We aimed to study the possibilities of the use of hyperfocus of Autism Spectrum Disorder as a didactic strategy, for mediation of mathematics learning, of an autistic student, currently 09 years old, in the municipality of Juína/MT. The research problem consisted of: how to use the hyperfocus of autistic students for mediation of mathematics learning in the 3rd year of elementary school? To answer the problem, we conducted: a) Systematic Literature Review, which allowed us to contextualize and support the discussion of the data, using Bardin's Content Analysis (1977); b) Unstructured observation that allowed the identification of the student's hyperfocus and; c) Single Case study with the following data collection techniques: anamnesis with the mother, which allowed the knowledge of the historical context of the student's birth; semi-structured interview with the mother, who provided us with information regarding the student characteristics of the subject participating in the research and; psychopedagogical intervention, to identify the use of autism hyperfocus as a didactic strategy. As results of the research, we highlight: a) identification of hyperfocus in animals (farm context) and the finding that the didactic use of autistic student hyperfocus allows us to understand how it structures the seven basic mental processes for learning mathematics; b) identification, during the intervention, that the student began to establish an order for counting (serialization), because, before, he ordered the objects considering only the species (comparison), demonstrated to have constituted the process of logical ordering (sequencing), leaving no object out of his count, starting to establish a "correspondence" between the objects and counting them in sets (classification); c) we identify that the student has not yet developed processes related to "inclusion" (understanding that the last spoken word corresponds to all counted objects) and "conservation" (that the amount obtained will not change if the spatial configuration of the objects being counted is changed), however, these processes are under development; d) that in national studies, the hyperfocus of autistic people has been little studied. Therefore, we can conclude that hyperfocus can be used, in the mediation of mathematics learning, as a didactic strategy of psychopedagogical intervention, because it allows to identify the seven basic mental processes of learning mathematics, which are not perceived in the context of schooling of the autistic student.

This study aims to investigate possibilities and challenges of digital technologies in geometry teaching for the development of computational thinking in an online training for mathematics teachers. Methodologically, the research employs a qualitative approach, with an applied research nature and exploratory objective. The procedures used were Bibliographic Research, conducted through concepts of Systematic Literature Review, and Training-Research, with data production based on online pedagogical training. As instruments for the production of training data, online questionnaires and training proposals prepared by the participants were considered. Data were analyzed using qualitative metasynthesis. As a result, it is expected to give visibility to the information contained in the material prepared by the course participants, in a way that provides a reflection on the potential and challenges of digital technologies in the teaching of mathematics, specifically geometry content, under the perspective of computational thinking.

The objective of the research was to analyze the perceptions of teacher educators about the training needs, from the difficulties (limitations) faced and alternatives (advances) proposed, during remote teaching, mediated by digital technology resources (RTD), in the mathematics discipline. Elementary School I. The research problem was structured as follows: What are the training needs of pedagogue teachers on the use of digital technology resources in the remote teaching of mathematics, in state schools located in the Municipality of Tangará da Serra-MT? Hypothetically, we can say that, during the pandemic period (2020-2021), pedagogue teachers from state schools located in the municipality of Tangará da Serra-MT faced difficulties (limitations) and proposed alternatives (advances) for the use of RTD in teaching math remote, which indicate in-service training needs. Field research was adopted as an empirical method of investigation using a Structured Interview applied to the universe of 55 pedagogues, with a return of 21 responses (sample). The collected data were analyzed using Content Analysis (BARDIN, 2016; RODRIGUES, 2016; 2019). They were used as conceptual references on the analysis of training needs (RODRIGUES E ESTEVES, 1993), specificity of single-teaching (LIBÂNEO, 2007; TARDIF, 2000; MORAN, 2007, FREIRE, 1996; 2001; GHIRALDELLI JR, 2003); and digital technology in teaching (KENSKY, 1998; 2012; PALFREY, GASSER, 2011). As a result, the research data allowed: a) - to build three categories of analysis: Lack of training and motivation to use RTD in EM in the initial years of EF; Operating requirements in Remote Teaching; The teaching view on the social context where the educational process mediated by digital technological resources occurs: the digital student exclusion. b) - Identification of the difficulties faced: Lack of physical contact characteristic of the early years; lack of initial and in-service training on RTD use; Inadequate infrastructure for pedagogical work in the early years; Lack of access to RTDs by students; Lack of specific time for teaching work; Contrast with the availability of student access time to the RTD; Expansion of the teaching workload; Difficulty in exemplifying the construction of conceptual schemes of EM in a concrete way. and; c) – Identification of proposed alternatives: Strengthening of professional bonds for mutual support; Investment in technical qualification; In-service training articulating theory and practice; Innovation in pedagogical practice using motivational themes, games and interactive videos to support the development of EM; Apostille of material for students without RTD; Compatibility of teaching time with family time. The data allowed us to conclude by validating the hypothesis presented to the research problem and that there is evidence that teacher pedagogue lacks formative intervention and public policies on the implementation of the use of RTD in EF1, to promote the teaching and learning of mathematics.

