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We examined the associations of cognitive skills, math-related emotions and beliefs, and gender with responses to an arithmetic fluency intervention. Elementary school children with dysfluent arithmetic skills (N=69) participated in an arithmetic fluency intervention (with and without self-efficacy support) implemented in small groups in schools for 12 weeks. Hierarchical regression models including cognitive skills or math-related emotions and beliefs predicted 21% to 50% of the variation in the intervention response, i.e., improvement in arithmetic fluency. Cognitive skills were associated with the response mainly among boys, whereas math-related emotions and beliefs explained more among girls. Thus, both cognitive and non-cognitive factors and their interaction with gender should be considered when identifying non-responders who may need more individually tailored support at school.

The early prediction of math difficulties (MD) is important as it facilitates timely support. MD are multifaceted, and several factors are involved in their manifestation. This makes the accurate early prediction of MD particularly challenging. In the present study, we aim to predict MD in Grade 6 with kindergarten-age (age 6) measures by applying a neural networks model. We use a set of 49 variables assessed during kindergarten from the domains of early arithmetic skills, cognitive skills, the home learning environment, parental measures, motivation, behavioral problems, and gender, which have been shown to have associations with mathematical development and/or MD. A two-step approach was used: First, we examined early whether the neural networks approach can provide a solution for the effective early identification of MD based on all 49 variables and, then, by using the most important predictors as identified by the initial model. The initial model achieved an area under the curve (AUC) of 0.818, demonstrating excellent performance. The most important predictors of Grade 6 MD came from the domains of arithmetic and cognitive skills (arithmetic skills, rapid automatized naming, number concepts, spatial skills, counting) and behavioral problems (attention-orientation). The model with only the most important predictors achieved an AUC of 0.776, indicating good performance. Our results provided proof of concept for using neural networks in MD prediction in Grade 6 using information already available in kindergarten. In schools, these results could be used to identify children at potential risk of developing MD and to provide access to early support.

Using cognitive diagnostic modeling (CDM), this study identified subtypes of mathematics learning disability (MLD) based on children's numerical skills and examined the language and spatial precursors of these subtypes. Participants were 99 MLD children and 420 low achievers identified from 1839 Finnish children (966 boys) who were followed from preschool (age 6) to fourth grade (2007-2011). Five subtypes were identified: "the arithmetic fluency deficit only subtype, the counting deficit subtype, the pervasive deficit subtype, the symbolic deficit subtype, and the counting and concept deficit subtype." Different subtypes depended on different constellations of language and spatial deficits. Findings highlight the effectiveness of CDM in identifying MLD subtypes and underscore the importance of understanding the specific deficits and antecedents of the subtypes.

Self-regulatory efficacy (SRE) among elementary school children is of interest because pupils' self-regulation capacities and SRE influence in managing learning situations. This study investigated variations in the four sources of SRE and how these variations were related to SRE, reading skills and arithmetic skills. The participants were 1284 pupils in Grades 2 to 5. SRE and the sources of SRE were explored via questionnaires completed by the pupils. Latent profile analysis was used to search for subgroups with similar combinations of sources. Five distinguishable and informative profile groups emerged with differences in SRE levels and basic academic skills. The greatest variations were in mastery experiences and emotional states, which were the most sensitive sources for detecting interindividual differences in the domain of self-regulation. Multiple positive sources contributed to higher SRE, while low exposure to sources was related to both lower SRE and low basic academic skills.

The aim of the present study was to examine the kinds of developmental profiles of arithmetic fluency skills that can be identified across Grades 1-9 (ages 7-16) in a large Finnish sample (n = 2,518). The study also examined whether membership in the developmental profiles could be predicted using a comprehensive set of kindergarten-age factors, including information on cognitive skills; motivational, parental, and home environment factors; and gender. Four profiles of arithmetic fluency skills development were identified using a factor mixture model: persistent arithmetic difficulties (12.23%), precocious onset (50.24%), delayed onset (36.96%), and precocious onset with a Grade 7 drop (.06%). The Cholesky models predicting membership in the three largest profiles suggested that overall, the strongest kindergarten-age predictors were cognitive skills (especially counting, number concepts, spatial relations, rapid automatized naming [RAN], phonological awareness, and letter knowledge), but motivational, parental, and home environment factors were also significant. Membership in the profile with precocious onset was predicted by most of the kindergarten-age measures, suggesting that the strengths in early skills, as well as motivational, parental, and home environment factors, are reflected in the advanced start in arithmetic development at school. The profiles with delayed onset and persistent difficulties were similar in most kindergarten-age measures but differed in task avoidance and four cognitive skills (letter knowledge, counting, number concepts, and RAN), suggesting that these factors predict differential development over the longer term.

