Could you explain that point further? Can you provide an example?
Students and clients should be encouraged to use the technique on themselves to extend and reinforce the effect of Socratic questioning and promote more profound levels of understanding.
Coaching is “ the art of facilitating the performance, learning, and development of another” (Downey, 2003). To reach a deeper understanding of a client’s goals, core values , and impediments to change, a coach must elicit information that is relevant, insightful, and ultimately valuable.
And yet, not all questions are equally useful in coaching.
Vague or aimless questions are costly in terms of time and will erode the client’s confidence in the coaching process (Neenan, 2008).
Asking open-ended questions helps clients reflect and generate knowledge of which they may have previously been unaware. Such insights result in clients reaching new or more balanced perspectives and identifying actions to overcome difficulties.
Coaches should avoid becoming ‘stuck’ entirely in the Socratic mode. Complete reliance on Socratic questions will lead to robotic and predictable sessions. Indeed, at times, the therapist may require closed questions to push a point and offer some direction (Neenan, 2008).
The student is asked to account for themselves, rather than recite facts, including their motivations and bias upon which their views are based.
Discussion is less about facts or what others think about the facts, and more about what the student concludes about them. The underlying beliefs of each participant in the conversation are under review rather than abstract propositions.
And according to science, it works very well. Research has confirmed that Socratic questioning provides students with positive support in enhancing critical thinking skills (Chew, Lin, & Chen, 2019).
Socratic circles can be particularly useful for gaining an in-depth understanding of a specific text or examine the questioning technique itself and the abilities of the group using it:
Observing the Socratic method can provide a valuable opportunity to learn about the process of questioning.
Socratic seminars are the true embodiment of Socrates’ belief in the power of good questioning.
It takes time to learn and use the Socratic method effectively and should be considered a necessary part of the group’s overall journey.
At times we all need pointers regarding the questions to ask. The misleadingly named five Ws – who, what, when, where, why, and how – are widely used for basic information gathering, from journalism to policing.
Five Ws (and an H) |
---|
Who is involved? |
What happened? |
When did it happen? |
Where did it happen? |
Why did it happen? |
How did it happen? |
The five Ws (and an H) provide a useful set of open questions, inviting the listener to answer and elaborate on the facts.
Simply stated, Socratic questioning follows the steps below.
The order may not always proceed as above. However, the steps provide an insight into how the questioning could proceed. Repeat the process to drill down into the core of an issue, thought, or belief.
Ask the client to talk to you as though they were discussing similar experiences to a friend (or someone else they care about.)
People are often better at arguing against their negative thinking when they are talking to someone they care about.
For example, “ Your best friend tells you that they are upset by a difficult conversation or situation they find themselves in. What would you tell them? Talk to me as though I am that person .”
The Socratic method relies on a variety of question types to provide the most complete and correct information for exploring issues, ideas, emotions, and thoughts.
Use a mixture of the following question types for the most successful engagement.
Questions regarding an initial question or issue | Answers |
---|---|
What is significant about this question? | | |
Is this a straightforward question to answer? | | |
Why do you think that? | | |
Are there any assumptions we can take from this question? | | |
Is there another important question that follows on from this one? | | |
Questions about assumptions | Answers |
---|---|
Why would someone assume that X? | | |
What are we assuming here? | | |
Is there a different assumption here? | | |
Are you saying that X? | | |
Questions of viewpoint | Answers |
---|---|
Are there alternative views? | | |
What might someone who thought X think? | | |
How would someone else respond, and why? | | |
Questions of clarification | Answers |
---|---|
What do you mean when you say X? | | |
Can you rephrase and explain that differently? | | |
What is the main issue here? | | |
Can you expand that point further? | | |
Questions of implication and consequence | Answers |
---|---|
Why do you think this is the case? | | |
Is there any other information needed? | | |
What led you to that belief? | | |
Are there any reasons to doubt the evidence? | | |
Questions of evidence and reasoning | Answers |
---|---|
Can you provide an example? | | |
Why do you think this is the case? | | |
Is there any other information needed? | | |
What led you to that belief? | | |
Are there any reasons to doubt the evidence? | | |
Questions regarding origin | Answers |
---|---|
Have you heard this somewhere? | | |
Have you always felt this way? | | |
What caused you to feel that way? | | |
Ask readers to consider and record answers to several Socratic questions to help challenge their irrational thoughts.
Refer to the 100 Most Powerful Life Coaching Questions on our blog for in-depth examples of open-ended questions for use as a coach.
While observing others leading Socratic discussions, use this questioning checklist to capture thoughts and provide feedback.
The Positive Psychology Toolkit© is a groundbreaking practitioner resource containing over 500 science-based exercises , activities, interventions, questionnaires, and assessments created by experts using the latest positive psychology research.
Updated monthly. 100% Science-based.
“The best positive psychology resource out there!” — Emiliya Zhivotovskaya , Flourishing Center CEO
To learn more about Socratic questioning and good questioning in general, check out these five books available on Amazon:
Socratic questioning provides a potent method for examining ideas logically and determining their validity.
Used successfully, it challenges (possibly incorrect) assumptions and misunderstandings, allowing you to revisit and revise what you think and say.
However, like any tool, it is only as good as the person who uses it.
Socratic questioning requires an absence of ego and a level playing field for all who take part. If you are willing to use logical, open questions without a fixed plan, and are prepared to practice, the technique is an effective way of exploring ideas in depth.
The theory, techniques, and exercises we shared will help you to push the boundaries of understanding, often into uncharted waters, and unravel and explore assumptions and misunderstandings behind our thoughts.
We hope you enjoyed reading this article. Don’t forget to download our three Positive Psychology Exercises for free .
