AbstractThe intension with this paper was to describe the understanding students in third grade had about mathematics and how these students, based on their previous mathematics experiences, apprehend the coming national tests in mathematics. After the test period the student was interviewed on how they experienced their participation in the test. The choice of method was the qualitative case study where the data was collected from interviews and observations. In the result that was found, the interviewed students described mathematics as counting. Students preferred easy math work and to solve routine tasks in math books instead of more demanding work.

This research is about how the educators view the best way to help multilingual students develop their understanding for mathematics. The aim of the study is to identify the different aspects from the teacher?s point of view of this new approach of teaching: what are the limitations versus the opportunities? The study is limited to a multicultural school in Stockholm and to the experience of a few class teachers and mother tongue teachers.A qualitative approach was used and the interview was selected as the method to collect the data. Three class teachers as well as three mother tongue teachers were interviewed about their experiences. The interviews were recorded and transcribed word by word.There have been discussions about the skills in mathematics in multilingual speaking students, and that their greatest obstacle of understanding mathematics is that they are being taught in another language than their own mother tongue.

During my practical training period I observed that many of the students have a negative attitude against mathematics. I also observed that these students have a difficulty reaching the goals in the subject. In my opinion there are different factors that can be the reason to why these students experiences mathematics as a difficult subject in school. This is the reason why I wanted to find out which factors that lies behind the difficulties and how the pedagogues work to support these students. It is also significant that every single student get their rights to develop a positive attitude against mathematics and that the pedagogue supports the students in their development.The point with this degree project is to find out, with the help of three pedagogues, which factors that could lead to difficulties in mathematics with students.

The purpose of this paper is to juxtapose the theories of learning that are reflected in student?s perspectives of the learning log with that of the pedagogical intentions of the curriculum in order to examine the discrepancy between the experienced and the intentional learning objectives. The paper is divided into two sections. The first section is a literature survey on theories related to the learning log and the curriculum. The second part is constituted by three semi-structured group interviews concerning student´s views on the learning log.

This master thesis, which has been carried out in collaboration with Fairtrade,investigates how sustainable development can be integrated in the mathematicaldiscipline in the Swedish upper secondary school. The study includedfindings on design and disposition, with sustainability themes relatedto Fairtrade. This since Fairtrade is going to use the study as a basis forthe development of an educational material. The results of the study areof interest to teachers and organizations that want to develop educationalmaterial that integrate sustainable development in mathematics education.The main focus of the study has been the teachers? preferences on dispositionand design.Semi-structured interviews were conducted with seven mathematics teachersin the Stockholm area.

 Title:              Not just words, classroom communication about subtraction in year 2Language:      Swedish with summary in English.Keywords:     Communication, mathematics, subtraction, teaching The purpose of this study is to analyze the mathematical communication in a classroom during a lesson in the field subtraction, and to find out how students describe their perception of mathematics that is communicated in the classroom.The study consists of the observations through the videotaping of two lessons in primary school grades 2 and student and teacher interviews related to these lecture occasions.Research indicates that Swedish pupils' mathematical skill continuously deteriorates in a national and international perspective, and that student experiences of mathematics in general are negative. The literature emphasizes the importance of communicating mathematics in various forms to deepen and develop understanding of concepts and mathematical operations. Communication must be generated between teachers and students but also between student and student to have a beneficial impact for the student.Our result demonstrate the different types of communication in the classroom but that communication does not always have a clear mathematical content in spite of teachers' mathematical intentions with teaching. The result also indicates that the mathematical communication that takes place, in essence, is a one-way communication where the teacher has a great opportunity to speak. The teachers perceived as oblivious to their own ways of communicating, but stressed in the interviews with an understanding of the importance of communication learning.

Ella Mathematics is a web portal that will completely replace the printed math text book in the Swedish elementary school. When the math education is moved in to the digital world the flexibility and adaptability will increase.In 2011 the Swedish government revised the Swedish school system, which contained a whole new curriculum for the elementary school math education. This has been the foundation for the development of Ella Mathematics and the design of the three different users; student, teacher and parent. The development has been done with Dynamic Product Development methods from the project start in September 2011 until the final exam in May 2012.Ella Mathematics has been developed with the pupil?s math knowledge in focus.

The aim of this study is to highlight the computer as a learning resource in the education and give us knowledge about how the students uses the computer in year one in a selected High School where one computer per student were introduced in autumn 2011. The aim is also to contribute to the discussion about how the computer can become a natural learning resource for all students in all subjects, including the students in need of special support.How are the High School students using the computer?Are there differences in computer use, whether the student is in academic or vocational program?Are there differences in computer use between boys and girls?Do the student experience that the digital competence is increasing together with if they experience the computer as aid?In what degree do the teachers encourage the students to use the computer?How much do the students use the computer to learn mathematic?The study is based on a survey of all students in year one in a municipal High School.The result of the study is showing that the students first of all use the computer to play music, surf the Internet and to be logged in on social media (eg. Facebook). The students have learned to use the computer for the tasks they need, although the teachers don?t encourage the students to use the computer in any higher means, not in mathematics and not in other subjects.

