Sage Journals: Discover world-class research

Abstract

Economic education is an essential prerequisite for coping with economic-characterised problems in various life spheres, especially with socio-economic problems in the societal sphere. Making informed and reasoned decisions on socio-economic problems requires domain-specific content knowledge and domain-specific argumentation skills. Economic education is anchored in many framework curricula at secondary school level in German-speaking countries. Yet, despite its curricular and practical relevance, empirical studies in the economic domain that address both students’ content knowledge and argumentation skills are rare. This article outlines a research design for a proposed intervention study that aims to promote and examine content knowledge and argumentation skills in socio-economic contexts. The research design is built on three core elements: (1) a workshop on teachers’ pedagogical content knowledge, (2) a problem-oriented teaching/learning setting with authentic socio-economic problems and (3) instruments and frameworks to assess students’ competence. The research design serves as a starting point for an internationally comparable research programme, primarily applicable for grammar schools in German-speaking countries.

Keywords

Economic education socio-economic problems content knowledge argumentation skills teacher training problem-oriented teaching/learning German-speaking countries

Introduction

Problem statement and relevance

Economic education is an essential prerequisite for coping with problems in socio-economic contexts (e.g. consumer protection, retirement provision) (Ackermann, 2021b; Albers, 1988; Dubs, 2013; Eberle, 2015; Fischer and Zurstrassen, 2014; Kaminski, 1996; Steinmann, 1997; Tafner, 2018). Thus, economic education and the promotion of economic competence is anchored in many framework curricula, mostly at the secondary school level (Ackermann, 2021a; Fridrich, 2018, 2020; Ruoss et al., n.d.; Siegfried and Hangen, 2020). Upon examination of these curricula, the general goal of economic education can be summarised as follows: economic-characterised problems are embedded in various interdependent systems (economic, political and ecological) and involve interaction between different stakeholders (consumers, producers, employees, employers, public authorities, etc.). In addition to this domain-specific goal, in many framework curricula, problem-solving and critical thinking are highlighted as 21st century learning skills (NEA, 2012; P21, 2019). Therefore, economically competent young adults should be able to apply or create solution approaches and options for action regarding economic problems in an informed, reasoned, reflected and responsible manner. The core competence facets needed for these actions are content knowledge and argumentation skills.

Most empirical studies on economic competence either focus on content knowledge or argumentation skills. Findings on content knowledge in the economic domain show that students’ economic knowledge is only moderate and differs dependent on school type (i.e. grammar school, vocational school), academic profile (i.e. science, social science, languages) and professional field (i.e. technical, commercial, social) (Beck, 1993; Marlin, 1991; Müller et al., 2007; Rebeck and Walstad, 2015; Schumann and Eberle, 2014; Schumann et al., 2017). Recent findings on argumentation skills in the economic domain indicate that the quality of students’ written argumentation differs depending on their content knowledge (Ackermann and Kavadarli, 2022). This corresponds with empirical studies in other domains that show a substantial relationship between domain-specific content knowledge and domain-specific argumentation skills (Fleming, 1986a, 1986b; Hogan, 2002; Kortland, 1996; Sadler and Donnelly, 2006; Sadler and Zeidler, 2004; Zeidler and Schafer, 1984; Zohar and Nemet, 2002).

Empirical findings on students’ argumentation skills in other domains can be summarised as follows. First, written arguments are less frequently qualified and rebutted than oral arguments, likely because interaction among students promotes more specific and differentiated arguments (Jimenez-Aleixandre et al., 2006; Kuhn, 1991; Perkins, 1985; Simonneaux, 2007). Second, arguments in favour of one’s own beliefs are more frequent than arguments against them, with students tending to ignore scientific concepts and empirical data that do not support their argument (Chinn and Brewer, 1993; Kuhn, 1991, 1993). Third, arguments with everyday explanations are more frequent than arguments with scientific explanations; students tend to draw on “meaningful” personal experience and common sense instead of recalling and considering scientific concepts and empirical data (Kuhn, 1991; Perkins, 1985; Sadler, 2004; Takao and Kelly, 2003).

Based on the state of research summarised above, it can be concluded that students generally do not sufficiently reach the goal of economic education yet, either in terms of domain-specific content knowledge or in terms of domain-specific argumentation skills. This reveals the importance of promoting students’ competence, especially content knowledge and written and oral argumentation skills in socio-economic contexts. Studies analysing different teaching/learning settings in order to improve economic competence indicate that self-organised, action-oriented and problem-oriented settings have positive effects on performance (Seifried and Sembill, 2010; Sembill et al., 2007) and performance motivation (Eberle et al., 2009). Despite these theoretical and empirical contributions on action-oriented and problem-oriented teaching/learning settings, traditional settings such as direct instruction and teacher-student interaction still remain dominant in the classroom (Reichmuth-Sprenger, 2017; Holtsch et al., 2014; Höpfer and Reichmuth-Sprenger, 2018; Eberle, 2006; Sembill et al., 2007). Thus, it is important that teacher training enables teachers to understand how to design and implement self-organised and problem-oriented settings to ensure long-term effects on students’ competence.

Research goal and methods

Our article outlines a research design for a proposed intervention study that aims to promote and examine students’ competence in socio-economic contexts, conceived of as a combination of domain-specific content knowledge and domain-specific argumentation skills. The research design is applicable in German-speaking countries and is meant to be a starting point for an internationally comparable research programme. In our article, we take a conceptual methodological approach based on a comprehensive literature review.

In Theoretical background and state of research, we describe the theoretical background and state of research relevant to our aim. This encompasses theoretical approaches and empirical findings regarding economic education and civic argumentation, features and effects of teaching/learning settings on students’ learning outcomes, as well as features and effects of teacher training on their professional competence and students’ competence. In Research design, we outline the research design for an intervention study in Grammar schools in German-speaking countries. Firstly, we propose a workshop for a teacher training that focuses on professional competence, especially on pedagogical content knowledge. Secondly, we propose the content and structure of a problem-oriented teaching/learning setting. Third, we propose measurement instruments and analytical frameworks to assess students’ socio-economic competence within the teaching/learning setting. Finally, in Conclusion and outlook we give an outlook for a future research programme in this field.

Theoretical background and state of research

Economic education and civic argumentation

Economic education refers to economic-characterised situations arising in different life spheres Ackermann, 2019: 62–66; 2021b; Albers, 1988; Kaminski, 2017: 36–38; Seeber et al., 2012: 87–88. In the personal-financial life sphere, individuals are faced with situations such as money management, sustainable consumption, long-term savings and private pensions. In the vocational-entrepreneurial life sphere, individuals have either a role as employee or employer/entrepreneur. General vocational situations involve decisions around one’s profession, career changes and further education. General entrepreneurial situations arise from administrative, operational and strategic corporate governance. In the societal life sphere, individuals are confronted with complex socio-economic problems, and with possible problem solutions that are ambiguous and controversial (Ackermann, 2019: 67–70; Dubs, 2013; Eberle, 2015). Current examples for such socio-economic problems include agricultural trade, consumer protection, energy supply, healthcare provision, immigration, retirement provision, public finance, transport infrastructure and unemployment (Ackermann, 2019: 73–76, 320–330; 2021b; Simonneaux, 2007).

Making informed and reasoned decisions on socio-economic problems requires domain-specific knowledge and domain-specific skills (Ackermann, 2021b). Domain-specific knowledge refers to scientific facts and concepts related to the problem (Zohar and Nemet, 2002). In the economic domain, for example, these concepts include debt brake, exchange rate, income distribution, price mechanism, public goods and the solidarity principle. Domain-specific skills encompass cognitive and metacognitive processes on the problem, namely analysing, evaluating, creating, explaining, reasoning, deciding and reflecting. The knowledge and skills associated with a socio-economic problem are domain-specific, and thus, generally, not transferable to problems in other domains, such as STEM. A recent study on civic argumentation in the economic domain indicates that argument quality even varies between socio-economic problems (Ackermann and Kavadarli, 2022). However, domain-specific skills may be supported by domain-general social skills, such as communication, cooperation and collaboration (Euler, 1997; Grob and Maag Merki, 2001).

Civic argumentation refers to societal problems, also called “questions socialement vive” (Legardez and Alpe, 2001). A societal problem may affect many scientific disciplines (Acar et al., 2010; Kolstø, 2006; Sadler and Donnelly, 2006; Simonneaux, 2007; Tiberghien, 2007; Sadler, 2004; Sadler and Zeidler, 2004). Civic argumentation is used in education to develop students’ participation in society and to establish a citizen culture. Argumentation on societal problems involves persuasion and negotiation (Myers, 1990; Sadler and Donnelly, 2006); an argument connects an assertion or conclusion by justifications, whereby the justifications follow facts and narratives. Such an argument is evidence-based and value-based (Kolstø, 2004; Sadler and Donnelly, 2006; Zeidler and Sadler, 2007). Moreover, civic argumentation involves “reasoning about causes and consequences and about advantages and disadvantages, or pros and cons, of particular propositions or decision alternatives” (Zohar and Nemet, 2002: 38).

