of the ‘Empire’ and Imperial standardisation
- Exploring ways in which the first industrial revolution and the birth of 'modern science' ushered in a new era of social change, and the impact of thermodynamics