 This research is linked to the project “Information and Communication Technologies in Distance Education: vodcasts and screncasts in the Physics Degree”. Knowing that videos are a technology that is impregnated in society and that their use in the educational environment is recurrent mainly in Distance Education, this research aims to understand how the different semiotic modes are articulated in the videos of the Mathematics subjects of the course. Degree in Physics at a distance from UAB/UNEMAT. The data used here were produced from the Virtual Learning Environment (MOODLE) of the Distance Learning Physics Degree Course offered by the State University of Mato Grosso – UNEMAT in partnership with the Open University of Brazil – UAB, Barra do Bugres pole - MT . The methodological approach adopted in this research was qualitative, considering that it is concerned with deepening understanding and not with numerical representation. To support this study, we anchored in Multimodality trimmed in the assumptions of Social Semiotics. The partial results indicate that the mathematical content videos of the Distance Learning Degree Course in Physics are produced in different formats articulating different semiotic modes, which makes them a multimodal material, and also points out that this combination of semiotic modes enhances the production of meaning and consequently learning math.

In the context of education, Digital Technologies can provide many opportunities to expand the possibilities of teaching strategies through more dynamic, creative and autonomy-generating teaching and learning processes. In this context, this study aimed to evaluate the technical and pedagogical dimensions of AnReQuim for high school students, seeking to discuss the potential benefits and limitations of this application in the context of teaching and learning processes in chemistry. The study was conducted with a qualitative, exploratory approach and, as methodological procedures of data production and analysis, it was participatory research, carried out through teaching experiments. Due to the Covid-19 pandemic, the research was conducted remotely, using video conferencing. The data collection and production instruments used were: individual questionnaires, group discussions, observations, and audiovisual recordings. Data analysis was performed by groupings based on three dimensions and the respective aspects that emerged from the analyses. The students' notes and considerations regarding the aspects of the technical dimension were positive, asserting that the application is easy and simple to use. In addition, students highlighted that AnReQuim can be used at any time and place without the need for an internet connection. In relation to the aspects of the pedagogical and specific dimensions of chemistry, students' perception assessments were also positive. In the evaluation of the students, AnReQuim presents clarity in its contents and this aspect enables students to understand and retain topics addressed. The way in which the chemical equations are arranged in the AnReQuim activities facilitated their resolution. Another feature highlighted was feedback being immediate and instantaneous, interactive and objective. The results suggest that these aspects motivated students to carry out the activities. This was evidenced by the resourcefulness and willingness of the students during the activities and in the student feedback obtained. The results indicate a favorable evaluation of AnReQuim as a digital teaching resource. Finally, based on the evaluation of students, AnReQuim showed potential as a digital resource for teaching Chemistry, considering that it was attractive to students during activities. Additionally, it enables the student to be protagonists of the process and, as a result, can favor learning and knowledge mobilization.