Problem-oriented teaching/learning settings and students’ learning outcomes

Within cognitive-constructivist and social-constructivist concepts of teaching and learning, learning is understood as an individual, active, constructive, goal-oriented, situated and social process (Reinmann-Rothmeier and Mandl, 2006). Problem-oriented learning supports students’ competence development through self-organised learning and cooperative learning (Petko and Reusser, 2005; Reusser, 2005). Problem-oriented learning promotes transferable knowledge and subject-specific learning and thinking strategies beyond concrete problem solving (Reusser, 2005). Such a teaching/learning setting aims to avoid inert knowledge by teaching students how to cope with authentic problems, combining knowledge acquisition and action for problem-solving as well as near and far transferring acquired knowledge (Renkl, 1996; Reusser, 2005).

In the framework of problem-oriented learning, a problem is an individual’s internal or external state that he or she considers undesirable, but at that moment does not have the means to transform the undesirable state into a desirable one (Dörner, 1987: 10). Solving such a problem involves various sub-processes, such as the search for information, generation and evaluation of solutions, and decision making (Betsch et al., 2011: 4). The general problem-solving process students go through can be summarised by the following steps (Betsch et al., 2011: 146–150): (1) identification of the problem, (2) formulation of hypotheses for solving the problem, (3) analysis of information for confirming or refuting hypotheses, (4) evaluation of alternative solutions, (5) choosing a solution. Cooperative learning is particularly suitable for problem-solving because, among other things, information on the problem can be exchanged and modified, and ideas for action coordinated (Bruch, 2015; Dörner, 1999; Petko and Reusser, 2005).

Problem-oriented learning offers an appropriate didactic framework to fit the general goal of economic education and civic argumentation (Eberle, 2006; Finkelstein et al., 2011; Schumann et al., 2011; Siegfried and Heinrichs, 2020; Wuttke, 2000). Studies addressing constructivist concepts, and especially problem-oriented learning settings, often point to a positive relationship with learning outcomes (Mergendoller et al., 2006, 2020; Sembill et al., 2007; Seifried and Sembill, 2010; Walker and Leary, 2009). Only a few of these studies examine the potential to promote argumentation skills through problem-oriented learning settings (Siegfried and Heinrichs, 2020; Wuttke, 2000). Furthermore, commonly used teaching materials are prepared by the research team rather than by teachers (Finkelstein et al., 2011; Siegfried and Heinrichs, 2020).

However, teachers’ professional competence appears to be crucial for designing and implementing problem-oriented teaching/learning settings and have long-term effects on students’ learning outcomes. In order to promote content knowledge and argumentation skills in socio-economic contexts, teachers have to select problems that refer to economic concepts, allow for multi-perspectives and offer different problem solutions. Furthermore, teachers have to offer tasks that prompt students to identify and evaluate relevant information and then discuss it in groups. Therefore, it seems reasonable to look at teachers’ professional competence and its relationship to student learning.

Promoting students’ competence though teacher training

Shulman (1986, 1987) developed a seminal framework for teachers’ professional knowledge encompasses content knowledge, pedagogical content knowledge and pedagogical knowledge. Baumert and Kunter (2006, 2011) extended this knowledge-based framework to a competence model including cognitive and non-cognitive competence facets. Teacher’s professional competence includes professional knowledge, beliefs and values, motivational orientations and self-regulatory abilities. Here again, teachers’ professional knowledge encompasses content knowledge, pedagogical content knowledge (e.g. learning tasks, cognitive conflicts) and pedagogical knowledge (e.g. classroom management, performance assessment). These professional knowledge facets are intertwined: Profound content knowledge is widely considered as the basis for flexible and varied pedagogical content knowledge (Baumert and Kunter, 2006; Brunner et al., 2006; Holtsch, 2018; Kuhn et al., 2014; Retzmann and Bank, 2013; Wuttke and Seifried, 2017). Moreover, teachers’ content knowledge and pedagogical content knowledge are generally considered prerequisites for teaching quality (i.e. cognitive challenging and constructive supporting learning opportunities in the classroom) and supporting students’ learning progress (Baumert and Kunter, 2006; Lipowsky, 2006; Holtsch and Sticca, 2018). Even though the teacher’s professional competence model does not explicitly comprise situation-specific skills with regards to the professional knowledge facets, pedagogical content knowledge has shown to be relevant to student learning (Krauss et al., 2020). Thus, if teachers are meant to design and implement problem-oriented teaching/learning settings, they need sufficient and adequate pedagogical content knowledge and respective teacher training (Eberle et al., 2009). However, given the actual predominance of direct instruction and teacher-student interaction, it seems necessary to support teachers in developing and reflecting their teaching variety.

Empirical studies on the effect of teacher training in the economic domain mainly focus on content knowledge. Two main findings can be highlighted. Firstly, there is a positive relationship between teachers’ content knowledge and student learning (Holtsch and Sticca, 2018; Marlin, 1991; Schober, 1984; Wuttke and Seifried, 2017). Secondly, (prospective) teachers’ participation in economics courses has a positive effect on their economic knowledge and the knowledge of their students (Allgood and Walstad, 1999; Dills and Placone, 2008; Schober, 1984; Weaver et al., 1987; Becker, 2000; Laney, 1988; Marlin, 1991). Only few studies deal with teachers’ training on pedagogical content knowledge, which is necessary for designing problem-oriented learning in the economic domain (Finkelstein et al., 2011; Mergendoller et al., 2006; Schumann and Eberle, 2008). The findings indicate that appropriately trained teachers have a positive influence on students’ learning. Further findings indicate that the implementation of problem-oriented learning changes students’ behaviour, particularly by increasing students’ oral exchange independent of teacher’s actions in the classroom (MacQuarrie et al., 2012). Therefore, in the following section, a research design for a corresponding intervention study is presented.

Research design

Here, we present a research design for an intervention study that aims to promote and examine students’ argumentation on socio-economic problems. The research design is applicable to grammar school students (“Gymnasium”) in German-speaking countries. The research design is built on three core elements: a workshop to develop teachers’ professional competence (see Teacher training and workshop), a problem-oriented teaching/learning setting (see Problem-oriented teaching/learning setting), and measurement instruments and analytical frameworks to assess students’ socio-economic competence (see Measurement instruments and analytical frameworks for students’ competence).

Teacher training workshop

In order to deepen teachers’ professional competence in designing and implementing problem-oriented teaching/learning settings and to promote content knowledge and argumentation skills in the economic domain, we propose a workshop for the teachers involved in the research programme. The workshop addresses teachers’ professional competence, particularly their pedagogical content knowledge (e.g. students’ domain-specific content knowledge and argumentation skills, particularly analytical and critical thinking). In the workshop, teachers will receive teaching/learning materials that are useable in their classrooms. The teachers participating in the workshop will be recruited and selected according to their specialisation (economics, politics), professional education (state-approved teaching diploma) and teaching experience (service year).

To ensure the quality of the workshop, five factors of successful teacher training will be considered (Desimone, 2009; Kiemer et al., 2015; Wuttke and Seifried, 2017).

Content and coherence. The teacher training workshop focuses on design and implementation of a problem-oriented teaching/learning setting in the classroom for a socio-economic problem. On the basis of resent curricula studies in German-speaking countries in the economic domain (Ackermann, 2021a; Fridrich, 2020, 2021; Ruoss et al., n.d.; Siegfried and Hangen, 2020; Ziegler, 2011), the curricular relevance of socio-economic problems is highlighted. Additionally, the workshop presents problem-oriented learning as an appropriate didactic framework to address relevant socio-economic problems in the classroom. The guiding principles of the workshop include learning conception (e.g. role of students and teacher, learning phases), learning methods and learning tasks (e.g. tasks for reading, writing and discussing).

Active learning and collective exchange. In the teachers’ workshop, active learning and collective exchange is obtained through a three-step approach: (1) teachers design, implement and videotape a problem-oriented teaching/learning setting in their classroom, (2) teachers analyse their videos using observation criteria provided, (3) teachers present and discuss experiences and findings at the workshop. This approach allows teachers to identify obstacles and potentials regarding the designed and implemented problem-oriented teaching/learning settings through individual reflection, peer and expert feedback. It further allows teachers to benefit from different professional expertise and ideas.

