by Gina Glock, Researcher at the Federal Institute of Occupational Safety and Health (BauA), Berlin, Germany
6 min read
Who’s in control?
Service workers have a deep desire for job autonomy. Generally speaking, job autonomy refers the possibility of determining the courses of action in relation to an individual's own work processes. The extent to which they are granted this autonomy is another question, the answer to which depends on the specific work content in services, the corporate strategies for realising the potential of labour power, and the associated use of technology within work processes.
Widely used Algorithmic Decision-Making (ADM) systems, as rule-based or learning technical systems that have an algorithm at their core as a decision-maker show various levels of intervention in the work of service employees and may be utilised to fulfil different corporate strategies, mostly in a specific relationship between control and optimisation.
Workers themselves want to retain control over their work as much as possible. Using ADM systems does not fundamentally contradict this aspiration – yet they call into question the decision-making authority over work content and conditions.
In my doctoral thesis, I explored these potential areas of conflict by examining the influence of ADM systems on the job autonomy of service employees in Germany who perform a particularly large amount of intensive interaction work, i.e., who are in direct contact with customers, clients, or patients.
Solidified polarisations, most lose ground
Quantitative analyses of the extent of job autonomy reveal a clear divide within the service sector, which speaks volumes about existing inequalities: A comparison between 2012 and 2018 data shows that the already autonomy-strong sectors (e.g., information and communication, finance and insurance, real estate, professional, scientific and technological services, education) are among the autonomy winners.
By contrast, sectors with weak autonomy (e.g., trade, logistics, accommodation and food services, healthcare and social services) have continued to lose ground, which leads to the overarching theme of increasing polarization. Overall, gains in job autonomy are rarely high for service workers, but the losses are often serious and affect the majority of employees.
But how is the deployment of ADM systems reflected in this torn autonomy situation?
Potentials for job autonomy, but …
The core of my empirical work consists of interview-based company case studies in outpatient care and bank advisory services. A holistic software solution for digital work processes, including ML-based shift and tour planning, serves as an ADM example in outpatient care. An integrated client approach management system for clients, which essentially provides product recommendations, sets an ADM example in banking services.
The company case studies show that the intervention of these ADM systems in the work processes of care workers and bank advisors has predominantly positive effects on job autonomy. In both cases, improvements in the respective services as well as relieving tendencies for workers are recognisable. In the example of outpatient care, contributions to the quality of care, improvements in workload, and a facilitation of interaction work are achieved.
In contrast, the changes in job autonomy may have ambivalent effects on bank advisors: It is true that the quality and quantity of advisory services are improved, and day-to-day work is facilitated. However, the work of the advisors is also fraught with more contradictions such as a strict time-boundness of product recommendations.
However, service employees retain the power of judgement and decision-making in areas of work that are important to them. These findings must be evaluated in light of the corporate strategy behind the deployment of specific technologies. If the company's objectives lie within the scope of process optimisation to support workflows – beyond the expansion of control mechanisms for the utilisation of labour power – there is far less danger for the shaping and structuring of autonomous service work.
In any case, and in view of workers' desire for job autonomy, excessive technology-based control of work performance and output appears to be an outdated corporate objective. Ultimately, the increasing deployment of ADM systems calls for more co-determination at the workplace if employees intend to shape their implementation and utilisation.
Dr. Gina Glock completed her doctorate in the sociology of work at the Dresden University of Technology. She is employed at the Federal Institute of Occupational Safety and Health (BauA) in Berlin. Her research focuses on the interplay between digitalization, working conditions, and the shaping of good work. She studied Industrial Engineering and Public Economics in Dresden, Venice, and Berlin.
Technology, Employment and Wellbeing is a new FES blog that offers original insights on the ways new technologies impact the world of work. The blog focuses on bringing different views from tech practitioners, academic researchers, trade union representatives and policy makers.
Friedrich-Ebert-Stiftung Future of Work
Cours Saint Michel 30e 1040 Brussels Belgium
+32 2 329 30 32
futureofwork(at)fes.de
Team
This site uses third-party website tracking technologies to provide and continually improve our services, and to display advertisements according to users' interests. I agree and may revoke or change my consent at any time with effect for the future.
These technologies are required to activate the core functionality of the website.
This is an self hosted web analytics platform.
Data Purposes
This list represents the purposes of the data collection and processing.
Technologies Used
Data Collected
This list represents all (personal) data that is collected by or through the use of this service.
Legal Basis
In the following the required legal basis for the processing of data is listed.
Retention Period
The retention period is the time span the collected data is saved for the processing purposes. The data needs to be deleted as soon as it is no longer needed for the stated processing purposes.
The data will be deleted as soon as they are no longer needed for the processing purposes.
These technologies enable us to analyse the use of the website in order to measure and improve performance.
This is a video player service.
Processing Company
Google Ireland Limited
Google Building Gordon House, 4 Barrow St, Dublin, D04 E5W5, Ireland
Location of Processing
European Union
Data Recipients
Data Protection Officer of Processing Company
Below you can find the email address of the data protection officer of the processing company.
https://support.google.com/policies/contact/general_privacy_form
Transfer to Third Countries
This service may forward the collected data to a different country. Please note that this service might transfer the data to a country without the required data protection standards. If the data is transferred to the USA, there is a risk that your data can be processed by US authorities, for control and surveillance measures, possibly without legal remedies. Below you can find a list of countries to which the data is being transferred. For more information regarding safeguards please refer to the website provider’s privacy policy or contact the website provider directly.
Worldwide
Click here to read the privacy policy of the data processor
https://policies.google.com/privacy?hl=en
Click here to opt out from this processor across all domains
https://safety.google/privacy/privacy-controls/
Click here to read the cookie policy of the data processor
https://policies.google.com/technologies/cookies?hl=en
Storage Information
Below you can see the longest potential duration for storage on a device, as set when using the cookie method of storage and if there are any other methods used.
This service uses different means of storing information on a user’s device as listed below.
This cookie stores your preferences and other information, in particular preferred language, how many search results you wish to be shown on your page, and whether or not you wish to have Google’s SafeSearch filter turned on.
This cookie measures your bandwidth to determine whether you get the new player interface or the old.
This cookie increments the views counter on the YouTube video.
This is set on pages with embedded YouTube video.
This is a service for displaying video content.
Vimeo LLC
555 West 18th Street, New York, New York 10011, United States of America
United States of America
Privacy(at)vimeo.com
https://vimeo.com/privacy
https://vimeo.com/cookie_policy
This cookie is used in conjunction with a video player. If the visitor is interrupted while viewing video content, the cookie remembers where to start the video when the visitor reloads the video.
An indicator of if the visitor has ever logged in.
Registers a unique ID that is used by Vimeo.
Saves the user's preferences when playing embedded videos from Vimeo.
Set after a user's first upload.
This is an integrated map service.
Gordon House, 4 Barrow St, Dublin 4, Ireland
https://support.google.com/policies/troubleshooter/7575787?hl=en
United States of America,Singapore,Taiwan,Chile
http://www.google.com/intl/de/policies/privacy/