In the present research, we aim to investigate and analyze academic research (dissertations and theses) related to the Teaching and Learning of Statistics produced by graduate programs in Brazil, from 2000 to 2021. In this way, the guiding question of the research is: What do academic research (dissertations and theses) reveal to us involving the Teaching and Learning of Statistics developed in the period from 2000 to 2021 in Brazil? For data collection, we carried out a survey of dissertations and theses published in the following databases: Coordination for the Improvement of Higher Education Personnel (CAPES), Digital Library of Theses and Dissertations (BDTD) and Professional Master's in Mathematics in the National Network ( PROFMAT). Methodologically, we carried out a qualitative approach, in the modality of the “State of Knowledge”, which makes it possible to understand the studies carried out on the Teaching and Learning of Statistics, in a quantified and ordered way. The Research Corpus consisted of 429 studies, 372 of which were dissertations and 57 theses involving the aforementioned theme. For the analysis of this material, we used some concepts of Content Analysis from the perspective of Bardin (1977) and Rodrigues (2019). From the survey and the process of coding the raw data, it led us to the definition of 22 Thematic Axes, which were constituted based on the clouds of words elaborated from the titles of the researches and the keywords. After coding the works according to the thematic axes, we sought to establish articulations between them for the constitution of six Analysis Categories: 1. Teaching and Learning of Statistics in Basic Education; 2. Teacher Training Processes and the Teaching and Learning of Statistics; 3. Teaching and Learning of Statistics in the theoretical-methodological context; 4. Teaching and Learning of Statistics and their Disciplinary and Interdisciplinary Interrelationships; 5. Methodological Approaches to the Teaching and Learning of Statistics; 6. Concepts involving Statistical Education. Next, we carry out the systematization and interpretative analysis through the alignment between the objectives of the research belonging to each of the six categories of analysis configured in the present State of Knowledge, which provided us with understandings and a more in-depth and critical view of what has already been produced and what still needs to be explored in research (dissertations and theses) involving the teaching and learning processes of Statistics in Brazil.

The use of Digital Technologies (DT) as didactic resources has been frequently discussed in the most diverse educational spaces, with the teacher having an important role in this process. Given this context, the present research aimed to understand the contributions and challenges inherent in the process of using DT as a pedagogical resource for science teaching. The research sought to answer the following question that guided the construction of this work: What are the contributions and challenges inherent to the process of using digital technologies as a pedagogical resource by teachers who teach science? The search process for the achievement of the objective and for the answers to that question, took place within the scope of a continuing training in the molds of a research-training, offered to a group of 11 teachers who teach science at a municipal public school in Barra do Bugres-MT. It was the formative moments that enabled the production and collection of data that subsidized the construction of this work, whose adopted method was the qualitative one. The collection instruments adopted were: questionnaire application, conversation circle and observation recorded through notes and recordings of the meetings held, these took place in person and virtually through the google meet platform. As a methodology for data analysis, the inductive method was adopted, with categorization that emerged from the discussions on the topic addressed. Discussions about the research theme gave rise to three categories of analysis that enabled the analysis of participants' perceptions regarding continuing education for the use of DT as a pedagogical resource; use of DT in the teaching practice, and on the integration of DT to the science teaching process, through the use of ODA as a resource to favor the teaching and learning processes. The results obtained in this process indicate that, regarding the contributions of DT to teaching, the participants realize that they not only can, but should be considered as pedagogical resources with potential to be explored and experienced in the classroom by teachers and students. Regarding the challenges faced by these professionals in the process of using DT, the participants point to a group of aspects that involve the feasibility of training actions aimed at training teachers to use DT in the classroom; individual difficulties in seeking independent training; and and development of skills that allow them to keep up with the technological level of students. The results also point to the inluence and importance that continuing education exerts in the process of teachers' professional development.

The research deals with the process of teacher training in the Project of Full Split Degrees - PLPP, developed in Barra do Bugres - MT, in the period from 1994 to 1999. The research aimed to investigate how the training occurred in the view of the graduate students of the mathematics course and how the process of training in service interfered in the teaching practice of these teachers in the classroom. As a direction, it was necessary to ask: What was the course in the view of the teacher students graduates? How did the in-service training process interfere in teaching practice in the classroom? The data were collected from oral statements, bringing to the discussions of training of mathematics teachers the experiences experienced by these teachers, who already had classroom experience and who, together with practice, did their undergraduate training. The work was theoretically based on authors such as: D'Ambrosio (1996), Freitas (2005), Fiorentini (2008), Tardif (2014), among others. The research is based on a qualitative perspective, anchored in oral History and documentary analysis. The study can contribute to the process of discussing teacher education in different aspects and dimensions.

