Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

The Proletarianization of Data Science

View through CrossRef
**Forthcoming (2022) in Digital Work in the Planetary Market. Edited by Mark Graham and Fabian Ferrari. MIT Press** This chapter shows that the data science labour force, while globally distributed, is predominantly tied to powerful firms concentrated in specific locales. In particular, I argue that the planetary data science labour force is increasingly created by and for powerful technology capital in the USA. The increasing efforts of large firms in producing their own bespoke labour force has implications for digital labour in general. From the perspective of capital, data science labour-power is a scarce commodity to be competed for. Around the world, efforts are thus being made to proletarianize data science labour-power; to increase its supply and decrease its value, while capturing a competitive share of it. Wider distribution of the skills to perform currently rewarding and well-remunerated digital labour is often positioned as a means to close the economic gap between the Global North and South, but the distribution of such skills is accompanied by their simplification and consequent devaluation. While the proletarianization of data science labour-power may make more data science jobs available outside the Global North, it will do so only insofar as it reduces the labour costs for big technology firms. Rather than the elevation of less-privileged labourers to the digital era, the proletarianization of data science labour-power suggests the coming degradation of a privileged type of labour to the status of precarious and poorly remunerated ghost work.
Center for Open Science
Title: The Proletarianization of Data Science
Description:
**Forthcoming (2022) in Digital Work in the Planetary Market.
Edited by Mark Graham and Fabian Ferrari.
MIT Press** This chapter shows that the data science labour force, while globally distributed, is predominantly tied to powerful firms concentrated in specific locales.
In particular, I argue that the planetary data science labour force is increasingly created by and for powerful technology capital in the USA.
The increasing efforts of large firms in producing their own bespoke labour force has implications for digital labour in general.
From the perspective of capital, data science labour-power is a scarce commodity to be competed for.
Around the world, efforts are thus being made to proletarianize data science labour-power; to increase its supply and decrease its value, while capturing a competitive share of it.
Wider distribution of the skills to perform currently rewarding and well-remunerated digital labour is often positioned as a means to close the economic gap between the Global North and South, but the distribution of such skills is accompanied by their simplification and consequent devaluation.
While the proletarianization of data science labour-power may make more data science jobs available outside the Global North, it will do so only insofar as it reduces the labour costs for big technology firms.
Rather than the elevation of less-privileged labourers to the digital era, the proletarianization of data science labour-power suggests the coming degradation of a privileged type of labour to the status of precarious and poorly remunerated ghost work.

Related Results

Collective Disindividuation and/or Barbarism: Technics and Proletarianization
Collective Disindividuation and/or Barbarism: Technics and Proletarianization
This essay serves as an overview of Bernard Stiegler’s project by offering a critical examination of “(de)proletarianization” and the pharmakon as refracted through his writings on...
DAMPAK TEKNOLOGI TERHADAP PROSES BELAJAR MENGAJAR
DAMPAK TEKNOLOGI TERHADAP PROSES BELAJAR MENGAJAR
DAFTAR PUSTAKAAditama, M. H. R., & Selfiardy, S. (2022). Kehidupan Mahasiswa Kuliah Sambil Bekerja di Masa Pandemi Covid-19. Kidspedia: Jurnal Pendidikan Anak Usia Dini, 3(...
National Tibetan Plateau Data Center
National Tibetan Plateau Data Center
<p>National Tibetan Plateau Data Center (TPDC) is one of the first 20 national data centers authorized by the Ministry of Science and Technology of China...
Population Data Science: The science of data about people
Population Data Science: The science of data about people
IntroductionSocietal and individual benefits of data-intensive science are substantial but raise challenges of balancing individual privacy and public good, while building appropri...
Spatial and Open Research Data Infrastructure for Planetary Science - Lessons learned from European developments
Spatial and Open Research Data Infrastructure for Planetary Science - Lessons learned from European developments
The planetary community has access to a wealth of raw research data by using central data distribution platforms such as the Planetary Data System (PDS) [1], the Planetary Science ...
Data Science: Practical Approach with Python
Data Science: Practical Approach with Python
Welcome to "Data Science: A Practical Approach with Python and R"! In today's digital age, data has become the lifeblood of modern decision-making. Whether you're in business, acad...
Public engagement of scientists (Science Communication)
Public engagement of scientists (Science Communication)
Public engagement of scientists is defined as “all kinds of publicly accessible communication carried out by people presenting themselves as scientists. This includes scholarly com...

Back to Top