Duration. The teachers’ workshop is divided over 3 days with several weeks between attendance days for autonomous learning and working. On the workshop’s first day, teachers are given an introduction into socio-economic problems and problem-oriented learning. On the second day, each teacher designs a problem-oriented teaching/learning setting with the support of the workshop instructors and in exchange with other workshop participants. Between the second and third day, teachers implement the designed teaching/learning setting in their classroom. On the workshop’s last day, the teachers present the implemented teaching/learning setting and discuss their experiences and findings.

Problem-oriented teaching/learning setting

Content for the teaching/learning setting

The problem-oriented teaching/learning setting following the teachers’ workshop refers to the societal life sphere and socio-economic problems that exist within it (see Economic education and civic argumentation). Thus, the content of the teaching/learning setting is an authentic socio-economic problem (see Table 1). Authentic socio-economic problems have been evaluated in a recent empirical domain analysis for Switzerland (Ackermann, 2019: 73–76, 154–161, 320–330; Ackermann, 2021b). The analysis procedure included four criteria: political relevance, curricular relevance, scientific character and complexity and controversy.

Table 1.

Socio-economic problems for teaching/learning setting.

Policy field	Socio-economic problem
	Political relevance	Curricular relevance	Scientific character	Complexity and controversy	Summary
Agriculture	Agricultural production	0	2	1	---
Agriculture		Agricultural trade	2	2	1	X
Competition	Consumer protection	1	1	1	X
Competition		Public service (postal service, broadcasting service)	1	2	0	---
Energy and ecology	Energy supply	1	2	1	X
Energy and ecology		Environmental and climate protection	2	2	1	X
Finance and taxes	Public debt	2	2	1	X
Finance and taxes		Tax competition and financial compensation	1	1	0	---
Health	Health insurance	1	2	X	X
International relation and economic integration	Bilateral agreements Switzerland–EU	2	1	0	---
Labour	Income equality	2	2	1	X
Spatial planning	Social housing (rent control)	2	2	1	X
Migration and integration	Refugee streams	1	1	1	X
Social security and provision	Retirement provision	2	2	1	X
Social security and provision		Unemployment	2	2	1	X
Transportation	Road traffic (road pricing)	1	2	1	X
Transportation		Public transport	0	2	1	---

Note: Rating scales: scientific character: 0 = no concepts, 1 = 1 to 4 concepts, 2 = 5 and more concepts. Curricular relevance: 0 = not available, 1 = implicitly available, 2 = explicitly available. Complexity and controversy: 0 = under-complex or over-complex, 1 = adequately complex.

Source: Ackermann (2019: 73–76, 154–161, 320–330); Ackermann, (2021b).

The criteria political relevance (i.e. the problem is current was used to identify representative and relevant problems. About 260 federal referenda in Switzerland from 1990 to 2017 (BFS, 2017) were analysed using a structured qualitative content analysis. The structuring of the referenda yielded 17 socio-economic problems that are assigned to various policy fields. These problems were evaluated based on the following criteria: curricular relevance (i.e. the problem is anchored in the framework curricula of secondary schools), scientific character (i.e. the problem is related to scientific concepts of social sciences) and complexity and controversy (i.e. the problem is complex, its solution ambiguous and controversial). As a result, 12 socio-economic problems remained: agricultural trade, consumer protection, energy supply, environmental and climate protection, public debt, health insurance, income equality, social housing, refugee streams, retirement provision, unemployment and road traffic.

In order to evaluate the authenticity and applicability of the Swiss problems for a teaching/learning setting in other German-speaking countries, the criteria political relevance and curricular relevance have to be applied. The overlapping problems will be used for the intervention study.

Structure of the teaching/learning setting

The students’ intervention occurs over seven phases, including both learning and testing (see Table 2). These phases last unequally long, depending on assigned teaching/learning activities. The schedule includes a variety of teacher and student activities.

Table 2.

Classroom schedule for teaching/learning setting.

Phase	Teacher activities	Student activities	Social format, learning tasks, learning materials
1	---	Assessment (pre-testing): Performance test, writing task	Individual test
2	Introduction to the topic and induction of the problem: Short lectureOrganisation: Present problem through different media	Problem-solving (p1) identification of the problem: Read textbook and articles, hear audio podcasts, watch video podcasts	Class work: lectureIndividual work: textbook, articles, podcasts
3	Scaffolding student learning process by collecting their questions and ideasOrganisation: Distribute learning task	Problem-solving (p2) analysis of the problem: Aspects, perspectives/stakeholders, causes and effects etc.	Individual work: learning tasksBlack board
4	Scaffolding student learning process by observing and advisingOrganisation: Form small student groups, distribute learning task	Problem-solving (p3) search for problem solutions: Search, select and structure information (facts, opinions)	Individual work: learning tasks; textbook, articles, podcastsGroup work: discussion task
5	Scaffolding student learning process: Observe, adviseOrganisation: Distribute learning task	Problem-solving (p4) evaluation of different problem solutions: Form and justify a position, support or rebut other justifications	Group work: discussion task
6	Scaffolding student learning process by observing and advising	Problem-solving (p5) decide on a solution: Persuade, negotiate	Group work: discussion task
7	---	Assessment (post-testing): Performance test, writing task	Individual test

The teaching/learning setting starts in Phase one with an assessment of students’ content knowledge and argumentation skills. The former is tested by a performance test, the latter by a writing task (see Performance test and writing task). In Phase two, the teacher introduces the topic and induces the problem (e.g. by a short lecture, textbook chapters, newspaper articles, audio/video podcasts). The students enter the problem-solving process by identifying the problem (p1). In Phase three, the teacher distributes the learning task for individual work, and collects questions and ideas on the problem. The students continue on the problem-solving process by analysing the problem (p2) regarding different aspects (e.g. economic, social, ecological, cultural), different perspectives (stakeholders), causes and effects etc. In doing so, the students acquire, deepen and consolidate knowledge on the problem-related topics. In Phase four, the teacher forms small groups and distributes learning tasks for group work, and scaffolds the students’ learning process by observing and advising. The students have to search, select and structure information (p3) on problem solutions proposed by different stakeholders. In Phase five, the teacher further distributes learning tasks for group work and continues scaffolding the learning process. The students have to evaluate different problem solutions (p4) through forming and justifying a position, and supporting or rebutting other justifications. In Phase six, students complete the problem-solving process by deciding on a sole problem solution (p5); the decision is reached by persuading each other and negotiation with one another. The setting ends in Phase seven with an assessment of students’ content knowledge and argumentations skills.

The classroom schedule described above is meant to be a basis that applies to an intervention with a control and experimental group of students. For the experimental group, the classroom schedule is extended by a phase of argumentation training after the pre-testing.

Measurement instruments and analytical frameworks for students’ competence

Performance test and writing task

Psychological tests are usually employed to measure students’ competence. Several test instruments have been developed and applied to assess economic competence in recent years, addressing either different competence dimensions (e.g. economic literacy, financial literacy, entrepreneurial literacy) or different school levels (e.g. K-12, K-9, K-6) (Beck, 1993; Beck et al., 1998; Förster et al., 2012, 2017, OECD, 2012, OECD, 2017; Retzmann and Hausmann, 2012; Riklin, 2021; Schumann and Eberle, 2014; Walstad et al., 2013, 2013b, Walstad and Rebeck, 2016, 2017). The WBT (Beck, 1993; Beck et al., 1998) follows a categorical approach in the content domain (i.e. basic concepts, microeconomics, macroeconomics, foreign economics). The test items are related to factual and conceptual knowledge in the subdomains and are only specified in selected-response format. The OEKOMA test (Schumann and Eberle, 2014) integrates a problem-oriented approach in the content domain (i.e. real situations within the above-mentioned subdomains), but the items are still related to factual and conceptual knowledge in the subdomains and about 90% of the items are specified in selected-response format. However, none of these instruments seem to be appropriate for measuring economic competence in socio-economic contexts.

In order to measure students’ content knowledge before and after the intervention, we propose to take the revised test on economic-civic competence (WBK-T2) (Ackermann, 2018, 2019: 166–174). The WBK-T2 is a written psychological performance test that measures the societal/economic dimension of economic-civic competence. It covers four current socio-economic problems (retirement provision, energy supply, public debt, manager salaries). Each problem begins with a short introduction followed by about eight items, in total 32 items. The items systematically vary in cognitive process (k1: recognise and reproduce; k2: understand and apply; k3: compare, evaluate and decide) and answer format (f1: selected-response; f2: short constructed-response; f3: extended constructed-response). The validity of the WBK-T2 test scores has been extensively evaluated using an evidence-based validation procedure (AERA et al., 2014), including validation aspects of test content, internal structure and relations to external criteria (Ackermann, 2019). Consequently, the WBK-T2 seems to be a reliable operationalization of the societal/economic dimension of economic-civic competence, and test scores may be interpreted as reflective of students’ domain-specific content knowledge on the respective socio-economic problems.