Socratic questioning is a method of inquiry that seeks to explore complex ideas, concepts, and beliefs by asking questions that challenge assumptions, clarify meaning, and reveal underlying principles.
The five Socratic questions are:
The Socratic method is a form of inquiry that involves asking questions to stimulate critical thinking and expose the contradictions in one’s own beliefs.
The method involves a dialogue between two or more people in which the participants seek to understand each other’s beliefs and uncover the truth through a process of questioning and examination.
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Socratic Methods in the Classroom
DOI link for Socratic Methods in the Classroom
Since the Renaissance, the Socratic Method has been adapted to teach diverse subjects, including medicine, law, and mathematics. Each discipline selects elements and emphases from the Socratic Method that are appropriate for teaching individuals or groups how to reason judiciously within that subject. By looking at some of the great practitioners of Socratic questioning in the past, Socratic Methods in the Classroom explains how teachers may use questioning, reasoning, and dialogue to encourage critical thinking, problem solving, and independent learning in the secondary classroom. Through a variety of problems, cases, and simulations, teachers will guide students through different variations of the Socratic Method, from question prompts to the case method. Students will learn to reason judiciously, gain an understanding of important issues, and develop the necessary skills to discuss these issues in their communities. Grades 8-12
Chapter | 2 pages, introduction, chapter chapter 1 | 14 pages, critical thinking, chapter chapter 2 | 16 pages, from socratic method to socratic methods, chapter chapter 3 | 15 pages, maieutic questioning, chapter chapter 4 | 13 pages, the legal adaptation of the socratic method, chapter chapter 5 | 16 pages, socratic role-playing, chapter chapter 6 | 8 pages, writing philosophical dialogues in the classroom, chapter chapter 7 | 7 pages, socratic methods.
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This chapter starts by answering the question, “What is critical thinking?” As it turns out, not everyone agrees on what critical thinking is. Nevertheless, researchers agree that critical thinking allows many people to reason together for solutions to complex problems. Also, in this chapter, the authors look at how computing capabilities enhance Socratic problem solving. A computer-based Socratic problem-solving system can keep problem solvers on track, document the outcome of a problem-solving session, and share those results with participants and a larger audience. In addition, Socrates DigitalTM can also help problem solvers combine evidence about their quality of reasoning for individual problem-solving steps and the overall confidence level for the solution.
In this paper, we look at experienced problem solvers who are experts in their own domains and who visually model the processes people use when they solve complex problems. Our hope is that improved problem models can inform software development teams and lead to better problem solving software. We discuss what to model – the interdependent data ordeals, wayfinding, and sense-making activities that make up patterns of inquiry. We propose a model, which describes how experts explore problem landscapes, putting information and their own conclusions together in different ways in order to satisfy contending goals and agendas.
The significance of critical thinking as one of the 21st century skills makes the Indonesian Ministry of Education and Culture integrate Higher Order Thinking Skill (HOTS) in the latest national curriculum. Students critical thinking skills to working on HOTS assessment are fundamental, especially in learning chemistry lessons. The research purpose is to analyze the quality of HOTS chemistry questions/ assessment and to observe the teachers and students responses to computer-based test instruments developed using Wondershare Quiz Maker Software (WQM). The research method used Research And Development (R & D) Borg & Gall model. The sample was determined by Random Sampling Technique in total 104 students from several high school in Banda Aceh, it is SMAN 4, SMAN 5, SMAN 8 and SMAN 11. The data analysis technique was through calculating the percentage score of the assessment quality and analyzing the question items quantitatively such as validity, reliability, difficulty level of the questions, differential question power tests and distracting question power using proanaltes. The results showed that the quality of HOTS in chemical questions tested (for the solubility subject and the solubility product constant in terms of qualitative analysis of the items) in the validation test gained average score, it is 98.1%, means the items are qualified categories. In terms of quantitative analysis question items, it reached 95% valid and 5% invalid and the reliability test score was 0.740, are in high category. The questions difficulty covers 95% medium and 5% are in difficult level. The questions differential power for each category is 65% good, 30% medium and 5% less. The teachers and students response to the development of the computer-based HOTS test instrument using WQM software was positive and show good result. The teacher response positively on score strongly agreed was 83.3% and agreed 16.7%, while the students response on score strongly agreed was 27.2% and 63.3% agreed. The research conclusion there is significant students critical thinking skills improved (in learning the solubility and the solubility product constant chapter) by using HOTS assessment using Wondershare Quiz Maker software.
This paper discusses the need of co-operative learning in Indian classrooms in order to promote active participation of all students in the classroom. In order to prepare the students for life and higher education, the gaining and improvement of important mental skills such as the effective usage of the mind, critical thinking, and problem solving are necessary so that they can face the challenges of life actively. In recent years, teaching has been confronted by demands for higher standards and better pupil achievement in several parts of the world. Researchers have suggested a shift from teacher-centred instruction towards more active participatory learning methods as one way to improve the quality of the learning process. The search on co-operative learning is overwhelmingly positive, and the co-operative approaches are appropriate for all curriculum areas. The present paper reflects that co-operative learning makes teaching–learning more satisfying, momentous, enjoyable and effective.
This chapter notes that most discussions around critical thinking and Socratic problem solving before this book was published described interactions between humans. However, as shown in this chapter, computers can not only automate the Socratic problem-solving process but can enhance its advantages for individuals, teams, and organizations in ways that only a computer can do. This chapter looks at eight ways that Socrates DigitalTM can be enhanced to create better solutions for problem solvers in less time.
