| Literature DB >> 30161124 |
Shoaib Sufi1, Aleksandra Nenadic1, Raniere Silva1, Beth Duckles2, Iveta Simera3, Jennifer A de Beyer3, Caroline Struthers3, Terhi Nurmikko-Fuller4, Louisa Bellis5, Wadud Miah6, Adriana Wilde7, Iain Emsley8, Olivier Philippe9, Melissa Balzano10, Sara Coelho11, Heather Ford12, Catherine Jones13, Vanessa Higgins14.
Abstract
Workshops are used to explore a specific topic, to transfer knowledge, to solve identified problems, or to create something new. In funded research projects and other research endeavours, workshops are the mechanism used to gather the wider project, community, or interested people together around a particular topic. However, natural questions arise: how do we measure the impact of these workshops? Do we know whether they are meeting the goals and objectives we set for them? What indicators should we use? In response to these questions, this paper will outline rules that will improve the measurement of the impact of workshops.Entities:
Mesh:
Year: 2018 PMID: 30161124 PMCID: PMC6116923 DOI: 10.1371/journal.pcbi.1006191
Source DB: PubMed Journal: PLoS Comput Biol ISSN: 1553-734X Impact factor: 4.475
Common biases and countermeasures.
| Bias type | Explanation | How to counter |
|---|---|---|
| Confirmation bias | The tendency to reaffirm your own values and beliefs and to create research methods that confirm what you already believe to be true. For instance, I might decide that I’d like evidence that my workshops are very effective, so I ask questions designed to get mostly positive responses. | Know what we believe to be true and make certain that the questions allow for the opposite (and other) responses. |
| Sampling bias | When the sample you are drawing from is not representative of a larger population. Unless you get responses from every single person in a workshop, for instance, you will have a biased sample. For example, I might send out a workshop evaluation survey on a day when a third of the workshop attendees are at a conference so are not able to respond. | Check whether responders had similar profile distributions to those who attended the workshop. Compare demographics (gender, domain, career stage, etc.) to help detect bias even in anonymous surveys. However, such information could be used to identify individuals in a smaller workshop. |
| Social desirability bias | A person responding to questions wishes to give a response that will make the interviewer think well of them. For example, I might feel uncomfortable answering the question ‘After this workshop on measuring impact, I feel confident about measuring the impact of my next event’, if after the workshop I still didn’t understand the topic. | Questions can emphasise the need for honesty and promise that although answers will be used and published, respondents will remain anonymous. For questions that ask about skill levels before and after a workshop (e.g., Rule 8), it is very important to indicate that it is okay if the respondent does not know how to do a skill. |
How to decrease bias and increase clarity in survey questions.
| Aspect | Explanation of issues | How to counter |
|---|---|---|
| They are complex, overly wordy, and have multiple potential answers. An example of such a question is the following: ‘ | Deconstruct the compound question into separate questions. | |
| These questions guide the respondent toward a particular desired response. In combination with the social desirability bias, this is one of the easiest ways for survey research to become biased. For example, ‘ | Remove any leading parts to the question. ‘ | |
| These questions are a challenge for the respondent to follow and accurately respond to. Similar to the compound question, it makes it hard both for the respondent to answer accurately and for the researcher to know what is being measured. | Pretest your survey so that these types of questions can be highlighted and reworded before you run the survey for real. | |
| Multiple-choice questions that do not offer all of the possible answers included are naturally difficult to accurately respond to. For example, a question asking for a report of eye colour that does not include the respondent’s eye colour in the possible answer choices cannot be answered. | Undertake qualitative work and/or pretest your survey to find all of the possible answers to your multiple-choice questions. | |
| The order of the multiple-choice answers should be intuitive and have a flow. In some cases, it might make sense to randomise the choices to control for bias. In other situations, in which confusion could be caused (e.g., standard lists of ethnicity or domains), keeping a logical order is less confusing. Confusing those who fill in the survey is a sure way of decreasing response rates. | Check whether the answer choices should be randomised or kept in a logical/standard order. | |
| It is rare that the use of absolutes such as ‘always’ or ‘never’ will help you write an effective survey question. Using an absolute in a survey question can mean that the response is not as useful because the respondent may have one instance that rules out an answer, e.g., ‘ | In the majority of cases, remove or replace any absolute word(s) in questions. | |
| Keep answers comparable between respondents. For example, asking a respondent if they travelled ‘far’ to attend the workshop could be subjective, with some people considering 10 miles to be far and others considering over 100 miles to be far. | Define what you mean when asking about matters that are open to subjective opinion, e.g., rather than ‘far’, you could give a selection of distances. ‘Good’ could be replaced with something more specific about your intent, such as ‘useful’ or ‘enjoyable’, depending on what you are trying to measure. | |
| Not offering one open-ended question can cause you to lose out on information from attendees. | The question allows respondents to highlight anything positive or negative about the workshop that they would like to bring up. This can act as an additional safety net to catch issues with the survey that may have slipped through pretesting. |