In order to measure students’ written argumentation skills before and after the intervention, an adequate writing task has to be specified. In this writing task, students are provided with pre-formulated problem solutions and are asked to take a position by selecting one or several of the given solutions (see Figure 1).

Figure 1.

Examples for writing tasks in the teaching/learning setting. Source: Own translation according to Ackermann (2019).

Analytical framework for argumentative writing

Analytical frameworks applied to examine and evaluate students’ argumentation skills (Duschl, 2007) have to provide quality criteria for students’ arguments. With regards to written arguments, two main types of analytical frameworks can be found in the literature (Sampson and Clark, 2008). Domain-general frameworks may be used in various scientific disciplines (Erduran et al., 2004; Kelly et al., 2007; Means and Voss, 1996; Schwarz et al., 2003; Toulmin, 1958) because they focus on the structure of an argument, such as structural components in an argument (i.e. claim, data, justification), structural complexity of an argument (i.e. number of justifications either supporting or qualifying the claim) and type of justification (e.g. abstract/scientific, specific/consequential, truism, authority, personal). In contrast, domain-specific frameworks are used in a specific scientific discipline or subdiscipline (Zohar and Nemet, 2002; Kelly and Takao, 2002; Lawson, 2003; Sandoval, 2003; Sandoval and Millwood, 2005, 2007) and focus on the content of an argument, that is adequacy and accuracy from a scientific perspective.

In order to analyse students’ argumentative writing on socio-economic problems in the classroom, we propose an analytical framework that has recently been presented for the economic domain (Ackermann and Kavadarli, 2022). This framework considers characteristics of civic argumentation on socio-economic problems and captures quality criteria for an argument in two dimensions (see Table 3): argument structure based on general aspects of argumentation, and argument content based on specific aspects of argumentation on socio-economic problems.

Table 3.

Analytical framework for argumentative writing on socio-economic problems.

Quality dimension	Category	Description
Argument structure (general aspects)	Position	Type of position to problem solution
	Coherence	Type of argument: simple, one-sided, two-sided, compound
		Function	Type of connection between position and justification: backing, rebuttal
	Argument content (specific aspects)	Appropriateness	Level of topical relevance in justification: unserious, repetitive, general, specific
Accuracy		Level of technical correctness in justification: not accurate, partly accurate, fully accurate
Reference		Type of reference in justification:personal experience, common sense, scientific concepts, empirical evidence
Perspective		Type of perspective in justification: single, multiple
		Value	Type of value in justification: implicit, explicit

Source: Ackermann and Kavadarli, (2022).

The framework has three categories for argument structure and five categories for argument content. Position captures the problem solution specified in the task and selected by the student. Coherence applies to the type of argument (i.e. simple, one-sided, two-sided, compound) (Schwarz et al., 2003). Function covers the type of connection between the position selected and the justification formulated (i.e. backing, rebuttal) (Toulmin, 1958). Appropriateness refers to the level of topical relevance of the justification (i.e. unserious, repetitive, general, specific). Accuracy refers to level of the technical correctness of the justification (i.e. not accurate, partly accurate, fully accurate) (Zohar and Nemet, 2002). Reference focuses on the type of reference given in the justification (i.e. personal experience, common sense, scientific concepts, empirical evidence) (Schwarz et al., 2003). Perspective accounts for the ‘single’ and ‘multiple’ perspectives included in the justification (e.g. local/global, North/South, presence/future, various interest groups). Value captures ‘implicit’ and ‘explicit’ ethical concepts in the justification (e.g. efficiency, prosperity, equality, sustainability) (Kolstø, 2004; Sadler and Donnelly, 2006; Zeidler and Sadler, 2007).

Analytical framework for argumentative discussing

The ICAP (interactive-constructive-active-passive) framework describes students’ overt learning activities and underlying learning processes in the classroom (Chi, 2009; Chi and Wylie, 2014). The framework classifies four modes of learning activities: (1) passive (e.g. reading, marking, listening, simple agreeing or disagreeing), (2) active (i.e. reproducing information), (3) constructive (i.e. generating new information, articulating own ideas), (4) interactive (i.e. discussing information, responding to each other’s ideas). The four modes are assumed to stimulate different learning processes and produce learning outcomes. Consequently, the framework’s four modes follow an ordered classification: interactive activities are better than constructive ones, constructive activities better than active one, and active activities better than passive ones.

In order to analyse students’ argumentative discussing of socio-economic problems in the classroom, we propose an adaptation of the ICAP framework that has recently been applied to the economic domain (Siegfried, 2022; Siegfried and Heinrichs, 2020; Wuttke, 2005). This adapted framework distinguishes two levels (see Table 4): the individual level for the quality of individual contributions within the group discussion; and the group level for the quality of the group discussion.

Table 4.

Analytical framework for argumentative discussing on socio-economic problems.

Quality level	Category	Description
Individual level (individual contributions)	Content	Content of individual contributions regarding:• advantages and disadvantages • given problem solutions (e.g. prohibition, subsidy, tax, certificate)• different interest groups (e.g. employee, employer, consumer, producer)• ethical considerations
Individual level (individual contributions)		Elaboration	Level of elaboration in individual contributions:• not elaborated: Contribution has no explanation, simple agree or disagree • active: Contribution reproduces a given explanation • constructive: Contribution generates a new explanation
Group level (group discussion)	Discussion	Level of group discussion:• additive/cumulative: Contributions do not refer to each other• interactive: Contributions refer to each other but do not generate new ideas • co-constructive: Contributions refer to each other and generate new ideas

Source: Siegfried (2021).

At the individual level, the category content captures the diversity of individual contributions regarding advantages and disadvantages of given problem solutions (e.g. prohibition, subsidy, tax, certificate) for different interest groups (e.g. employee, employer, consumer, producer). Additionally, this category captures whether individual contributions include ethical considerations on the problem. The category elaboration classifies the level of elaboration in individual contributions: not elaborated (no explanation, simple agree or disagree), active (reproduce given explanation) and constructive (generate new explanation). At the group level, the category discussion classifies the level of group discussion: cumulative (contributions do not refer to each other), interactive (contributions refer to each other but do not generate new ideas), co-constructive (contributions refer to each other and generate new ideas).

Conclusion and outlook

In this article, we presented a research design for an intervention study that aims to promote and examine argumentation in socio-economic contexts. The research design is built on three core elements. The first element is a teacher training workshop that focuses on deepening professional competence, especially on pedagogical content knowledge, in order to promote students’ socio-economic competence. The second element is a problem-oriented teaching/learning setting: (2a) authentic socio-economic problems used as content for the teaching/learning setting, (2b) phases of learning and testing to structure of the teaching/learning setting. The third element is measurement instruments and analytical frameworks to assess students’ competence: (3a) a performance test on civic-economic competence, (3b) writing and discussing tasks on socio-economic problems, (3c) analytical frameworks for argumentative writing and discussing.

The research design is primarily applicable to German-speaking countries (DACH region). This allows us to develop and use materials in the same language for both interventions, the teacher training workshop, and the teaching/learning setting. Furthermore, it allows for the application of linguistically comparable test instruments that yield psychometrically valid test results. The research design primarily addresses the target group of grammar school students (‘Gymnasium’). Grammar schools’ curricula are structured according to the scientific principle (e.g. mathematics, languages, science, social sciences). This facilitates a curriculum analysis of the relevant subjects (e.g. Germany: civics and economics; Austria: geography and economics, Switzerland: economics and law) in order to connect curricular learning contents with identified and evaluated socio-economic problems. In contrast, vocational schools’ curricula are often structured according to the situational principle, and these situations are either profession-general or profession-specific (Reetz, 2003; Tramm and Reetz, 2010).

The presented research design is meant to be a starting point for an internationally comparable research programme on argumentation in socio-economic contexts. The intended outcomes of this research programme are associated with the two interventions. The first intervention is the teachers’ workshop on socio-economic problems and problem-oriented teaching/learning, which aims to deepen teachers’ pedagogical content knowledge. The second intervention is a problem-oriented teaching/learning setting in the classroom, aimed to increase students’ socio-economic competence. The findings of the intended research programme may provide insights into the learning process in a problem-oriented teaching/learning setting. This, in turn, may disclose the potential of promoting content knowledge and argumentation skills in the economic domain.

Footnotes

Acknowledgements

The authors thank Rosa Brown for proofreading.

Declaration of conflicting interests

The author(s) declared no potential conflicts of interest with respect to the research, authorship, and/or publication of this article.

Funding

The author(s) received no financial support for the research, authorship, and/or publication of this article.