This chapter begins by looking at how humans learn and solve problems with data and information. However, the authors note that the actual steps for problem-solving remain a mystery to most problem solvers. They also look at learning and problem solving with technology in this chapter. This chapter also presents digital advisors as a breakthrough technology for assisting humans in problem solving. While promising, this approach relies on humans to ask the right questions. At the end of this chapter, the authors saw that computer-based Socratic problem solving addresses this shortcoming by guiding the user through all the “right” questions needing answers to solve the problem at hand.
The primary goal of this chapter is to offer reflections on various aspects of the use of WebCT Vista in onlinebusiness education at Marshall University, Huntington, West Virginia, U.S.A.. The chapter argues that with theproper systems in place, including adequate technology and support and the cooperation of educational administrators, WebCT Vista can augment current educational systems in remarkable ways. The chapter also argues that the use of WebCT strongly contributes to theeffectiveness of distance learning by improving the quality of students’ learning in the areas: of critical thinking; problem solving, decision-making, attention to detail, written communications, and organizational and analytical skills. The assessment tool presented in this chapter wasused to obtain students’ feedback concerning their learningoutcomes with and without the use of WebCT Vista. In general, most students positively evaluated the effect of WebCT Vista on their learning within areas such as critical thinking, problem solving, decision-making ability, oral communication, written communication, knowledge of information, and the ability to organize and analyze. As theresults of the above analysis indicate, almost all students benefited from using WebCT.
Complex problem solvers are occasionally able to solve the problem by framing the problem properly and by engaging deeply to solve them. But there are times when the solvers experience an impasse and the problem just can’t be solved. We propose this as a pivoting point in complex problem solving, which requires the solver to, counter-intuitively, detach from the problem (instead of spending more effort in framing the problem and/or focusing on solving it). This disengagement prepares the ground for willful synthesis of both processed and unprocessed information streams – either automatically or through an interactive process. The outcome of synthesis is an aggregated solution which transcends the impasse and enables the solver to find an innovative and complete solution. This is often accompanied with a feeling of attunement, an intuitive sense of completeness. While it is possible to solve complex problems in an ad-hoc way, we outline a scientifically underpinned schema that governs this process. This process, which we refer to as Deep Flow, has four steps: (1) Frame, (2) Engage, (3) Disengage and (4) Synthesize. Deep Flow culminates in a feeling of attunement and creates positive affect. As solvers intentionally engage with Deep Flow, they can invoke the necessary steps at will. It empowers solvers to solve complex complex problems efficiently; also, the sense of attunement inspires them to tackle more complex problems in a comprehensive manner.
Problem solving ability is main goal of students in learning mathematics. Lectures should be able to improve the ability. This reasearch aimed to describe ability ofstudents at the beginning and end of first semester academic year 2016/2017 in solving mathematical problems. The research subjects were 71 students of mathematicseducation program class of 2016 from one of the universities in Central Kalimantan, Indonesia. At the beginning and the end of first semester, each subject was given sixmathematical problems. The problems at the beginning and the end of semester were similar only differently in numbers. The result showed that average score of the students at the beginning and the end of first semester were 7.97 and 9.18 (scale 0 - 24), respectively. The scores increased significantly with a 95% confidence level. Theincreasng caused 8.4% of the students who were classified as naive problem solvers increased their ability becomed routine problem solvers. No students have improved their ability becomed good problem solvers.
For Latin American philosophers, the quality of their own philosophy is a recurrent issue. Why hasn’t it produced any internationally recognized figure, tradition, or movement? Why is it mostly unknown inside and outside Latin America? Although skeptical answers to these questions are not new, they have recently shifted to some critical-thinking competences and dispositions deemed necessary for successful philosophical theorizing. Latin American philosophers are said to lack, for example, originality in problem-solving, problem-making, argumentation, and to some extent, interpretation. Or does the problem arise from their vices of “arrogant reasoning?” On my view, all of these answers are incomplete, and some even self-defeating. Yet they cast some light on complex, critical-thinking virtues and vices that play a significant role in philosophical thinking.
The study aimed to investigate the quality of the developed student worksheet with a problem-solving approach in line to the determined criteria and the improvement of students’ critical thinking skills and the conceptual understanding of physics by implementing the student’s worksheet. This study was a research and development study by applying the development model by Borg & Gall. The try out subjects of validation product were students of grades X and XI of MAN (Islamic High School) Yogyakarta III. The data collection techniques used validation sheets, observation sheets, evaluation sheets of student’s worksheet, and tests. The product of this research was student’s worksheet with a problem-solving approach on the topic of optical instruments for grade X of senior high school. The evaluation of student’s worksheet by experts, teachers, peer reviewers, and students are at the best categories for learning, construct, and technical aspects. The gained standard score of students’ conceptual understanding and students’ critical thinking skills for grade X who learned through student’s worksheet with a problem-solving approach, called treatment class, were higher than students who learned without student’s worksheet with a problem-solving approach, called control class.
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Agnes makhene.
1 Department of Nursing Sciences, University of Johannesburg, Johannesburg, South Africa
Critical thinking is a skill that nurse practitioners are required to have. Socratic inquiry can be used to facilitate critical thinking in nursing. Nurse educators seek methods to infuse into teaching content to facilitate students’ critical thinking skills, and one of such methods is the use of Socratic inquiry as a teaching method.
This article aims to explore and describe how Socratic inquiry can be used to facilitate critical thinking in nursing education.
This study took place in a nursing department at a university in Johannesburg.
A qualitative, exploratory, descriptive and contextual design was used. Purposive sampling was used to draw a sample of 15 nurse educators determined by data saturation. Miles, Huberman and Saldaña’s methodology of qualitative data analysis was used. Lincoln and Guba’s strategies for trustworthiness and Dhai and McQuoid-Mason’s principles of ethical consideration were used.
