When the Machine Meets the Expert: An Ethnography of Developing AI for Hiring

MIS Quarterly ◽  
2021 ◽  
Vol 45 (3) ◽  
pp. 1557-1580
Author(s):  
Elmira van den Broek ◽  
◽  
Anastasia Sergeeva ◽  
Marleen Huysman Vrije ◽  
◽  
...  

The introduction of machine learning (ML)in organizations comes with the claim that algorithms will produce insights superior to those of experts by discovering the “truth” from data. Such a claim gives rise to a tension between the need to produce knowledge independent of domain experts and the need to remain relevant to the domain the system serves. This two-year ethnographic study focuses on how developers managed this tension when building an ML system to support the process of hiring job candidates at a large international organization. Despite the initial goal of getting domain experts “out the loop,” we found that developers and experts arrived at a new hybrid practice that relied on a combination of ML and domain expertise. We explain this outcome as resulting from a process of mutual learning in which deep engagement with the technology triggered actors to reflect on how they produced knowledge. These reflections prompted the developers to iterate between excluding domain expertise from the ML system and including it. Contrary to common views that imply an opposition between ML and domain expertise, our study foregrounds their interdependence and as such shows the dialectic nature of developing ML. We discuss the theoretical implications of these findings for the literature on information technologies and knowledge work, information system development and implementation, and human–ML hybrids.

Author(s):  
Michael Sherman ◽  
Yaroslava Samchynska ◽  
Yevheniia Lohvina

The article describes the main aspects of the creation of the information system of educational purpose, focused on the solution of tasks of computer and information training for future ecologists in modern higher education in Ukraine. The main and additional requirements for an information resource about rare species of animals which take into account disadvantages of existing information resources are formulated. The main stages of the information system development process are considered. The project was implemented by means of Python programming language, Django framework, Adobe Photoshop graphics editor. The structure of the MySQL database for the informational system and the description of the fields of its main tables were given. The chart of precedents concerning the roles typical for the Little Zoo system, the chart of cooperation for adding an article into the system database, the chart of the sequences in the system, the chart of conditions of search are presented. Thanks to the resource users will be able to search for a rare species of animals according to one or more characteristics. The system also provides students with the possibility of learning materials by sorting articles about animals in the required order. The description of the functional of the information system is presented. The system allows the registered users to add own articles, to expand the resource’s database. The information system of educational purpose is successfully used at the Kherson State University in studying the discipline "Informatics and Systemology" by students of specialties 101 "Ecology" and 014 "Secondary education (Biology)", as well as in studying the discipline "Information technologies and technical means of correctional training" by students of specialty 016 "Special Education".


Author(s):  
Arfan Sansprayada ◽  
Kartika Mariskhana

Abstract—The need for information system development in a company is a basic requirement that must be met by each company in order to run its business processes properly. This is the basic key in a company in order to provide maximum results to find as many profits or profits. Application development or requirements in the application also provide speed for employees to carry out their activities to work properly and optimally. The development of the era requires that companies must be productive and have innovations so that the business wheel of the company can run well. This is based on the development of technology that is so fast that it requires special expertise in its application. This research is expected to be able to help some problems that exist in a company. Where its application can make it easier for employees to carry out their respective duties and roles in order to maximize their potential. For companies, the application of this application can accommodate the company's business wheels so that they can be properly and correctly documented .   Keywords : Systems, Information, Applications


1977 ◽  
Author(s):  
William B. Mitchell ◽  
Robin G. Fegeas ◽  
Katherine A. Fitzpatrick ◽  
Cheryl A. Hallam

2014 ◽  
Vol 29 (4) ◽  
pp. 312-326 ◽  
Author(s):  
Alan R Dennis ◽  
Binny M Samuel ◽  
Kelly McNamara

Information system maintenance is an important aspect of information system development, especially in systems that provide dynamic content, such as Web-based systems and Knowledge Management Systems (KMS). Design for Maintenance (DFM) is an approach that argues that maintenance effort should be considered during the design of information systems in addition to the usual system design considerations. This research examines how the design of links among knowledge documents in a KMS affects both their maintenance and use. We argue that providing links among knowledge documents increases the cost of maintenance because when a document changes, the documents that link to and from that document are more likely to need changes. At the same, linking knowledge documents makes it easier to locate useful knowledge and thus increases use. We examine this tension between use and maintenance using 10 years of data from a well-established KMS. Our results indicate that as the number of links among documents increases, both maintenance effort and use for these documents increase. Our analyses suggest two DFM principles for dynamic content in practice. First, knowledge coupling (i.e., linking) to documents internal to the KMS rather than sources external to the KMS better balances maintenance effort and use. Second, designing small, knowledge cohesive documents (e.g., 250-350 words) leads to the best balance between maintenance effort and use.


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