ORCID iDs

Nicole Ackermann

Christin Siegfried

Author Biographies

Prof. Dr. Nicole Ackermann is a professor at Zurich University of Teacher Education. She does research in the field of economic and civic education with focus on domainspecific content knowledge and argumentation skills.

Dr. Christin Siegfried is a senior researcher at Goethe University Frankfurt. Her research interests are economic and vocational education with focus on group discussion in classroom.

References

Acar

Turkmen

Roychoudhury

(2010) Student difficulties in socio‐scientific argumentation and decision‐making research findings: crossing the borders of two research lines. International Journal of Science Education 32(9): 1191–1206.

Ackermann

(2018) Dokumentation des revidierten Tests zur Wirtschaftsbürgerlichen Kompetenz (WBK-T2): Item-Spezifikationen, Item-Kennwerte, Kodierungsmanual [Documentation of the revised test on economic-civic competence (WBK-T2): item specification, item values, coding manual]. Zürich: Unveröffentlicht, Universität Zürich.

Ackermann

(2019) Wirtschaftsbürgerliche Kompetenz Deutschschweizer Gymnasiastinnen und Gymnasiasten: Kompetenzmodellierung, Testentwicklung und evidenzbasierte Validierung [Economic-civic competence of grammar school students in German-speaking Switzerland: competence modelling, test development and evidence-based validation]. Dissertation. Zürich: Universität Zürich.

Ackermann

(2021a) Ökonomische Bildung auf der Sekundarstufe II in der Deutschschweiz: Eine vergleichende Lehrplananalyse hinsichtlich Fachstruktur, Bildungsziele und Lerninhalte [Economic education at upper secondary school level in German-speaking Switzerland: a comparative curricula analysis regarding educational goals and learning contents]. Zeitschrift für Berufs- und Wirtschaftspädagogik 117(1): 14–41.

Ackermann

(2021b) Zum Bildungsideal des «mündigen Wirtschaftsbürgers»: Kompetenzmodell für ökonomische Bildung und Domänenanalyse des gesamtgesellschaftlichen/gesamtwirtschaftlichen Lebensbereichs [On the educational ideal of the economic citizen: a competence model for economic education and a domain analysis of the societal life sphere]. In: Fridrich

Hagedorn

Hedtke

et al. Wirtschaft, Gesellschaft und Politik: Sozioökonomische und politische Bildung in Schule und Hochschule [Economy, society, and politics: socioeconomic and political education at school and university]. Wiesbaden: Springer VS, pp. 147–178.

Ackermann

Kavadarli

(2022) Civic argumentation in the economic domain: examining upper high school students’ arguments on socio-economic problems in a performance test by applying a domain-specific analytical framework. Citizenship, Social and Economics Education 21(1): 22–42.

AERA, APA and NCME (2014) Standards for Educational and Psychological Testing. 6th edition. Washington, DC: American Educational Research Association (AERA).

Albers

H-J

(1988) Ökonomische Bildung und Allgemeinbildung [Economic education and general education]. In: BföB (ed). Ökonomische Bildung: Aufgabe für die Zukunft [Economic education: a task for the future]. Bergisch Gladbach: Thomas Hobein, pp. 1–15.

Allgood

Walstad

(1999) The longitudinal effects of economic education on teachers and their students. The Journal of Economic Education 30(2): 99–111.

10.

Baumert

Kunter

(2006) Stichwort: Professionelle Kompetenz von Lehrkräften. Zeitschrift für Erziehungswissenschaft 9(4): 469–520.

11.

Baumert

Kunter

(2011) Das Kompetenzmodell von COACTIV [The competence model of COACTIV]. In: Kunter

Baumert

Blum

, et al. (eds) Professionelle Kompetenz von Lehrkräften: Ergebnisse des Forschungsprogramms COACTIV [Professional competence of teachers: findings from the research program COACTIV]. Waxmann: Münster, pp. 29–53.

12.

Beck

(1993) Dimensionen der ökonomischen Bildung: Messinstrumente und Befunde. Abschlussbericht zum DFG-Projekt: Wirtschaftskundlicher Bildung-Test (WBT). Normierung und internationaler Vergleich [Dimensions of economic education: measurement instruments and findings. Final report on the DFG project: economic education test (WBT): norming and international comparison]. Nürnberg: Universität Erlangen-Nürnberg.

13.

Beck

Krumm

Dubs

(1998) Wirtschaftskundlicher Bildungs-Test (WBT): Handweisung [Economic Education Test (WBT): Manual]. Hogrefe: Göttingen.

14.

Becker

(2000) Teaching economics in the 21st century. Journal of Economic Perspectives 14(1): 109–119.

15.

Betsch

Funke

Plessner

(2011) Denken – Urteilen, Entscheiden, Problemlösen. Allgemeine Psychologie für Bachelor [Thinking – evaluating, deciding, problem-solving. General Psychology for Bachelor]. Berlin: Springer.

16.

BFS (2017) Eidgenössische Volksabstimmungen 1848-2017: Detaillierte Ergebnisse (Stand am 23.11.2017) [Federal Referenda in Switzerland 1848-2017: Detailed Results (on 23.11.2017)]. Neuchâtel: Bundesamt für Statistik.

17.

Bruch

(2015) Lerntheorien im Kontext des Problemlösens: Eine praktische und umfangreiche Studie zu einem schülerorientierten Unterrichtsansatz [Learning theory in the context of problem-solving: a practical and comprehensive study on a learner-oriented teaching/learning approach. Hamburg: Diplomica.

18.

Brunner

Kunter

Krauss

, et al. (2006) Welche Zusammenhänge bestehen zwischen dem fachspezifischen Professionswissen von Mathematiklehrkräften und ihrer Ausbildung sowie beruflichen Fortbildung? [How is the content specific professional knowledge of mathematics teachers related to their teacher education and in-service training?] Zeitschrift für Erziehungswissenschaft 9(4): 521–544.

19.

Chi

MTH

(2009) Active-constructive-interactive: a conceptual framework for differentiating learning activities. Topics in Cognitive Science 1(1): 73–105.

20.

Chi

MTH

Wylie

(2014) The ICAP framework: linking cognitive engagement to active learning outcomes. Educational Psychologist 49(4): 219–243.

21.

Chinn

Brewer

(1993) The role of anomalous data in knowledge acquisition: a theoretical framework and implications for science instruction. Review of Educational Research 63(1): 1–49.

22.

Desimone

(2009) Improving impact studies of teachers’ professional development: toward better conceptualizations and measures. Educational Researcher 38(3): 181–199.

23.

Dills

Placone

(2008) Teacher characteristics and student learning. Journal of Economics and Economic Education Research 9(3): 15–28.

24.

Dörner

(1987) Problemlösen als Informationsverarbeitung [Problem-Solving as Information Processing]. 3rd ed. Stuttgart: Kohlhammer.

25.

Dörner

(1999) Die Logik des Misslingens: Strategisches Denken in komplexen Situationen [The logic of fail: strategic thinking in complex situations]. Hamburg: Rowohlt.

26.

Dubs

(2013) Ökonomische Allgemeinbildung in der Sekundarstufe II [General economic education at upper secondary school level]. In: Retzmann

(ed). Ökonomische Allgemeinbildung in der Sekundarstufe II: Konzepte, Analysen und empirische Befunde [General economic education at upper secondary school level: concepts, analyses, and empirical findings]. Schwalbach/Ts. Wochenschau Verlag, pp. 13–25.

27.

Duschl

(2007) Quality argumentation and epistemic criteria. In: Erduran

Jiménez-Aleixandre (eds), Argumentation in Science Education: Perspectives from Classroom-Based Research. Dordrecht: Springer, pp. 159–175.

28.

Eberle

(2006) Anwendungs- und problemorientierter Unterricht (APU): ein Unterrichtsmodell für Gymnasien [Action-oriented and problem-oriented teaching/learning (APU): a model for grammar schools]. NetzWerk: die Zeitschrift der Wirtschaftsbildung Schweiz 3/2006: 20–30.

29.

Eberle

(2015) Die Förderung ökonomischer Kompetenzen zwischen normativem Anspruch und empirischer Rationalität: Am Beispiel der Schweizer Sekundarstufe II [Promotion of economic competences between normative claim and empirical rationality: the example of upper secondary school level in Switzerland]. Empirische Pädagogik 29(1): 10–34.

30.

Eberle

Schumann

Oepke

, et al. (2009) Der lange Weg zur Verbesserung der Unterrichtsqualität: Ein Rückblick auf die Interventionsstudie APU [The long way to improve quality of teaching/learning: a review of the intervention study APU]. NetzWerk: die Zeitschrift der Wirtschaftsbildung Schweiz 1/2009: 15–23.

31.

Erduran

Simon

Osborne

(2004) Tapping into argumentation: developments in the application of Toulmin’s argument pattern for studying science discourse. Science Education 88: 915–933.