Recently I discovered that preschool education has evolved from integration of various subject contents and working methods. The purpose of my study is to investigate preschool teachers' attitudes and ways of working with a theme-oriented approach. I also want to examine their opinions regarding the integration of subject content in terms of mathematics and science subjects (NO) in preschools theme-oriented work approach.My questions for this study are:What is a preschool teacher's attitude and their ways of working to a thematic-oriented approach?What is a preschool teacher's opinions regarding the integration of subject content, especially in mathematics and science subjects (NO) in their pre-schools theme-oriented work approach?I have used myself a qualitative method of investigation to produce materials for my research project. I collected my empirical material for my study from the semi-structured interviews that was done with four preschool teachers in two preschools in Botkyrka municipality.

Purpose: The purpose of the study is to find out what mathematical content primary school children encounter in their free options at school.Through observation, the study defines mathematical areas that primary school students encounter in their free options at school. We want the study to show the reader the mathematics that students continuously meet without associating it with regular mathematics as taught in school.A number of mathematical areas have been defined in the analysis of the observations. These areas have subsequently been discussed more thoroughly. Finally, the areas have been arranged in a grid system to clarify the results.In our study, we have discovered that mathematics exists in all the observed situations the students participated in.We believe that observation as a method can give teachers a tool for helping students associate practical actions during their free options with the more theoretical aspects of formal teaching of mathematics. We discuss this further in the study..

Most of my 16 students show a negative attitude towards mathematics and have difficulty understanding why they need mathematics to work as cooks. Their lack of knowledge has a negative effect on their work in the kitchen because they cannot master relatively simple mathematical solutions. The purpose of this study is to examine if an integrated working method of the subjects mathematics and cooking can change students? attitude towards mathematics and increase their understanding of the value of it in restaurant work. An integrated working method means to integrate the core subjects with programme specific subjects and that teaching is directed towards the main features of the vocational programme in order to create a holistic view.A theory of action research has been applied in this study, aiming to change something perceived as problematic through combining theory and practice in the cooking subject.

The aim of this study is to examine how students and teachers experience full class lectures in contrast to working individually in mathematics education. Furthermore, the study explores how different ideas of individualization influence the teaching practice.The investigation uses qualitative interviews and the survey analysis is based on the phenomenographic method. The interviews took place in two senior level compulsory schools and both teachers and students were interviewed. The ambition has been to explore the teachers? perspectives regarding their choice of method in the teaching of mathematics.

Swedish students' knowledge of mathematics has deteriorated in recent years. Teaching of mathematics is therefore starting point in an ongoing discussion among researchers, school leaders, politicians, teachers and others, who all thinks they know best about how teaching should be designed to the greatest extent possible to raise students' proficiency levels in the subject. Teachers' practices have long been the focus of discussions and views on these differ. The purpose of this paper is therefore to study students 'conceptions of mathematics and mathematics teaching, with teachers' methods and tools of focus, in relation to previous research on the subject. The method used was a survey of students in secondary school and a textual analysis of previous studies on the subject.As revealed by the survey was that the textbook has a big advantage in mathematics education in Sweden today.Many students are not accustomed to working in a different way and thereforedoes not know either what the alternative approach entails.

I vilken grad ett barn är fonologiskt medvetet är i många fall avgörande för hur barnets läsinlärning kommer att fortlöpa, varför det är av stor vikt att redan tidigt arbeta för att stärka den fonologiska medvetenheten. En tillfredsställande läsförmåga är central för inlärningen även i andra skolämnen än svenska. Forskning har på senare tid visat att det finns ett tydligt samband mellan läs- och skrivsvårigheter och svårigheter i matematik. I denna studie undersöks huruvida det finns någon koppling mellan tidiga fonologiska svårigheter och matematiksvårigheter två år senare hos en grupp elever. Med kvantitativa metoder och genom analyser av bedömningar i olika diagnos- och kartläggningsmaterial har ett resultat kunnat presenteras som visar att majoriteten av de elever som i förskoleklassen uppvisade tecken på fonologiska svårigheter även hade matematiksvårigheter i år 2.

This essay focuses on the pictures in mathematics books for elementary school. The purpose was to see if images in mathematics books for elementary school show traditional gender roles.The aim of the essay has been broken down into following research questions:Vilka färger förknippar de olika matematikböckerna till pojkar/män respektive flickor/kvinnor?How many times were girls/women and boys/men illustrated in the mathematics books?What behavior is associated with masculinity and femininity?Which colours are associated with boys/men and girls/women in the mathematics books?I used a semiotic image analysis method to study the pictures presented in the mathematics books. The theories in this essay were used to see how society makes girls become girls and boys become boys and in what ways the genders are portrayed in relation to each other. In addition, the theories include the question of whether a specific colour is given to a specific gender? The analysis evidently confirmed that the images in the mathematics books demonstrated traditional gender roles.