Three main themes emerged: the context necessary for Socratic inquiry, dispositions in Socratic inquiry and strategies to use in Socratic inquiry to facilitate critical thinking skills of students.
Socratic inquiry can be used both in education and practice settings to facilitate the use of critical thinking skills to solve problems.
Socratic inquiry refers to the kind of questioning in which the original question is responded to as though it was an answer (Zare & Mukundan 2015 :256). It is a type of questioning that deeply probes or explores the meaning, justification or logical strength of a claim, and position or line of reasoning. This, in turn, forces the the one who first asked questions to reformulate a new question in light of the progress of the discourse. Questions that are asked investigate assumptions, viewpoints, consequences and evidence (Brookfield 2011 :92–99). On the other hand, critical thinking is considered to be a necessary skill that nurse practitioners should have in order to function efficiently in an ever-changing healthcare setting. Patient care has become so diverse and complex to the extent that nurses are facing an ever-increasing demand to make decisions and solve problems which calls on the use of critical thinking. It has become even more important that students are taught to think critically. Critical thinking is a learnt skill, which means it can be facilitated during teaching and learning. The main focus has been on teaching critical thinking as a stand-alone subject and has since been essential to research on how to facilitate it as a skill. However, this topic is not explicitly taught or assessed within current programmes, yet the need is greater than ever, in an era of information explosion, spiralling healthcare costs, and increased understanding about metacognition to produce graduates who are critical thinkers (Huang, Newman & Schwartzstein 2014 :95).
Therefore, the focus of this article is to describe how Socratic inquiry can be used to facilitate critical thinking in students. Facilitation refers to the promotion of critical thinking through the creation of an environment that is conducive to such thinking, using a dynamic interactive process (Theory for Health Promotion in Nursing, University of Johannesburg 2009 ), while critical thinking refers to a purposeful, self-regulatory judgement that results in interpretation, analysis, evaluation and inference, as well as explanation of the evidential, conceptual, methodological, criteriological or contextual considerations on which the judgement is based (Facione 1990 :2). This article will assist nurse educators to use the Socratic inquiry in teaching and learning to facilitate critical thinking skills of students.
This study applied a qualitative approach in the form of an exploratory descriptive design (Burns & Grove 2011 :65) that was contextual in nature.
Research setting.
This study took place in a nursing department at a university in Johannesburg. The department offers 4-year undergraduate bachelor’s programme, post-basic 3-year bachelor’s degree, post-basic qualifications in nursing, for example, nursing education, community nursing science, advanced midwifery, among others, and master’s and doctoral degrees. The students include both undergraduate and postgraduate students. The department subscribes to the constructivist teaching and learning philosophy, whereby students are learning ‘to be’.
Participants were nurse educators who taught in the nursing department. The researcher approached the prospective participants on a face-to-face basis where the purpose of the study was explained and a request to participate was made. A non-probability purposive sampling method was used to draw the sample of 15 ( N = 15) nurse educators from the lecturer population in the Faculty of Health Sciences. This method was appropriate as the researcher was looking for nurse educators who were willing to bring forth specific, rich and in-depth information related to the use of Socratic inquiry to facilitate critical thinking. The nurse educators were involved in teaching in the 4-year bachelor’s degree nursing programme and had a teaching experience of 5 years and above, which were the inclusion criteria for the sample. The sample size was determined by data saturation. No participants dropped out of the study. The participants gave informed written consent to participate and were made aware of their right to withdraw participation at any stage in the research without consequences.
The researcher conducted 15 unstructured individual interviews at the convenience of each participant, as they were allowed to determine the date and time of interviews. The voice recording of the interviews was done with the consent of the participants. This enabled the researcher to use quotes from verbatim transcription of the interviews to enhance the credibility of the findings. Field notes were taken during and after the interviews to enrich the collected data. Follow-up questions were asked based on the responses of participants for clarification to enhance the depth of the data. Data collection was completed after data saturation was reached with the 15th participant. The interviews lasted for 30–60 min each as determined by the responses. The researcher posed the following central question to which the participant had to respond: ‘how can the Socratic inquiry be used to facilitate the thinking skills of students?’ If a response lacked sufficient detail, depth or clarity, the researcher followed up with a question, encouraging the participants to complete or clarify their response or asked for further examples and evidence. Based on the participant’s response, the researcher paraphrased, probed, clarified, reflected and summarised to gather comprehensive information and understanding of the participants’ responses.
The total number of participants was 15 (14 women and 1 man). Their ages ranged from 35 to 62 years. There were five white, nine African and one mixed race participants. The sample included one professor, two senior lecturers and nine junior lecturers. This heterogeneous sample happened naturally as this was the staff establishment in the department. Miles, Huberman and Saldaña’s ( 2014 :109–112) methodology of qualitative data analysis was used to analyse and draw themes from the data. Chunks of information were extracted from the transcripts, and the perceptions were grouped meaningfully and placed in matrices. Key information from the written chunks of information was identified so as to enable the researcher to easily get back to them in the content, should the need arise. Specific illustrations from written-up field notes were included. The researcher read through the transcripts to get original responses, while concentrating on similar patterns, feelings and thoughts. When data saturation was reached, similar patterns were grouped together to derive meaningful themes and categories. Content–analytical summary tables were used to clarify the researcher’s understanding. Conclusions were checked, confirmed and verified for accuracy. The data analysis protocol, audiotapes and field notes were given to an independent coder to analyse the collected data independent of the researcher to verify the accuracy of data analysis, which further increased the dependability and confirmability of the findings. The independent coder was purposively chosen as she had experience in qualitative design methodology, data analysis using matrices and held a doctoral qualification. A consensus meeting was held after she was done with the analysis. Five follow-up individual interviews were held with participants 4, 6, 8, 10 and 15 to establish the accuracy of the analysed data. This was done as a trustworthiness strategy to establish the dependability and credibility of the findings.
