Abstract
Research evaluation is often understood as something similar to a competition, where an evaluation panel’s task is to award the most excellent researchers. This interpretation is challenging, in as far as excellence it is at best a multi-dimensional concept and at worst an ill-defined term because it assumes that there exists some ground truth as to who the very best researchers are and all that an evaluation panel needs to do is uncover this ground truth. Therefore, instead of focusing on competition, the Swiss National Science Foundation focused on active decision-making and sought inspiration in the deliberation proceedings of a jury trial for the design of a new evaluation procedure of an academic award. The new evaluation procedure is based upon fully anonymised documents consisting of three independent parts (achievements, impact and prominence). Before the actual evaluation meeting, the panel, which includes non-academic experts, pre-evaluates all nominations through a pseudo-randomly structured network, such that every nomination is reviewed by six members of the panel only. Evaluation decisions are based upon anonymous votes, structured discussions in the panel, ranking as opposed to rating of nominees and data-rich figures providing an overview of the positioning of the nominee along various dimensions and the ranking provided by the individual panel members. The proceedings are overseen by an academic chair, focusing on content, and a procedural chair, focusing on the process and compliance. Combined, these elements form a highly-structure deliberation procedure, consisting of individual steps, through which nominations proceed and which each either feed into the next step or into the final verdict. The proposed evaluation process has been successfully applied in the real world in the evaluation of the Swiss Science Prize Marcel Benoist, Switzerland’s most prestigious academic award.
Funder
Swiss National Science Foundation
Subject
General Pharmacology, Toxicology and Pharmaceutics,General Immunology and Microbiology,General Biochemistry, Genetics and Molecular Biology,General Medicine
Cited by
2 articles.
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