This work focused on the area of Digital Technologies in the Teaching of Science and Mathematics of the Graduate Program in the Science and Mathematics Teaching at the State University of Mato Grosso (UNEMAT/Barra do Bugres), has the general objective of understanding the place of digital videos in the Laboratory of Mathematical Teaching (LME) and their contribution to teaching practice. The interest in this theme was motivated by the fact that it understands that the active and dynamic use of Digital Technologies becomes increasingly necessary in the classroom, promoting the rupture of encapsulated teaching practices and, consequently, learning Mathematics. Therefore, the study is guided by the Grounded Theory (GT), proposed by Strauss and Corbin (2008), presenting the analytical processes so that the theory can emerge (Silva, 2018). This is a qualitative research in the theoretical light of authors such as Bogdan and Biklen (1994), Araújo and Borba (2017) and supported by the ideas of these authors, I seek answers to the following research question: What place can digital videos occupy within the LME and their contribution to teaching practice? Thus, the context of data production was a continuing education course for Mathematics teachers, developed in the blended-training modality (CUNHA, 2018), held at the Center for Training and Update of Basic Education Professionals (CEFAPRO) in Sinop-MT, with the teachers of the state education network, it is worth noting that the differential of the course was the monitoring of the development of the proposal at school and that the voice of the students was also considered in the production of the data. Such data were produced through filmed interviews, a semi-structured questionnaire, registration of the meetings recorded in videos and participant observation and, subsequently, triangulated and interpreted. The results obtained indicated as a possible answer to the research question that the place of the video is not a simple “tool” or a resource, but something that made teachers think about the content, something that stimulated teaching actions, contributing to reflect on their pedagogical practices, for this reason, I understand hat the videos occupy/divide in the LME the place of the one who has agency (power of actions), sharing together, acting as partners with different levels of fluency, understood as something more “fuzzi”, This is because two or more stages of the cycle of use of technologies (OLIVEIRA, 2013), can occur at the same time, in view of this, the contribution to teaching practice permeated the stages of thinking-with, know-how and exploring-with in the teaching and learning processes. The way teachers and students communicated mathematics in the videos is (implicitly and explicitly) linked to their views about this science and its teaching and learning processes, as well as the fluency they presented at the time of data production and the context in which they were inserted. Finally, I believe that the videos occupy/divide in the LEM the same place as the human subjects, because, regardless of the levels of fluency, the videos shared, working together with the teachers and students the production of knowledge.

In addition, we want to: (i) Encourage the debate and deepening of Mathematical Modeling in the context of the initial training of Mathematics teachers, as well as identifying the different concepts of Mathematical Modeling contained in the pedagogical projects of undergraduate courses in mathematics in Brazil and to identify the disciplines of the curricular matrix of undergraduate courses in mathematics in Brazil that address the theme of mathematical modeling. Therefore, our guiding research question is: What is revealed about the presence of Mathematical Modeling as a methodological approach to teaching in the Pedagogical Projects of a Mathematics Degree Course in Brazil? We adopt assumptions of qualitative research in the documentary modality, with the corpus of the research constituted by 235 PPCs of Degree in Mathematics in Brazil, in which, we will analyze their menus. We use as a theoretical framework the knowledge bases for teaching proposed in Shulman (1986), and research that specifically addresses aspects of Mathematical Modeling in Mathematics degrees. As data collection procedures to constitute the research corpus, we will use the Documents - PPCs of the Licenciatura courses in Mathematics in Brazil. To analyze the data, we will use Content Analysis from the perspective of Bardin (1977) and Rodrigues (2019), which enabled us to create two Analysis Categories: (i) Applications of Mathematics with Mathematical Modeling; and (ii) Teaching Process and Learning of Mathematics through Mathematical Modeling, through which we interpret through a dialogical movement - interlocution of data with the concepts highlighted by the theoretical contributions of the research - which provided us with understandings of the investigated object.