Lincoln and Guba’s strategies for trustworthiness as described in Polit and Beck ( 2018 :296–302), namely, credibility, dependability, transferability, confirmability and authenticity, were employed. Credibility was ensured through prolonged engagement where sufficient time was spent with each participant to gain in-depth understanding of how Socratic inquiry can be used to facilitate critical thinking. Member checking was done by taking some of the transcripts back to the participants to verify the accuracy of the collected data and to establish whether emerging interpretations were the accurate representation of what was said during data collection. This further ensured the credibility and dependability of the data. Follow-up interviews were conducted with some of the participants during data analysis to verify the accuracy of the collected data. The researcher ensured that data are consistent and neutral and the findings were subject to change and stability to attain dependability. Transferability of the findings in this study to other contexts was ensured by providing thick description of the context in which the study took place, the participants and research methods used. The value of the data was achieved through confirmability. Authenticity was ensured by voice recording of interviews and verbatim transcription of the data collected.
The principles of autonomy, informed consent, beneficence, justice and non-maleficence were observed (Dhai & McQuoid-Mason 2011 :14–15). Participants signed informed consent forms. The ethics committee of the University of Johannesburg gave ethical clearance for the study (Ref 35/05/04). Participants’ confidentiality and privacy were ensured in that their names were not mentioned in any of the data collected and nowhere in the description of the findings, and the interviews took place in each participant’s office.
Data analysis led to the emergence of three main themes and subthemes relevant to each. These were a teaching/learning context for Socratic inquiry, attitude necessary during Socratic inquiry and strategies on how to use Socratic inquiry to facilitate critical thinking. The findings and field notes were integrated into relevant existing literature to enhance the richness of data and are discussed as such.
The participants cited that it is important for the educator to create a teaching and learning environment that is conducive by ensuring that students feel psychologically safe, there is mutual respect and they are not intimidated by the questions asked.
‘It is essential that the educators ensure that the students feel “safe” to answer and ask questions without fear of being ridiculed or made to feel stupid.’ (Participant 2, 50 years old, female)
The nurse educator must be culturally aware and treat students with respect.
‘There must be mutual respect between students and the educator and sensitivity to cultural diversity.’ (Participant 5, 40 years old, female)
It emerged from the interviews that the teaching/learning context allows for full participation of each student without discrimination.
‘I think it is important that learning environment is such that there is mutual trust between the nurse educator and the students, and between the students themselves as this gives assurance to the students that they can freely participate in the teaching/learning process, and also trust that their viewpoints will be considered and taken seriously by others without bias or prejudice.’ (Participant 3, 46 years old, male)
The context that facilitates questioning should be one that allows for mutual respect. The educator needs to ensure that the teaching/learning environment is one where there is mutual respect among the students and between the students and the educator. The environment must allow for freedom of expression without prejudice or bias, and principles of democracy where everyone is treated equally should be established by the educator (Paul & Elder 2010 :34–35). Students come from different cultural backgrounds; therefore, the teaching/learning environment must be one where the diversity is acknowledged, and there is cultural tolerance and accommodation. Brookfield ( 2011 :92–96) is of the view that the learning environment should be one that encourages dialogue and the educator must allow for enough wait time during questioning. The educator should create an enabling environment and space for students to reflect when responding to inquiries. The learning environment must be less structured and emotionally supportive in order to prompt the learners to explore what they consider important. The appropriate behaviour of the nurse educator will enhance the perceived psychological safety of the learning environment. The nurse educator must avoid repeatedly interrupting students before they have finished responding; breaking eye contact with the responder; or using an aggressive or condescending tone of voice, facial expressions such as grimacing and/or alienating body language such as turning away from the responder will erode students’ sense of safety and self-worth. Students who do not feel safe or self-confident will not initiate responses to questions or will provide short or purposefully erroneous answers when called upon (Tofade, Elsner & Haines 2013 :155).
According to the participants, there are certain attitudinal traits that both educators and students need to display when using the Socratic inquiry method in teaching.
‘The educator need to accept and accommodate each student’s capabilities as some students may feel the educator is out to get them when asking questions.’ (Participants 1, 47 years old, female) ‘The student must also not judge each other in their interaction in class as they engage with the questions asked and answers given and they must also be aware that they may be wrong in their responses and be prepared to adjust their thinking.’ (Participants 7, 53 years old, female) ‘It is important that the nurse educator displays a non-judgmental attitude. This will make the students to understand that they can make mistakes without being judged.’ (Participant 13, 60 years old, female)
Good Socratic inquiry takes in an atmosphere of mutual respect where there is expression of warm acceptance, understanding and non-judgmental attitude that will encourage students to engage in critical thinking. The student must be taught to value objectivity and rationality to resolve problems. They should respect evidence as the test for accuracy and display a willingness to suspend a judgement. They need to realise that their answers may be wrong hence the need to judgment without jumping at conclusions. Tolerance for ambiguity and an exhibition of a healthy scepticism, curiosity, and respect for the use of reason are further attitudinal attributes that are necessary in the engagement in Socratic inquiry. The student should be made aware that it is important avoid egocentric tendencies if their critical thinking skills are to be facilitated through Socratic inquiry (Brookfield 2011 :92–96; Paul & Elder 2010 :34–35). Questioning has both cognitive and affective components. Successful questioners value objectivity and rationality to resolve problems. They respect evidence as the test for accuracy, express willingness to suspend judgements and are tolerant of ambiguity to a point. These are the characteristics an educator should aim for in the facilitation of students’ critical thinking skills. Questioning is characterised by scepticism, curiosity and respect for the use of reasons (Rajput 2009 :62–69). In this strategy, the educator has an obligation to guide the students as they formulate ways to gather information or evidence to answer questions. Depending on the variances in degree of assistance, students determine what data might be relevant, decide how to gather it, represent the collected data and organise it in a useful manner. Socratic inquiry is a method that will move the students towards the consideration of various options and the development of constructive alternatives through the use of their facilitated critical thinking skills in problem-solving.