32.

Euler

(1997) Sozialkompetenz als didaktische Kategorie - vom ‚didaktischen Impressionsmanagement’ zu einem Forschungsprogramm [social competence as didactic category - from 'didactic impression management' to a research program]. In: Dubs

Luzi

(eds), 25 Jahre IWP - Tagungsbeiträge: Schule in Wissenschaft, Politik und Praxis [25 years of IWP - conference contributions: school in research, politics, and practice]. St.Gallen: Universität St.Gallen, Institut für Wirtschaftspädagogik, pp. 280–317.

33.

Finkelstein

Hanson

Huang

C-W

, et al. (2011) Effects of Problem Based Economics on High School Economics instruction. Final Report. Washington, DC: U.S. Department of Education, Institute of Education Sciences; National Center for Education Evaluation and Regional Assistance.

34.

Fischer

Zurstrassen

(2014) Sozioökonomische Bildung [Socioeconomic education]. In: Schriftenreihe der Bundeszentrale für politische Bildung. Bonn: Bundeszentrale für politische Bildung.

35.

Fleming

(1986a) Adolescent reasoning in socio-scientific issues, part I: social cognition. Journal of Research in Science Teaching 23: 677–687.

36.

Fleming

(1986b) Adolescent reasoning in socio-scientific issues part II: nonsocial cognition. Journal of Research in Science Teaching 23: 689–698.

37.

Förster

Happ

Molerov

(2017) Using the US test of financial literacy in Germany: adaptation and validation. The Journal of Economic Education 48(2): 123–135.

38.

Förster

Happ

Zlatkin-Troitschanskaia

(2012) Valide Erfassung des volkswirtschaftlichen Fachwissens von Studierenden der Wirtschaftswissenschaften und der Wirtschaftspädagogik: eine Untersuchung der diagnostischen Eignung des Wirtschaftskundlichen Bildungstests (WBT) [Valid measurement of university students’ economic content knowledge: an investigation of the diagnostic suitability of the German Economic Education Test (WBT)]. b wp@ Berufs- und Wirtschaftspädagogik . online 22: 1-22.

39.

Fridrich

(2018) Sozioökonomische Bildung an allgemeinbildenden Schulen der Sekundarstufe I und II in Österreich. In: Engartner

Fridrich

Graupe

, et al. (eds), Sozioökonomische Bildung und Wissenschaft [Socioeconomic education and research]. Wiesbaden: Springer VS, pp. 81–108.

40.

Fridrich

(2020) Sozioökonomische Bildung als ein zentrales Paradigma für den Lehrplan „Geographie und Wirtschaftliche Bildung" 2020 der Sekundarstufe I. GW-Unterricht 1(2/2020): 21–33.

41.

Fridrich

(2021) Skills in Geography and Economics Reflected in Austria’s Newly Developed Key Concepts and Competencies for the 2023/24 Curriculum. Review of International Geographical Education 11(2): 335–371.

42.

Grob

Maag Merki

(2001) Überfachliche Kompetenzen: Theoretische Grundlegung und empirische Erprobung eines Indikatorensystems [Interdisciplinary competences: theoretical foundation and empirical probing of an indicator systems]. Peter Lang: Bern.

43.

Hogan

(2002) Small groups’ ecological reasoning while making an environmental management decision. Journal of Research in Science Teaching 39: 341–368.

44.

Holtsch

(2018) Zur professionellen Kompetenz von Lehrpersonen (Teilprojekt 3) [On the professional competence of teachers (subproject 3)]. In: Holtsch

Eberle

(eds), Untersuchungen zu Lehr-Lernprozessen im kaufmännischen Bereich: Ergebnisse aus dem Leading House LINCA und Schlussfolgerungen für die Praxis [Studies on teaching and learning processes in the commercial field: findings from the Leading House LINCA and conclusions for practice]. Münster: Waxmann, pp. 129–158.

45.

Holtsch

Höpfer

Reichmuth

, et al. (2014) Situative Unterrichtswahrnehmung Lernender im kaufmännischen Bereich - Ein Blick ins Klassenzimmer [Students’ situational perception of teaching/learning in the commercial field: a look into the classroom]. bwp@ Berufs- und Wirtschaftspädagogik – online 26: 1–24.

46.

Holtsch

Sticca

(2018) Die Bedeutung der professionellen Kompetenz von Lehrpersonen für die Kompetenzentwicklung von Lernenden im kaufmännischen Bereich [The importance of teachers’ professional competence for students' competence development in the commercial field]. In: Holtsch

Eberle

(eds) Untersuchungen zu Lehr-Lernprozessen im kaufmännischen Bereich: Ergebnisse aus dem Leading House LINCA und Schlussfolgerungen für die Praxis [Studies on teaching and learning processes in the commercial field: findings from the Leading House LINCA and conclusions for practice]. Münster: Waxmann, pp. 187–194.

47.

Höpfer

Reichmuth-Sprenger

(2018) Unterricht - Ein Zusammenspiel von vier Basisdimensionen [teaching and learning - an interaction of four basic dimensions]. In: Holtsch

Eberle

48.

Jimenez-Aleixandre

Eirexas

Agraso

(2006) Use of evidence in arguments about a socio scientific issue by 12th grade students: Choices about heating systems and energy sources. Conference presentation. National Association for Research in Science Teaching (NARST) annual meeting. San Francisco.

49.

Kaminski

(1996) Ökonomische Bildung und Gymnasium: Ziele, Inhalte, Lernkonzepte des Ökonomieunterrichts [Economic education and grammar schools: goals, contents, and concepts of teaching/learning]. Neuwied: Luchterhand.

50.

Kaminski

(2017) Fachdidaktik der ökonomischen Bildung [Subject didactics of economic education]. Paderborn: Ferdinand Schöningh.

51.

Kelly

Regev

Prothero

(2007) Analysis of lines of reasoning in written argumentation. In: Erduran

Jiménez-Aleixandre

(eds), Argumentation in Science Education: Perspektives from Classroom-Based Research. Dordrecht: Springer, pp. 137–158.

52.

Kelly

Takao

(2002) Epistemic levels in argument: an analysis of university oceanography students' use of evidence in writing. Science Education 86(3): 314–342.

53.

Kiemer

Gröschner

Pehmer

A-K

, et al. (2015) Effects of a classroom discourse intervention on teachers’ practice and students’ motivation to learn mathematics and science. Learning and Instruction 35: 94–103.

54.

Kolstø

(2004) Students’ argumentation: Knowledge, values and decisions. In: Henriksen

Odegaard

(eds), Naturfagenes didaktikk - en disciplin i forandring? Det nordiske forskersymposiet om undervisning i naturfag i skolen. Kristiansand, Norway: Hoyskoleforlaget AS, pp. 63–78.

55.

Kolstø

(2006) Patterns in students’ argumentation confronted with a risk‐focused socio‐scientific issue. International Journal of Science Education 28(14): 1689–1716.

56.

Kortland

(1996) An STS case study about students’ decision making on the waste issue. Science Education 80: 673–689.

57.

Krauss

Bruckmaier

Lindl

, et al. (2020) Competence as a continuum in the COACTIV study: the “cascade model”. ZDM Mathematics Education 52: 311–327.

58.

Kuhn

Happ

Zlatkin-Troitschanskaia

, et al. (2014) Kompetenzentwicklung angehender Lehrkräfte im kaufmännisch-verwaltenden Bereich – Erfassung und Zusammenhänge von Fachwissen und fachdidaktischem Wissen [Competence development of future teachers in business and economics: measurement and relationship of content knowledge and pedagogical content knowledge]. Zeitschrift für Erziehungswissenschaft 17(1): 149–167.

59.

Kuhn

(1991) The Skills of Argument. New York: Cambridge University Press.

60.

Kuhn

(1993) Science as argument: implications for teaching and learning scientific thinking. Science Education 77(3): 319–337.

61.

Laney

(1988) Can economic concepts be learned and remembered: a comparison of elementary students. The Journal of Educational Research 82(2): 99–105.

62.

Lawson

(2003) The nature and development of hypothetico-deductive argumentation with implications for science learning. International Journal of Science Education 25(11): 1378–1408.

63.

Legardez

Alpe

(2001) La construction des objets d’enseignements scolaires sur des questions socialement vives: Problématisation, stratégies didactiques et circulations des savoirs [The construction of learning goals for societal problems: relevance, didactic concepts, and knowledge circulations]. Conference presentation. 4ème Congrès AECSE Actualité de la recherche en éducation et formation, September 2001. ille, France.

64.