This research aimed to understand how video production contributes to the continued training of teachers from the early years, to the teaching of mathematics, through the development of video production skills with ActivePresenter software. In the training course, teachers of Basic Education of the municipality of Tangará da Serra in the state of Mato Grosso who have experimented with digital technologies in the production of videos in line with the Matrix Skills Required for the Pedagogical Use of Digital Technologies of CIEB. The course was offered in the online distance mode, in asynchronous meetings we used the Google Classroom platform and in synchronous meetings we used Google Meet. The question that triggered this investigation was thus formulated: How can a continuous training focused on the production of videos contribute to the development of the skills of teachers of the early years for the use of digital technologies in the teaching practices of mathematics? To answer it, the qualitative research paradigm was adopted methodologically. The data production was performed with the following procedures: interviews, direct questionnaires, logbook and the training research procedures. For the last procedure, audio and video recordings were used. The data were analyzed using the data triangulation method. The results indicated that the Continuing training focused on video production enables the development of skills to deal with Digital Technologies in the development of skills for the pedagogical use of Digital Technologies proposed by CIEB that describes video production skills find-at the intermediate level, in this level there is possibility to work the skills prescribed in BNCC/DRC-MT in Basic Education students.

Considering the speed of digital technology dissemination in society, we believe the Digital Learning Objects appear as great possibilities to contribute to mathematics knowledge production. From previously idea, this research has got as main objective to comprehend, through a systematic review literature, perceptions and demonstrations technology that going through Digital Learning Objects that were presented in Brazilian dissertations focused on high school mathematics teaching. The study object are dissertations that their main focuses show any kind of Learning Object, in a Digital way, for high school mathematics education. The dissertations were collected from two databases, “Catálogo de Teses e Dissertações” from “Coordenação de Aperfeiçoamento de Pessoal de Ensino Superior – CAPES” and “Biblioteca Brasileira de Teses e Dissertações”. From the used procedures it was collected an amount of 25 dissertations to be analyzed. The methodologies used were systematic review literature, mainly based on Pocinho (2008), and content analysis according to Bardin (2016) assumptions. The analysis and discussions results were based on Mitcham (1994) ideas. In addition, we also based our digital technology in mathematics teaching on Bonotto (2015), Gallana (2013), Castro (2012), Villarreal (1999), Borba & Penteado (2016), Borba, Silva & Gadanidis (2016) and Kenski (2012) discussions. Finally, it was identified through the analysis, some technologies perceptions as optimism and romanticism. About technologies demonstrations, they were presented as object, knowledge, activity, and volition.

Currently, there has been a growing discussion on the topic of Inclusion of people with disabilities in the school environment, especially deaf people. For this community, sign language is the channel through which deaf people have access to knowledge, culture, citizenship and the construction of their identity. From this perspective, the teaching of mathematics has been a great challenge, as teachers need to rethink their methodological practices, creating teaching-learning conditions in which students can build mathematical concepts. Thus, this dissertation is a research developed with deaf students from the state, municipal and federal education system in the city of Campo Novo do Parecis, Mato Grosso - MT, with the participation of 10 (ten) students who study in different schools and classes. The general objective of this research is to verify how the deaf student understands the teaching of mathematics, in addition to investigating how these students contextualize the school mathematics concepts. The problem of this research is outlined by the understanding of mathematical concepts and the precariousness in the inclusion of deaf students in the school environment. Thus, it is possible to perceive the need to investigate, analyze and understand how the mathematical concepts taught are being understood and correlated with mathematical experiences in their social and cultural context. The research methodology used is qualitative in nature, based on authors such as STAKE (2011) and MIGLIOLI (2006), using narratives and interviews with LUDKE and ANDRÉ (1986) and GIL (2016) as a data production instrument. The theoretical contribution was based on demonstrating the importance of including the deaf community, its identity and knowledge in the school environment, through the works of LIMA E CAMPOS (2013) and D’AMBROSIO (2017) among others. As part of the outcome, the factors that influence the understanding of mathematical concepts for deaf students were presented, in addition to demonstrating that the contextualization of mathematics teaching through the use of their mother tongue - Libras, significantly contributes to the educational life of these students , providing a more meaningful, practical and pleasurable learning experience.