The use of Socratic inquiry in the facilitation of critical thinking involves specific questions posed to illicit particular information. Questioning must compel thoughtfulness, evaluation and synthesis of facts and concepts. The participants said the nurse educator should ask questions in a manner that will make students think and question their own thinking patterns as well.
‘I normally ask questions with words such as “explain, compare, why, how did you get to that conclusion in order to get the students thinking. What is the best way to solve this problem and why, do you agree or disagree with this statement?” The questions should also be such that they force the students to evaluate assumptions, viewpoints, consequences and evidence.’ (Participant 11, 55 years old, female) ‘I use the Socratic method of questioning which focuses on clarification of what is said. Socratic questioning fosters critical thinking, evaluation, and knowledge application by the students. I find that this method of questioning probes beneath the surface of things and pinpoints problematic areas of their thinking processes. It encourages the student to become their own questioner and to develop habits of critical reflection.’ (Participant 9, 58 years old, female) ‘I also use a lot of thoughtful questioning in my teaching because through questioning I take the students from the known to the unknown as well as stimulate debate and argument which are facilitative of critical thinking. It is important that the questions that we ask are such that they stimulate higher order thinking, for example, evaluation and synthesis. For example, I ask questions like, “what is the problem here, how did you arrive at the solution, why the choice of solution, how can you do it differently next time?”’ (Participant 4, 50 years old, female)
The Socratic inquiry encourages learners to reflect and think independently and critically. It is practised in small groups with the help of a facilitator so that self-confidence in one’s own thinking is enhanced and the search for truth in answer to a particular question is undertaken in a common manner. The method begins by calling on a student at random and asking them about a central argument put forth by one of the other students. The questions can take several forms. Questioning must compel thoughtfulness, evaluation and synthesis of facts and concepts. According to Tofade et al. ( 2013 :155), the educator should use the following guidelines when using Socratic questioning: must develop categories of questions such as exploratory, spontaneous, and focused questions. Exploratory questioning is used to find out how much students know about the issue under discussion. This type of question needs to be planned in advance and is used to introduce a new topic to students, review past discussions of a topic or determine how much students have retained from the previous learning sessions. Spontaneous questioning is best used when students are naturally curious about the topic or when an ongoing discussion slows as well as probing students’ thoughts in an effort to get them to explore their beliefs and assumptions. This type of question prompts students to self-correct, rather than be corrected by an educator, through the reflective process being used to analyse the question being asked. Spontaneous questioning can also be used when an important issue is raised, when students are on the edge of a breakthrough in learning or when discussion requires clarification. Focused questioning aims to bring attention to specific issues on which an educator would like the students to reflect while stimulating the students intellectually by forcing them to critically analyse and evaluate their thoughts and perspectives. It encourages the students to use the metacognitive process to analyse their own thinking processes (Kost, Frederick & Chen 2015 :23–24; Zare & Mukundan 2015 :260).
An educator should begin the inquiry process by posing an open-ended question to students. The students are encouraged to adhere to a subsidiary question until it is answered while avoiding coercion and manipulation. The students must be gently nudge and guided to examine the issues they take for granted, such as assumptions, beliefs, experiences and paradigms. Respond to all answers with a further question in order to develop their fuller thinking and depth of thinking (Billings & Halstead 2012 :274–275). Treat all students’ assertions as in need of development and connecting points to further thoughts and recognise that any thought can exist fully in a network of connected thoughts. Students can be given pre-class assignments that will lead to adequate preparation for class. Ask ‘why’ questions that require explanation of principles and help to determine the amount, direction and quality of the student’s thinking (DeWaelsche 2015 :140–147). Paul and Elder ( 2010 :34–35) are of the opinion that an educator should assist students to form relationships, induce involvement and enhance the learner’s critical thinking through questioning. The questions should be designed to assess various cognitive skills and sub-skills associated with critical thinking. The students’ verbal and non-verbal responses as well as the flow of questioning should be monitored. Stimulate mental alertness and encourage co-operative questioning through questions generated by the students. The educator should pose questions to create an awareness of a point of view in the students’ minds that they may have overlooked, to further create doubt; the objective is that they test their proposition anew. Ensure that the students are clear about what is being said by testing it against their individual experiences and asking clarity seeking questions to establish a reference to experience and to avoid judgment of too general a nature (Hughes & Quinn 2013 :165). Paul and Elder ( 2010 :34–35) argue that the educator should encourage intellectual perseverance in the face of difficulty but, on the other hand, display intellectual humility to accept temporarily that their thinking and dialogue may take a different course. Guide them to adopt justified positions and formulation of own thoughts as an answer to a question. Restrain oneself from providing answers by allowing the students to discover insights on their own and to independently seek information and formulate criteria to clarify issues or arguments for assessment and making judgements. The educator should raise questions that are investigative in nature and of a fundamental nature: questions about the significance of basic elements of a subject; and questions seeking explanations of basic patterns -– what is causality? Encourage the students to express their thoughts clearly to be understood by others, and to grasp the thoughts of others. Insist on precise and shared understanding. The act of directing the thinking of the students should never encroach on the student’s emerging judgement (Tallent & Barnes 2015 :435–441). Torabizadeh, Homayuni and Moattari ( 2018 :174–185) assert that the core of Socratic inquiry is that typically there is more than one ‘correct’ answer, and more often, no clear answer at all. The primary goal of Socratic inquiry in the