In this article, graduated physics teachers' views about their teacher education program and professional needs are evaluated. With respect to teacher knowledge, Physical Knowledge for Teaching (PKT) framework consisting of six domains related to content knowledge and pedagogical content knowledge was developed based on the framework of Mathematical Knowledge for Teaching. PKT was utilized in the design of a Likert scale instrument that aims to discover teachers' views concerning these six domains from two separate viewpoints: to what extent the domains were covered in their teacher education program concerning the domains, and how important is that theme for their profession. Results revealed that teachers see that the domains related to common content knowledge and structures of physics have been addressed adequately in their teacher education but characteristics of other domains, such as teaching methods, evaluation, and motivating learners, received less favorable evaluations. With respect to the importance of different domains for teacher profession, teachers valued the importance of every domain of teacher knowledge highly. These findings suggest that the greatest deficiencies in this physics teacher education program lie on addressing pedagogical content knowledge with its various sub-domains. Our PKT framework offers a promising base for evaluating physics teacher knowledge. We suggest that a framework for teacher knowledge should be explicitly introduced for pre-service teachers in their education so that they could evaluate their knowledge and professional needs better.

This article reflects upon the media pedagogical method called Media Life Study to enhance the international master students learning on transcultural media literacies. The action research was implemented on a "Transcultural Perspectives in Media Education" course held in spring of 2016 as part of Erasmus + -project (e-Mel.org) at the University of Tampere in Finland. The theoretical framework from media education, transculturalism and autobiography are employed with empirical data from four learning phases: individual narrative, group production, video news, and learning diary. The findings show that Media Life Study as a reflexive pedagogical method brings opportunities and awareness of the transcultural society.

This study examines the core predictors of the covariance in reading and arithmetic fluency and the domain-general cognitive skills that explain the core predictors and covariance. Seven-year-old Finnish children (N = 200) were assessed on rapid automatized naming (RAN), phonological awareness, letter knowledge, verbal counting, number writing, number comparison, memory skills, and processing and articulation speed in the spring of Grade 1 and on reading and arithmetic fluency in the fall of Grade 2. RAN and verbal counting were strongly associated, and a constructed latent factor, serial retrieval fluency (SRF), was the strongest unique predictor of the shared variance. Other unique predictors were phonological awareness, number comparison, and processing speed. Findings highlight the importance of SRF in clarifying the relation between reading and arithmetic fluency.

In this article, we present a study focusing on the learning experiences of business students in an organizational and marketing communication course. The pedagogical approaches of a flipped classroom, collaborative inquiry, and communication in the disciplines guided the planning of the course. A mixed-methods approach was used. The key findings include positive student evaluations of the pedagogies utilized. Moreover, a wide variety of learning outcomes was reported, particularly in the fields of crisis communication and workplace communication. The pedagogies utilized enabled a comprehensive model for teaching communication and contributed to relevant learning experiences and skill development for the 21st century.

We examined the prevalence of comorbidity of dysfluent reading and math skills longitudinally in a representative sample (N = 1,928) and the stability of comorbid and single difficulties from first to fourth grades. The findings indicated that half the children who showed very low performance in one skill also evidenced low or very low performance in the other. Comorbid difficulties had somewhat higher prevalence in third and fourth graders than in first and second graders. The stability of comorbid difficulties was found to be established from Grade 2 onward, but the stability of single difficulties increased steadily across grades. Overall, the findings emphasize the relatively strong stability of comorbid difficulties after the second grade and underscore the need for close monitoring of, and support for, both skills as opposed to just one.

Students' conceptual understanding of Newton's third law has been the subject of numerous studies. These studies have often pointed out the importance of addressing the concept of interaction in teaching Newtonian mechanics. In this study, teachers were interviewed in order to examine how they understand interaction and use it in their instruction. The results show that teachers have a wide variety of beliefs about interaction. Moreover, by using the Force Concept Inventory test the understanding of Newton's third law by the teachers' students was tested. According to the results, the explicit use of interaction as a guiding principle in mechanics instruction helps students understand Newton's third law.