Facing the experienced reality all around the word about the corona virus pandemic, it was necessary a fast reorganization in relation to the use of digital resourses aimed for education, because these have become one of the most effective and accessible ways to continue school activities. The mobile devices, as smartphones, are presente at students’ daily life and with that the use of these applications (apps) has became more frequent. In Chemistry teaching, the use of digital devices to learning, as games apps, could decrease the problem about contentes and abstract models. Therefore, this work had as purpose the development of one mobile app like a didactic-technological instrument to teach Chemistery (inorganic functions) and to evaluate its usability in the view of professors in this subject. The methodology used was the participant with a quali-quantitative approach and literature review. Questionnaires (diagnostic and evaluative) were applied using the Google Forms resource and the exploration and/or evaluation of the application took place online synchronously through press conferences with the Google Meet tool. The research participants are Chemistry professors from the state schools of the Mato Grosso’ state, teaching in the cities of Barra do Bugres, São José dos Quatro Marcos, Tangará da Serra and Terra Nova do Norte. The data obtained from the questionnaires (diagnostic and evaluative) were treated using basic statistics with graph analysis and with the data from the group interviews, they were subsequently triangulated and interpreted. It was observed that there are few researches regarding to applications aimed at teaching inorganic functions and the need to have more technological instruments involving this theme. The vast majority of applications indicated to inorganic functions are about questions and answers type and with a low number of downloads. Game applications which work with playfulness, such as fighting, puzzle, racing, educational among others, have a great acceptance by users, because they produced a large number of downloads. The technologies, in the teachers' view are able to make the Chemistry class more interesting and dynamic, and an app with the theme of inorganic functions should contain the main acidic, basic and salts substances, and characteristics such as molar mass, molecular formula, chemical risk and applicability. Therefore, the Chemistry Crush app, in the teachers' view, could be used as a different resource for Chemistry classes, facilitating and/or contributing to the process of teaching the content of inorganic functions to approach and/or to teach students in the 1st and 2nd year of high school.

Esta investigação faz parte da linha de pesquisa Tecnologia Digitais no Ensino de Ciências e Matemática do Programa de Pós-Graduação Stricto Sensu em Ensino de Ciências e Matemática, da Universidade do Estado de Mato Grosso “Carlos Alberto Reys Maldonado” (UNEMAT), Campus de Barra do Bugres. Cujo o objetivo é identificar e compreender o trânsito nos modos de produção de significados matemáticos (a Matemática do Matemático, a Matemática da Escola e a Matemática do GeoGebra) referente às funções de uma variável real contidas na 14ª, 15ª e 16ª edições de um curso online de GeoGebra. Tal curso é um projeto de extensão conduzido por um grupo voluntário de professores de matemática, liderado pelo professor Dr. Sérgio Carrazedo Dantas junto à Universidade Estadual do Paraná (UNESPAR), Campus de Apucarana. Nesse sentido, a pergunta norteadora da pesquisa foi formulada da seguinte forma: Quais são as possíveis direções do trânsito nos modos de produção de significados matemáticos referente às funções reais de uma variável real? Os fundamentos e pressupostos teóricos apoiou-se em pesquisas sobre o uso do software GeoGebra no processo de ensino aprendizagem da matemática e sobre os modos de produção de significados matemáticos (a Matemática do Matemático, a Matemática da Escola e a Matemática do GeoGebra) na perspectiva de Gonçalves (2016). A metodologia utilizada possui uma abordagem qualitativa segundo os pressupostos teóricos elucidados por de Godoy (1995), Bogdan e Biklen (1994), Creswell (2010), Lüdke e André (2018). O corpus da pesquisa foi constituído com 720 produções (descrições dos enunciados e resoluções das atividades; imagem das construções no GeoGebra) dos cursistas sobre funções reais de uma variável real sendo coletadas na base de dados da 14ª, 15ª e 16ª edições de Curso de GeoGebra por meio da ferramenta de coleta de dados do software MaxQda. A codificação e a análise dos dados foram conduzidas utilizando o software MaxQda e a Análise Textual Discursiva (ATD) na perspectiva de Morares e Galliazzi (2016). 