learning area is not to answer usually unanswerable questions, but to encourage the students whose critical thinking is facilitated to explore different aspects of answers brought forth and their justification. This method encourages the student to move beyond memorising the facts and instead focus on the application of developed critical thinking skills in solving problems at hand. According to Knezic et al. ( 2010 :1104–1111), the Socratic inquiry means that a student is involved in a dialogue, starting with the concrete and remaining in contact with concrete experience. Insights will be gained only when, in all phases of a Socratic dialogue, the link between any statement made and personal experience is explicit. This means that a Socratic dialogue is a process that concerns the whole person. The students should be encouraged to focus on a subsidiary question until it is answered. To achieve this, the students are required to bring great commitment to their work, and to gain self-confidence in the power of reason. This means, on the one hand, not giving up when the task is difficult but, on the other, to be intellectually humble enough to accept, for a time, a different course in the dialogue to return to the subsidiary question. Striving for consensus will require an honest examination of the thoughts of others and the student being honest in their own statements (Torabizaden et al. 2018 :174–185). There are certain types of Socratic questions that should be asked to gather specific responses or information. Socratic questioning or inquiry encourages to question more systematically and deeply. Examples of Socratic questions as adapted from Paul and Elder (2008:np) are described.
Question to seek clarity:
Questions to probe assumptions
Questions probing reasoning and evidence
The study found that it is important to create a conducive environment if one is to use Socratic inquiry to facilitate critical thinking. It was further found that both the nurse educator and student nurses must possess specific attitudinal traits and that there are strategies that need to be employed in order to facilitate critical thinking through Socratic inquiry.
The aim of this study was attained. Socratic inquiry can be used as a teaching and learning strategy to facilitate the critical thinking skills of students. The findings were that there is a specific teaching–learning environment that the nurse educator must create; the educator and students need to demonstrate certain attitudinal dispositions in order to be successful in using Socratic inquiry as a teaching strategy to facilitate critical thinking of students. A teaching–learning environment characterised by an open, mutual respect and trusting relationship should be ensured. Therefore, the implication is that the educator needs to take adequate time to construct thought-provoking questions and aim at facilitating a discussion that follows a good questioning exercise. Furthermore, the facilitation of students’ critical thinking skills will be enhanced if a pre-class assignment that leads to adequate student preparation is designed, and further research can be conducted to test if pre-class assignments prepare students for the facilitation of their critical thinking skills. The educator can use questioning spontaneously as an exploratory strategy, or with issue-specific content. The educator’s role is mainly of asking questions and providing support for the students facilitated critical thinking skills. Student-initiated questions are also encouraged as they increase higher order thinking which requires them to analyse information, clarify meaning and draw inferences by examining relations between concepts and justifying their responses which are attributes of critical thinking. Socratic inquiry, if properly used, can show that decisions are usually conscientiously made, and emanate from particular premises, beliefs and conclusions that are the subject of justified argumentation. Students will learn to discover the structure of their thoughts and to develop sensitivity to clarity, accuracy and relevance. It also assists them to arrive at judgements based on their own reasoning, and to note claims, evidence, conclusions, interpretations, implications, concepts and points of view that are considered to be elements of critical thinking. It is further recommended that this teaching methodology should be used both in the classroom and clinical context to facilitate students’ critical thinking skills.
Competing interests.
The author declares that she has no financial or personal relationships that may have inappropriately influenced her in writing this article.
How to cite this article: Makhene, A., 2019, ‘The use of the Socratic inquiry to facilitate critical thinking in nursing education’, Health SA Gesondheid 24(0), a1224. https://doi.org/10.4102/hsag.v24i0.1224
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Background: In medicine, critical thinking is required for managing and tolerating medical uncertainty, as well as solving professional problems and treating diseases. However, the core of Confucianism, teacher-centered and exam-oriented settings in middle and high school education may pose challenges to developing critical thinking in Han Chinese or Taiwanese students. Students may be adversely affected by these pedagogies since student-centered settings were more effective in stimulating their critical and reflective thinking, as well as a sense of responsibility, in the ever-changing world. Therefore, guiding students with less stable foundations of critical thinking might require a different approach. A review article highlighted the potential utility of the Socratic method as a tool for teaching critical thinking in the healthcare field. The method involves posing a series of questions to students. More importantly, medical students and residents in clinical teaching are familiar with the method. Almost all healthcare students must complete a biochemistry laboratory course as part of their basic science training. Thus, we aimed to train students to develop critical thinking in the biochemistry laboratory course by using learning sheets and teacher guidance based on the Socratic method and questioning.
Method: We recruited second-year students from a medical school, of whom 32 had medical science and biotechnology majors (MSB), 27 had pharmaceutical science majors (PS), and 85 were medical undergraduate (MU) students. An exercise in critical thinking was conducted during a biochemistry laboratory course, which consisted of five different biochemical experiments, along with learning sheets that contained three or four critical thinking questions. Then, the teacher evaluated the students' ability to think critically based on nine intellectual dimensions (clarity, accuracy, precision, relevance, depth, breadth, logic, fairness, and significance) based on the universal intellectual standards developed by Prof. Linda Elder and Richard Paul. In the following analysis, regression models and multivariate analysis were used to determine how students improved over time, and trajectory analysis were carried out in order to observe the trends in students' critical thinking skills construction.