The longitudinal relations of domain-general and numerical skills at ages 6-7 years to 3 cognitive domains of arithmetic learning, namely knowing (written computation), applying (arithmetic word problems), and reasoning (arithmetic reasoning) at age 11, were examined for a representative sample of 378 Finnish children. The results showed that domain-general skills, including spatial visualization, language, rapid automatized naming, and working memory, contributed independently to arithmetic learning. These relations were mostly mediated via basic number competence (i.e., counting sequence and number system knowledge), although spatial visualization remained predictive of arithmetic outcomes. The findings underscore a similar developmental course of arithmetic learning across different cognitive domains where domain-general skills build a launchpad for advanced arithmetic via enhancing basic number competence.

It is no surprise that all mathematics teacher education programs attempt to increase future teachers' knowledge, since teachers' knowledge has an effect not only on their teaching but also on their students' achievements. However, measuring the relationship between teachers' knowledge and their education is overly demanding. In this study we unpacked a selection of aspects of Mathematical Knowledge for Teaching (MKT) and created a 72-item survey that would measure teacher educators' and graduated teachers' perceptions of what graduated teachers have learned well or less well during teacher education. The data were collected under the auspices of the University of Eastern Finland. The results show that the teacher educators (N=18) and graduated teachers (N=101) who participated have developed rather similar perceptions of what graduated mathematics teachers learn well or poorly during their teacher education. According to the results, Subject matter knowledge and Pedagogical content knowledge receive similar emphases in the teacher education program, but certain fields of teacher knowledge, such as Common content knowledge, receive a greater emphasis than others. The approach described here provides a simple way of investigating this demanding phenomenon, and hence the limitations and the possibilities of the study will be discussed in detail.

Response to intervention (RTI) can be considered an everyday practice in many parts of the United States, whereas, in Finland, only recently has a new framework for support in learning taken shape. Choosing Finland as the comparative partner for this policy paper is justified as its educational system has been widely referenced on the basis of good Programme for International Student Assessment (PISA) results. The results of the present comparative article showed first, that the U.S. RTI was primarily intended for diagnosing and preventing learning disabilities whereas the Finnish RTI is mainly an administrative structure for support. Second, the U.S. RTI includes clear definitions regarding the intensity, duration, and content of support provided within each tier whereas the Finnish version contains no explicit guidelines for support. Third, the U.S. RTI assumes no special educational services in the first two tiers, but the Finnish framework includes special educational services from the onset of support. Implications for policy and practice are discussed.

Weaknesses in early number skills have been found to be a risk factor for later difficulties in mathematical performance. Nevertheless, only a few intervention studies with young children have been published. In this study, the responsiveness to early support in kindergarteners with most severe difficulties was examined with two different computer programs. Two intervention groups were matched by age, visuo-spatial, and phonological working memory, as well as early number skills. After a short and intensive computerized intervention, the results indicated significant intervention effects for verbal counting Wilcoxon ES (r) = 0.46, and dot counting fluency, r = 0.52, when practiced with GraphoGame Math, as well as for basic arithmetic, r = 0.63, when practiced with Number Race. The findings suggest that a targeted computerized practice can produce specific training effects in kindergarteners most at-risk for mathematics difficulties. The results are discussed with regard to practical implications for educational game development.

Utilizing a longitudinal sample of Finnish children (ages 6-10), two studies examined how early linguistic (spoken vs. written) and spatial skills predict later development of arithmetic, and whether counting sequence knowledge mediates these associations. In Study 1 (N = 1,880), letter knowledge and spatial visualization, measured in kindergarten, predicted the level of arithmetic in first grade, and later growth through third grade. Study 2 (n = 378) further showed that these associations were mediated by counting sequence knowledge measured in first grade. These studies add to the literature by demonstrating the importance of written language for arithmetic development. The findings are consistent with the hypothesis that linguistic and spatial skills can improve arithmetic development by enhancing children's number-related knowledge.