The present work discusses the theme “The socio-educational spaces of the Iny indigenous village Krehawã” and aims to understand the socio-educational knowledge of these people from the social relationships established in the different educational spaces of the community, since the knowledge, practices and cultural knowledge are built collectively in different locations (courtyard, domestic areas, gardens, riverside, Cerrado, men's houses, rituals, ceremonies). These environments are seen by the people in a special way, being full of cultural consistency, values and meanings. The education of Iny people starts right from childhood, and it is the responsibility of the whole community to monitor the educational process by systematizing and spreading the knowledge, practices and experiences necessary for the child's insertion in the social environment, but most of it is the role of the family members. This knowledge is disseminated in daily coexistence and runs throughout life, obtaining strong connections between subjects, nature, mythology and cosmology. The methodological approach is based on the Ethnomathematics perspective, under the D'Ambrosiana perspective, as it makes it possible to better understand organizations from different cultures and their respective ways of producing and disseminating knowledge, dialoguing transdisciplinarily with different areas of knowledge. Thus, it was necessary to conduct an ethnographic investigation, in a qualitative approach, using participatory observation, reinforced by the fieldwork notebook, audio recordings, filming, photographs and the conviviality on-site. The accomplishment of this work, based on the cultural knowledge of the Iny people, transmitted by the elders to the younger ones, contributed to highlight their knowledge, practices and cultural knowledge, reaffirming their identity, valuing their culture, assuring them availability to the essential information and knowledge that underlie traditional indigenous customs, as well as the school education project sought by the people.

Computational thinking has been increasingly discussed in educational systems in many countries. Since the approval of the Common National Curriculum Base (BNCC), in 2017, the first official document on the subject, the number of studies on how to develop skills and competences related to computational thinking (PC) in the school environment has grown. In this context, a qualitative research was carried out in order to analyze the advantages and disadvantages of using Scratch software for teaching Mathematics and developing computational thinking in basic education, based on the evaluation of a group of Mathematics teachers from Tangará da Serra-MT. 14 teachers who work in elementary and high school participated in the study. The production of data for analysis took place through a training course with a workload of 80 hours. For data analysis, Discursive Textual Analysis (ATD) was used. The research corpus consists of reports prepared by the course participants, open and closed questionnaires, semi-structured interviews and productions/artifacts developed in Scratch. The theoretical foundation came from texts on the relationships of Mathematics and computational thinking with the use of Scratch software. The analysis was performed by three categories: favorable and unfavorable characteristics of Scratch; Math and PC skills mobilized with the use of Scracth and the most favorable productions/artifacts for the teaching of Mathematics and development of computational thinking in the school environment. The results reveal that teachers consider the use of Scratch fruitful for teaching Mathematics and developing computational thinking in the school environment. The main disadvantage pointed out by teachers is linked to the time required to develop artifacts in Scratch.

This study is the result of a research developed with the Stricto Sensu Graduate Program in Science and Mathematics Teaching, at the State University of Mato Grosso – UNEMAT, Barra do Bugres Campus, based on the Continuing Education of Teachers who Teach Mathematics in the early years in public schools in the city of Denise (MT). With a qualitative approach, with the Action Research method, PCNs (2001), BNCC (2018), Freire (2006), Imbernón (2010), Libâneo (2003), Nacarato et al (2017), stand out as pillars of this research. Prensky,(2001) and Borba and Penteado (2005), the main objective of this investigation is to understand the meanings produced and the challenges found in the continuing education of teachers who teach Mathematics in the early years, aiming to contribute to the teaching and learning processes of this research. discipline in public schools in this city, seeking to relate theory and practice, from the perspective of promoting reflections on the role of continuing education in the teaching work. Thus, we sought to answer the following question: How can the proposal of continuing education for teachers who teach Mathematics in the early years, in the municipality of Denise (MT), contribute to the development of pedagogical practice and what are the meanings and challenges found by the course teachers? Comprised of 12 virtual meetings, of two hours each, and extra activities, the themes addressed in the training included: Digital Technologies, Problem Solving, Studies of the Five Thematic Units of the Common National Curriculum Base (BNCC) in the area of Mathematics, Active Methodologies, Ethnomathematics, The importance of Mathematics and Assessment. For these training meetings, a Virtual Learning Environment was created using Google Meet, a video communication service and Google classroom for the course teachers to insert the questionnaires, the activities proposed by the trainer teachers and the memories of the day , thus producing the material for analysis. With the Interpretative Analysis of these materials, it led us to raise the positive and negative points of this training, providing everyone with exchanges of experiences, technological challenges being broken, with different strategies and moments of constructive reflections, evaluations and re-elaborating knowledge about pedagogical practices in the teaching and learning of Mathematics and that the Continuing Education of Teachers is opportune for the improvement of the pedagogical practice.