Lipowsky

(2006) Auf den Lehrer kommt es an: Empirische Evidenzen für Zusammenhänge zwischen Lehrerkompetenzen, Lehrerhandeln und dem Lernen der Schüler [It’s all about the teacher: empirical evidence for the relationship between teachers’ competence, teachers' action, and students’ learning]. In: Allemann-Ghionda

Terhart

(eds), Kompetenzen und Kompetenzentwicklung von Lehrerinnen und Lehrern (Zeitschrift für Pädagogik, Beiheft 51). [Competence and competence delvelopment of teachers (Journal of Education, Supplement 51)]. Weinheim: Beltz, pp. 47–70.

65.

MacQuarrie

Howe

Boyle

(2012) Exploring the characteristics of small groups within science and english secondary classrooms. Cambridge Journal of Education 42(4): 527–546.

66.

Marlin

(1991) State-mandated economic education, teacher attitudes, and student learning. The Journal of Economic Education 22(1): 5–14.

67.

Means

Voss

(1996) Who reasons well? Two studies of informal reasoning among children of different grade, ability, and knowledge levels. Cognition and Instruction 14: 139–178.

68.

Mergendoller

Maxwell

Bellisimo

(2006) The effectiveness of problem-based instruction: a comparative study of instructional methods and student characteristics. Interdisciplinary Journal of Problem-Based Learning 1(2): 49–69.

69.

Mergendoller

Maxwell

Bellisimo

(2020) Comparing problem-based learning and traditional instruction in high school economics. The Journal of Educational Research 93(6): 374–382.

70.

Müller

Fürstenau

Witt

(2007) Ökonomische Kompetenz sächsischer Mittelschüler und Gymnasiasten [Economic competence of high school and grammar school students in Saxony]. Zeitschrift für Berufs- und Wirtschaftspädagogik 103(2): 227–247.

71.

Myers

(1990) Writing Biology: Texts in the Social Construction of Scientific Knowledge. Madison, UK: University of Wisconsin Press.

72.

NEA (2012) Preparing 21st Century Students for a Global Society: An Educator’s Guide to the «Four C’s». National Education Association (NEA). www.nea.org/tools/52217.htm

73.

OECD (2012) PISA 2012 Financial Literacy Assessment Framework. Organisation for Economic Co-operation and Development (OECD). https://www.oecd.org/pisa/pisaproducts/46962580.pdf

74.

OECD (2017) PISA 2015 financial literacy framework. In: PISA 2015 Assessment and Analytical Framework: Science, Reading, Mathematic, Financial Literacy and Collaborative Problem Solving. Paris: OECD Publishing, pp. 81–102.

75.

P21 (2019) P21 Framework for 21st Century Learning Definitions. Partnership for 21st Century Skills (P21). http://static.battelleforkids.org/documents/p21/P21_Framework_DefinitionsBFK.pdf

76.

Perkins

(1985) Postprimary education has little impact on informal reasoning. Journal of Educational Psychology 77(5): 562–571.

77.

Petko

Reusser

(2005) Das Potenzial interaktiver Lernressourcen zur Förderung von Lernprozessen [The potential of interactive learning resources to promote learning processes]. In: Miller

(ed), E-Learning: Eine multiperspektivische Standortbestimmung [E-Learning: a multi-perspektive situation determination]. Haupt: Bern, pp. 183–207.

78.

Rebeck

Walstad

(2015) Grades, coursework, and student characteristics in high school economics. The Journal of Economic Education 46(2): 219–230.

79.

Reetz

(2003) Prinzipien der Ermittlung, Auswahl und Begründung relevanter Lernziele und Inhalte [Principles to identify, select and justify relevant learning goals and contents]. In: Kaiser

F-J

Kaminski

(eds), Wirtschaftsdidaktik [Didactics of economics]. Klinkhardt: Bad Heilbrunn/Obb., pp. 99–124.

80.

Reichmuth-Sprenger

(2017) Struktur und prozedurale Produktivität von Lehr-Lern-Gesprächen im Klassenunterricht: Entwicklung eines Rasters zur Analyse von lehrseitig initiierten Gesprächssequenzen und Anwendung im kaufmännischen Unterrichtsfach „Wirtschaft & Gesellschaft“ [Structure and procedural productivity of teaching/learning dialogues in the classroom: development of an analytical framework of teacher-initiated sequences and application on the subject ’economics and society in commercial VET]. Dissertation. Zürich: Universität Zürich.

81.

Reinmann-Rothmeier

Mandl

(2006) Unterrichten und Lernumgebungen gestalten [Teaching and designing learning environments]. In: Krapp

Weidenmann

(eds). Pädagogische Psychologie: Ein Lehrbuch [Pedagogical psychology: a textbook]. 5th ed. Beltz: Weinheimm, pp. 613–658.

82.

Renkl

(1996) Träges Wissen: Wenn Erlerntes nicht genutzt wird [Inert knowlege: when learned is not used]. Psychologische Rundschau 47: 78–92.

83.

Retzmann

Bank

(2013) Fachkompetenz von Wirtschaftslehrerinnen und -lehrern: Untersuchungen zur Entwicklung eines bedarfsdiagnostischen Instruments [Content knowledge of economics teachers: studies on the development of a diagnostic instrument]. Zeitschrift für ökonomische Bildung 1: 6–26.

84.

Retzmann

Hausmann

(2012) Wie lässt sich unternehmerisches Denken messen? Überlegungen zur Konstruktion eines standardisierten Tests [How to measure entrepreneurship thinking? Considerations on the construction of a standarised test]. In: Retzmann

(ed), Entrepreneurship und Arbeitnehmerorientierung: Leitbilder und Konzepte für die ökonomische Bildung in der Schule [Entrepreneurship and employee-orientation: concepts of economic education in schools]. Schwalbach/Ts: Wochenschau, pp. 50–65.

85.

Reusser

(2005) Problemorientiertes Lernen – Tiefenstruktur, Gestaltungsformen, Wirkung [Problem-oriented learning: deep structure, design, and effects]. Beiträge zur Lehrerbildung 23(2): 159–182.

86.

Riklin

(2021) Betriebswirtschaftliche Allgemeinbildung und Entrepreneurship Education am Gymnasium: Die Auswirkungen einer Entrepreneurship Education auf betriebswirtschaftliche Kompetenzen von Gymnasiastinnen und Gymnasiasten [Business education and entrepreneurship education at grammar schools: the effects of entrepreneurship edcuation on business competences of grammar school students]. Dissertation. Zürich: Universität Zürich.

87.

Ruoss

Ackermann

Stadelmann

(accpeted) Cultures of economic education: grammar school curricula in a multilingual comparison. European Educational Research Journal.

88.

Sadler

(2004) Informal reasoning regarding socioscientific issues: a critical review of research. Journal of Research in Science Teaching 41(5): 513–536.

89.

Sadler

Donnelly

(2006) Socioscientific argumentation: the effects of content knowledge and morality. International Journal of Science Education 28(12): 1463–1488.

90.

Sadler

Zeidler

(2004) The significance of content knowledge for informal reasoning regarding socioscientific issues: applying genetics knowledge to genetic engineering issues. Science Education 89(1): 71–93.

91.

Sampson

Clark

(2008) Assessment of the ways students generate arguments in science education: current perspectives and recommendations for future directions. Science Education 92: 447–472.

92.

Sandoval

(2003) Conceptual and epistemic aspects of students’ scientific explanations. Journal of the Learning Sciences 12(1): 5–51.

93.

Sandoval

Millwood

(2005) The quality of students’ use of evidence in written scientific explanations. Cognition and Instruction 23(1): 23–55.

94.

Sandoval

Millwood

(2007) What can argumentation tell us about epistemology? In: Erduran

Jiménez-Aleixandre

(eds), Argumentation in Science Education: Perspectives from Classroom-Based Research. Dordrecht: Springer, pp. 71–88.

95.

Schober

(1984) The effects of inservice training on participating teachers and students in their economics classes. The Journal of Economic Education 15(4): 282–295.

96.

Schumann

Eberle

(2008) Die Förderung multipler Ziele im gymnasialen Unterricht. Erste exploratorische Befunde zur Implementation der Lernumgebung APU. Swiss Journal of Educational Research 30(2): 349–366.

97.

Schumann

Eberle

(2014) Ökonomische Kompetenzen von Lernenden am Ende der Sekundarstufe II [Economic competences of students at the end of upper secondary school]. Zeitschrift für Erziehungswissenschaft 17(1): 103–126.

98.

Schumann

Kaufmann

Eberle

, et al. (2017) Being an economic-civic competent citizen: a technology-based assessment of commercial apprentices in Germany and Switzerland. Empirical Research in Vocational Education and Training 9(13): 1–21.

99.