This study examined whether counting and rapid automatized naming (RAN) could operate as significant predictors of both later arithmetic calculation and reading fluency. The authors also took an important step to clarify the cognitive mechanisms underlying these predictive relationships by controlling for the effect of phonological awareness and verbal short-term memory. Due to rather strong covariance between verbal short-term memory and phonological awareness, short-term memory could be controlled only partially. Participants, 200 children from a longitudinal study, were followed from age 5 to 10 years. Structural equation modeling showed counting to be a strong predictor, not only of later calculation but also of reading fluency. Similarly, RAN predicted later calculation as well as reading fluency. These results indicated that counting and RAN were not skill-specific predictors. Phonological awareness explained part of counting and RAN. However, the predictive effects of these 2 skills on calculation and reading remained even after phonological awareness and partially for verbal short-term memory were controlled. Thus, further exploration of other cognitive processes underlying these 2 abilities is needed. (Contains 3 tables and 3 figures.)

Background: Disorganized speech, manifested as derailment, tangentiality, incoherence and loss of goal, occurs commonly in schizophrenia. Studies of language processing have demonstrated that semantic activation in schizophrenia is often disordered and, moreover, the ability to use contextual cues is impaired. Aims: To reconstruct the origins and most plausible intended meanings of disorganized discourse sequences in a clinical interview with a patient with thought-disordered schizophrenia. Methods & Procedures: We assessed the so-called pragmatic felicity of every turn using a novel tool called the Overall Comprehensibility of Turn (OCT) Scale. In addition to felicity analysis, all topics and referents of turns were registered. Three most disorganized discourse sequences from the transcribed interview were chosen for the thematic and semantic analysis, in which we attempted to reconstruct the structure and meaning of those sequences utilizing (1) the notion of discourse model extending up to contextual background knowledge, (2) the (re)occurrence of topical items, together with (3) the knowledge from findings of disordered semantic activation in schizophrenia. Outcomes & Results: The linguistic analyses showed that the disrupted sequences were characterized by (1) unexpected, seemingly irrelevant topic intrusion, (2) pragmatically inappropriate chain of topic extensions, and (3) fuzzy reference together with disturbed ordering of propositions. The underlying causes seemed to be, respectively, (1) long-term semantic activation of topics, which popped out sporadically along the conversation, (2) overreliance on lexical-semantic associations, and (3) the inability to sequence the utterances and link them together using explicit or implicit bridging assumptions necessary to a coherent and cohesive message. All scrutinized passages violated the expectations of the addressee in on-line conversation. However, the post-hoc analysis showed that they contained items which were relevant to the global topic. Conclusions & Implications: Latent sources, motivations and even meanings, at least to some extent, of seemingly disorganized utterances can become analysable through linguistic analyses. The results suggest that continuity in the treatment is essential, because a practitioner who shares background knowledge with the patient has better opportunities to capture the relevance of the superficially disorganized utterances. Moreover, especially the most disorganized sequences should warrant thorough attention because they can convey, beneath their unexpected or obscure surface structure, items which are psychologically important to the patient. The results of this study should be taken into account in the training of interactional skills of professionals who work with schizophrenia patients. (Contains 1 table.)

Purpose: This study aims to compare Finnish medical students' perceptions of the suitability of three experiential methods in learning interpersonal communication competence (ICC). The three methods it seeks to explore are: theatre in education; simulated patient interview with amateur actors; and role-play with peers. The methods were introduced in a pilot course of speech communication. Design/methodology/approach: Students (n = 132) were randomly assigned to three groups. The data were collected via questionnaire and focus group interviews, and analysed using qualitative content analysis and cross-case analysis. Findings: Most of the medical students thought these methods were suitable or very suitable for learning ICC. The methods had five similar elements: the doctor's role, the patient's role, reflective participation, emotional reactions and teachers' actions. Being in a doctor's role, realistic scripts and patient-roles, observing the interaction and reflection in small groups were the most helpful elements in these methods. Originality/value: The results of this study show that simulated patient interview with amateur actors, role-play with peers, and TIE are very suitable methods for practising professionally relevant ICC in the context of doctor-patient encounters from the medical students' perspective. (Contains 7 tables and 1 note.)

