| Literature DB >> 35845834 |
Nina H Di Cara1, Natalie Zelenka2, Huw Day3, Euan D S Bennet4, Vanessa Hanschke5, Valerio Maggio1, Ola Michalec5,6, Charles Radclyffe5,7, Roman Shkunov5, Emma Tonkin8, Zoë Turner9, Kamilla Wells10.
Abstract
Awareness and management of ethical issues in data science are becoming crucial skills for data scientists. Discussion of contemporary issues in collaborative and interdisciplinary spaces is an engaging way to allow data-science work to be influenced by those with expertise in sociological fields and so improve the ability of data scientists to think critically about the ethics of their work. However, opportunities to do so are limited. Data Ethics Club is a fortnightly discussion group about data science and ethics whose community-generated resources are hosted publicly online. These include a collaborative list of materials around topics of interest and guides for leading an online data-ethics discussion group. Our meetings and resources are designed to reduce the barriers to learning, reflection, and critique on data science and ethics, with the broader aim of building ethics into the cultural fabric of quality data-science work.Entities:
Keywords: data ethics; interdisciplinary; journal club; open science; open source; responsible innovation
Year: 2022 PMID: 35845834 PMCID: PMC9278501 DOI: 10.1016/j.patter.2022.100537
Source DB: PubMed Journal: Patterns (N Y) ISSN: 2666-3899
Figure 1A visual overview of Data Ethics Club
A list of the subsections of the reading list, with descriptions of the content included in each
| Section | Description |
|---|---|
| What is data ethics? | Pieces that map the boundaries of data ethics and introduce the concept at a broad level |
| The nature of data | Exploring how we understand the data we use as a tool embedded with assumptions rather than a static, objective object |
| Moral philosophy for data science | Moral philosophy applied to data-science questions and ethical dilemmas |
| History of data science | The origins of data science and consideration of inherited norms and principles that we may take for granted |
| Algorithmic decision making | Discussing practical applications of algorithmic decisions, with its uses, misuses, and limitations |
| Environmental costs and considerations | Considerations of how computing can damage our environment and ways we can try to reduce this impact |
| Privacy and surveillance | The implications of technology for our privacy and discussing where we should find ethical boundaries in addition to existing legal guidelines |
| Data ethics in the public and private sectors | Many organizations have produced reports or ethical guidelines for their particular contexts, which are collected here |
| Research culture | Pieces related to the settings we research in, including pieces on team science, open science, white supremacy, and colonialism |
| Ethics in action | Examples of places where data ethics has been “played out” in the real world or theories and frameworks on how to practically implement good ethical practices |
| Field specific | Sub-sections around natural language processing, computer vision, and explainable artificial intelligence (AI)/machine learning (ML), which contain pieces specific to these fields; these tend to be more technically focused |