Results: Clarity and logic dimensions were identified as the key elements to facilitate the development of critical thinking skills through learning sheets and teacher guidance in students across all three different healthcare majors. The results showed that metacognitive monitoring via Socratic questioning learning sheets have demonstrated potential encourage students to develop critical thinking skills in all dimensions. Another unique contribution of current study was present the heterogeneous learning patterns and progress trajectories of clarity and logic dimensions within classes.
Conclusion: Using the Socratic learning model could effectively develop students' critical thinking skills so they can more effectively care for their patients.
Keywords: Biochemistry experiment; Critical thinking; Medical education; Metacognition; Socratic method.
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The Art of Socratic Questioning. The art of Socratic questioning is important for the critical thinker because the art of questioning is important to excellence of thought. What the word 'Socratic' adds is "systematicity", "depth", and a keen interest in assessing the truth or plausibility of things.
This teaching tip explores how the Socratic Method can be used to promote critical thinking in classroom discussions. It is based on the article, The Socratic Method: What it is and How to Use it in the Classroom, published in the newsletter, Speaking of Teaching, a publication of the Stanford Center for Teaching and Learning (CTL).
The Socratic Method is explored as a conversational tool aimed at stimulating critical thinking and uncovering assumptions. It consists of the dialectical method, focused on dialogue and refutation, and the maieutic method, aimed at helping individuals discover truths for themselves through questioning.
The Socratic method encourages critical thinking, invokes thoughtful reflection, and aims to reveal irrational or illogical thinking in order to make way for more reasoned and robust ideas. ... Importance of the Socratic Method in Education. The Socratic method is a discussion-based teaching approach that promotes critical thinking, analytical ...
The Socratic Method is a method of inquiry that was developed by the ancient Greek philosopher Socrates. It involves asking a series of questions to encourage critical thinking and to arrive at a deeper understanding of a concept or idea. The historical significance of the Socratic Method lies in its origins in ancient Greece, and its influence ...
How can you use the Socratic method today? T hough things ended rather morbidly for Socrates, his method of questioning has evolved and lived on as a brilliant way to draw people out of ignorance, encourage critical thinking, and cooperate in the pursuit of knowledge. Socrates is a martyr not just for philosophy, but for educational dialogue ...
The Socratic method is a form of inquiry that involves asking questions to stimulate critical thinking and expose the contradictions in one's own beliefs. The method involves a dialogue between two or more people in which the participants seek to understand each other's beliefs and uncover the truth through a process of questioning and ...
Critical thinking skills are an important topic of the United States' education system. This study examines the literature on critical thinking skills and defines them. The study also explores one specific teaching and assessment strategy known as the Socratic Method. The five-week research study used the Socratic Method for developing ...
We also used a novel design for teaching critical thinking, with multi-timepoint assessments and trajectory-tracking analysis to observe the students' process and the improvement intheir critical thinking. This Socratic method, combined with critical thinking-based learning sheets, significantly improved the students' critical thinking in ...
By looking at some of the great practitioners of Socratic questioning in the past, Socratic Methods in the Classroom explains how teachers may use questioning, reasoning, and dialogue to encourage critical thinking, problem solving, and independent learning in the secondary classroom. Through a variety of problems, cases, and simulations ...
Socratic dialogue improves critical thinking skills and the client 's ability to challenge beliefs . ... The more critical part of the Socratic method is using the logic method. In the logic method, we assess the validity of arguments . Socrates appraised reasoning errors by questioning them.
The Socratic method, with its focus on critical thinking in the context of life's important questions, is foundational to human moral development. Vlastos and Graham offer an important insight into the value of the Socratic method: "Why rank that method among the great achievements of humanity? ...
The Socratic Method is an ancient form of instruction that requires few, if any, external resources and because of this, it has seen wide usage in all levels of education from elementary to law school. ... Critical thinking (CT) skills are integral for success in and out of school. Promoting higher-level thinking and CT is often a focus at all ...
Critical Thinking and the Socratic Method. This chapter starts by answering the question, "What is critical thinking?". As it turns out, not everyone agrees on what critical thinking is. Nevertheless, researchers agree that critical thinking allows many people to reason together for solutions to complex problems.
The Socratic method is presented and interpreted, then taken to yield a model of critical thinking. The process of internalization by which the Socratic model helps us to become critical thinkers is described. Argument analysis is considered as a widely used instructional strategy adaptable for teaching critical thinking on the Socratic model.
Critical thinking is a skill that nurse practitioners are required to have. Socratic inquiry can be used to facilitate critical thinking in nursing. Nurse educators seek methods to infuse into teaching content to facilitate students' critical thinking skills, and one of such methods is the use of Socratic inquiry as a teaching method.
A review article highlighted the potential utility of the Socratic method as a tool for teaching critical thinking in the healthcare field. The method involves posing a series of questions to students.
This paper reviews the literature on Socratic Method as a teaching/learning tool to enhance critical thinking skills. It starts with a short history of Socratic Method by introducing its founder and briefly provides an overall picture of the method. Then, a number of definitions of critical thinking is presented and discussed. Next, taxonomy of Socratic questioning is presented.
A review article highlighted the potential utility of the Socratic method as a tool for teaching critical thinking in the healthcare field. The method involves posing a series of questions to students. More importantly, medical students and residents in clinical teaching are familiar with the method.
The Socratic method is a powerful tool for critical thinking that can help you question your own beliefs and assumptions, and improve your reasoning skills.