Effective communication skills are considered essential to a physician's professional competence. Thus, Finnish medical schools include communication skills training in their curricula. Today it is essential to ensure that students graduate with the interpersonal communication competence (ICC) necessary to succeed in their profession. Experiential methods have been shown to be more effective in teaching communication skills in medicine than lecture methods. Role-play simulations are the most common strategies. This article describes an experiential learning method, Theatre in Education (TIE), which goes beyond role-play simulations to emphasize extended active group work. TIE, which originated in Britain in the 1960s, connects theatre techniques to education. The idea is to use a short play performed by a theatre group as a stimulus to engage students with the material. The aims, content, activities, and drama conventions are designed collaboratively by the teacher(s) and the theatre group. The learning potential of drama education lies in the concept of aesthetic doubling, which means that the fictive time, space, and characters are present at the same time as the real time, space, and "me." Thus, issues can be explored through this doubleness. A list of references and suggested readings is included.

The aim of this single-case intervention study was to examine whether a conceptual knowledge-based strategy training would improve the accuracy of single-digit arithmetical calculation in a child with specific language impairment. The intervention concerned an 11-year-old Finnish-speaking child with specific language impairment. He was trained individually once a week for three months. On the basis of his baseline performance single-digit arithmetical problems were divided into "well-known arithmetical problems" and "error-prone arithmetical problems". Error-prone problems were taught in meaningful relation to well-known problems, which he repeatedly solved correctly by using arithmetical fact knowledge. An intervention study design was used consisting of six baseline and three follow-up assessments. The results show that the participant calculated additions, subtractions and multiplications more accurately after the intervention was applied. In subtraction he also used more retrieval-based strategies after than before the intervention. The results suggest that an intervention programme targeted at improving calculation skill based on conceptual knowledge is beneficial, especially when children have weaknesses in use of counting procedures and in direct memory retrieval. (Contains 5 figures and 1 table.)

The purpose of the study was to determine the typical teaching methods used in upper secondary physics in Finland and Norway and how students would like to study physics. Moreover, the further aim of seeing how certain background variables may explain students' desire to study their chosen specialist subject, physics or social science (humanities), is discussed. The students' opinions were surveyed using a questionnaire and the data analysed by multivariate methods. The questionnaire was answered by randomly selected 2nd-year upper secondary students. Students say that physics teachers typically present new material or solve problems on the blackboard. This is also what students want. On the other hand, students would like to discuss difficult concepts and problems more, as well as work on problems and tasks in small groups. They would also like the teacher to lead the discussion when topics are discussed in the classroom. The student gender, as well as other predictors (perceived subject easiness, interest and workload, quality of instruction), excluding nationality and specialist subject, explain very little about how students say they like to study their specialist subject. The results were interpreted to mean that students preferred more versatile teaching methods, especially discussion in the classroom led by a teacher, than is presently the case. (Contains 5 tables.)

Purpose: This study examined basic numerical skills in children with specific language impairment (SLI) and how well linguistic factors explain the variance in these children's number skills. Method: The performance of children with SLI (n = 29) was compared with that of typically developing children along a continuum ranging from preschool to 3rd grade (n = 20, 47, 40, and 33). This facilitated both linguistic and educational age comparisons. To study number skills within the SLI group more closely, this group was divided into subgroups on the basis of their performance in verbal and nonverbal numerical skills. The performance of the different SLI subgroups on the linguistic and nonverbal reasoning task was analyzed. Results: As a single group, the children with SLI lagged behind their educational age controls in both verbal and nonverbal numerical skills. Subgroup analyses revealed that the ability to retrieve arithmetic facts from the memory was connected to naming fluency, whereas the differences in nonverbal numerical skills were not explained by the cognitive skills measured (nonverbal reasoning skill, verbal short-term memory, vocabulary, comprehension, and naming fluency). Conclusions: This study demonstrates that children with SLI form a very heterogeneous group in their numerical skills, and thus specific hypotheses concerning the influence of linguistic deficits on developing numerical skills are required. The cognitive components of serial naming speed present a promising domain for further exploration. (Contains 5 tables and 2 figures.)

Studied changes in moral reasoning, value priorities, and self-descriptions in 43 Finnish medical students over the first 2 years of study. Moral reasoning scores declined significantly, but no significant changes were found in any other measures. By the third year, the instrumental value hierarchy of students had converged toward typical medical student value hierarchy. (SLD)

Describes a long-term in-service training program for physics teachers grades 7-12 designed to enhance teachers' subject matter and pedagogical content knowledge. Teachers' opinions of the program were examined using a survey. Results suggest that the courses and activities that were most valuable for day-to-day teaching were those in which teachers could cooperate, reflect, and plan with each other in small groups. (Author/MM)