Schumann

Oepke

Eberle

(2011) Über welche ökonomischen Kompetenzen verfügen Maturandinnen und Maturanden? Hintergrund, Fragestellungen, Design und Methode des Schweizer Forschungsprojekts OEKOMA im Überblick [What economic competences do high school students have? Background, questions, design, and methods of the Swiss research project OEKOMA]. In: Fasshauer

Aff

Fürstenau

, et al. (eds) Lehr-Lernforschung und Professionalisierung: Perspektiven der Berufsbildungsforschung [Research on teaching and learning and professionalisation: perspectives in vocational education research]. Opladen: Barbara Budrich, pp. 51–63.

100.

Schwarz

Neuman

Gil

, et al. (2003) Construction of collective and individual knowledge in argumentative activity. Journal of the Learning Sciences 12(2): 219–256.

101.

Seeber

Retzmann

Remmele

, et al. (2012) Bildungsstandards der ökonomischen Allgemeinbildung: Kompetenzmodell, Aufgaben, Handlungsempfehlungen [Educational standards of economic education: competence model, tasks, recommendations]. Schwalbach/Ts: Wochenschau.

102.

Seifried J Sembill

(2010) Empirische Erkenntnisse zum handlungsorientierten Lernen in der kaufmännischen Bildung [Empirical findings on action-oriented learning in commerical education]. Lernen & Lehren: Elektrotechnik-Informatik/Metalltechnik 98: 61–67.

103.

Sembill

Wuttke

Seifried

, et al. (2007) Selbstorganisiertes Lernen in der beruflichen Bildung: Abgrenzungen, Befunde und Konsequenzen [Self-organised learning in vocational education: delimitations, findings and implications]. bwp@ Berufs- und Wirtschaftspädagogik – online 13(1): 1–36.

104.

Shulman

(1986) Those who understand: knowledge growth in teaching. Educational Researcher 15(2): 4–14.

105.

Shulman

(1987) Knowledge and teaching:foundations of the new reform. Harvard Educational Review 57(1): 1–23.

106.

Siegfried

(2021) Fachinhaltliche Interaktionen in Gruppenarbeiten und ihr Einfluss auf den Lernerfolg – Eine Videostudie im problemorientierten Wirtschaftsunterricht [Subject-related interactions in group work and the effect on learning success]. In: Budke

Schäbitz

(eds), Argumentieren und vergleichen [Argumentation and comparison]. Münster: LIT, pp. 259–277.

107.

Siegfried

Hangen

(2020) Formelle Lerngelegenheiten zur Ausbildung ökonomischen Fachwissens: eine bundesweite Lehr- und Modulplananalyse [Formal learning opportunities for the development of economic knowledge: a state-wide curriculum analysis in Germany]. bwp@ Berufs- und Wirtschaftspädagogik – online Profil 6: Berufliches Lehren und Lernen: Grundlagen, Schwerpunkte und Impulse wirtschaftspädagogischer Forschung, Digitale Festschrift für Eveline Wuttke: 1–22.

108.

Siegfried

Heinrichs

(2020) Ansätze problembasierten, kooperativen Lernens zur Förderung ökonomischer und moralischer Kompetenzen – eine Pilotstudie bei angehenden Bankkaufleuten [Approaches of problem-based and cooperative learning to promote economic and moral competences – a pilot study among prospective bankers]. bwp@ Berufs- und Wirtschaftspädagogik – online Profil 6: Berufliches Lehren und Lernen: Grundlagen, Schwerpunkte und Impulse wirtschaftspädagogischer Forschung, Digitale Festschrift für Eveline Wuttke: 1–27.

109.

Simonneaux

(2007) Argumentation in science education: an overview. In: Erduran

Jiménez-Aleixandre

(eds), Argumentation in Science Education: Perspectives from Classroom-Based Reasearch. Dordrecht: Springer, pp. 179–199.

110.

Steinmann

(1997) Das Konzept ,Qualifizierung fur Lebenssituationen‘ im Rahmen der okonomischen Bildung heute [The concept ‘qualification for life situations' within the framework of today’s economic education]. In: Kruber

K-P

(ed), Konzeptionelle Ansätze ökonomischer Bildung [Concepts of economic education]. Hobein: Bergisch Gladbach, pp. 1–22.

111.

Tafner

(2018) Ökonomische Bildung ist sozioökonomische Bildung. In: Engartner

Fridrich

Graupe

, et al. (eds) Sozioökonomische Bildung und Wissenschaft: Entwicklungslinien und Perspektiven [Socioeconomic education and research: development lines and perspectives]. Wiesbaden: Springer VS, pp. 109–140.

112.

Takao

Kelly

(2003) Assessment of evidence in university students’ scientific writing. Science and Education 12(4): 341–363.

113.

Tiberghien

(2007) Foreword. In: Erduran

Jiménez-Aleixandre

(eds), Argumentation in Science Education: Perspectives from Classroom-Based Research. Dordrecht: Springer, ix–xv.

114.

Toulmin

(1958) The Uses of Argument. Cambridge: Cambridge University Press.

115.

Tramm

Reetz

(2010) Berufliche Curriculumsentwicklung zwischen Persönlichkeits-, Situations- und Wissenschaftsbezug [Vocational curriculum design between subject, situation and science]. In: Nickolaus

Pätzold

Reinisch

, et al. (eds), Handbuch Berufs- und Wirtschaftspädagogik [Handbook of vocational and economic education]. Bad Heilbrunn: Julius Klinkhardt, pp. 220–226.

116.

Walker

Leary

(2009) A problem based learning meta analysis: differences across problem types, implementation types, disciplines, and assessment levels. The Interdisciplinary Journal of Problem-Based Learning 3(1): 12–43.

117.

Walstad

Rebeck

(2016) Test of Financial Literacy: Examiner’s Manual. New York: Council for Economic Education.

118.

Walstad

Rebeck

(2017) The test of financial literacy: development and measurement characteristics. The Journal of Economic Education 48(2): 113–122.

119.

Walstad

Rebeck

Butters

(2013a) The test of economic literacy: development and results. The Journal of Economic Education 44(3): 298–309.

120.

Walstad

Rebeck

Butters

(2013b) The Test of Economic Literacy: Examiner’s Manual. 4th edition. Council for Economic Education (CEE).

121.

Weaver

Deaton

Reach

(1987) The effect of economic education summer institutes for teachers on the achievement of their students. The Journal of Educational Research 80(5): 296–299.

122.

Wuttke

(2000) Lernstrategien im Lernprozess: Analysemethode, Strategieeinsatz und Auswirkungen auf den Lernerfolg [Learning strategies in the learning process: analytical methods, strategy operation, and effects on learning success]. Zeitschrift für Erziehungswissenschaft 3(1): 97–110.

123.

Wuttke

(2005) Unterrichtskommunikation und Wissenserwerb: Zum Einfluss von Kommunikation auf den Prozess der Wissensgenerierung [Teaching communication and knowledge acquisition: on the effect of communication on the process of knowledge generation]. Frankfurt a.M.: Peter Lang.

124.

Wuttke

Seifried

(2017) Professional Error Competence of Preservice Teachers: Evaluation and Support. Cham: Springer.

125.

Zeidler

Sadler

(2007) The role of moral reasoning in argumentation: conscience, character, and care. In: Erduran

Jiménez-Aleixandre (eds), Argumentation in Science Education: Perspectives from Classroom-Based Research. Dordrecht: Springer, pp. 201–216.

126.

Zeidler

Schafer

LEE

(1984) Identifying mediating factors of moral reasoning in science education. Journal of Research in Science Teaching 21: 1–15.

127.

Ziegler

(2011) Politische und ökonomische Bildung im Lehrplan 21 [Civic and economic education in the Swiss compulsory school curriculum (Lehrplan 21)]. In: Kübler

Koch

(eds), Finanzkrise und Demokratie: Herausforderung für Politik, Recht und Bildung. Zürich: Schulthess, pp. 93–105.

128.

Zohar

Nemet

(2002) Fostering students’ knowledge and argumentation skills through dilemmas in human genetics. Journal of Research in Science Teaching 39(1): 35–62.

A research design for promoting and examining content knowledge and argumentation skills in socio-economic contexts in German-speaking countries

Abstract

Keywords

Introduction

Problem statement and relevance

Research goal and methods

Theoretical background and state of research

Economic education and civic argumentation

Problem-oriented teaching/learning settings and students’ learning outcomes

Promoting students’ competence though teacher training

Research design

Teacher training workshop

Problem-oriented teaching/learning setting

Content for the teaching/learning setting

Structure of the teaching/learning setting

Measurement instruments and analytical frameworks for students’ competence

Performance test and writing task

Analytical framework for argumentative writing

Analytical framework for argumentative discussing

Conclusion and outlook

Footnotes

Acknowledgements

Declaration of conflicting interests

Funding

ORCID iDs

Author Biographies

References