The objective of the research was to study the learning needs of biological knowledge among high school students from a public school, in Tangará da Serra, Mato Grosso. The research problem was to know what are the learning needs of biological knowledge of high school students from a public school, which would allow the planning of pedagogical intervention? Assuming that among high school students there are difficulties in the construction of biological knowledge that constitutes indicators of learning needs and, therefore, required pedagogical intervention to better promote scientific learning. For this, we adopted as methodological procedures the bibliographic analysis, for systematic literature review, and the survey with the application of a questionnaire through the SurveyMonkey system. The data obtained with a questionnaire were treated using basic statistics with frequency analysis and graphs. And, both in the bibliographic analysis and in the few qualitative questions inserted in the questionnaire, the data were analyzed using the Content Analysis technique (Bardin, 2018), for categorization. The research universe consists of 1,129 high school students (from the 1st to the 3rd year), which resulted in a sample of 247 participants, through the snowball sampling. The Covid-19 Pandemic factor interfered with the research process, since most students do not have access to the internet at home. The results of the research show that when there is no learning of the biological knowledge of the 247 participating students (except for those who did not answer some questions): in relation to the content of the discipline: 180 students answered that it was “a complex subject of difficult to understand ”; in relation to the teacher: 119 of them affirm that “they do not understand what the teacher teaches” and 55 that “they do not like the teaching methodology used by the teacher”; in relation to the class (class): 111 state that “the class is undisciplined and hinders the progress of classes”; in relation to the family: 197 students stated that they had no family problems that would hinder the development of learning. As for the level of difficulty in learning Science / Biology content: of the 244 that answered question 85, they said they were medium and 36, low level. And, that the contents of greatest learning difficulty, who would like to do revision studies, are those of cytology and human reproduction, 61 out of 163 that answered the question and the plant kingdom and biological nomenclature 30 out of 82. Therefore, the data corroborate with the hypothesis, since among the research participants there are indicators of needs that require pedagogical intervention to mitigate the construction of biological knowledge, for the development of scientific skills.

In this research, we aim to highlight the perspective of teachers who teach Mathematics in Basic Education in relation to the way in which the BNCC explains the themes of Financial Education and Financial Mathematics. The guiding question of the research is: What are the perceptions and understandings of teachers who teach Mathematics in relation to the presence of the themes of Financial Education and Financial Mathematics at BNCC? Our theoretical contribution is among several authors and researchers who emphasize the themes of Financial Education and Financial Mathematics in Elementary and High School. Methodologically, we base ourselves on the assumptions of a qualitative approach, to collect, describe and analyze the data, produced in the Participant Research modality. To collect the data, we used the discussion forums of the Financial Education Extension Course in the context of the Common National Curriculum Base (BNCC), carried out by GEPEME/UNEMAT in 2019. The Extension Course consisted of 379 registered Teachers from 164 Municipalities of 24 States of Brazil. 263 Teachers who teach Mathematics in Basic Education schools participated actively in all modules and stages of the course; Academics in the final phase (from the 5th semester) of the Licentiate Degree in Mathematics and teacher trainers from various institutions in Brazil. Data were produced through interactions between the participants of the Extension Course in the Discussion Forums. To analyze them, we used Content Analysis from the perspective of Bardin (1977) and Rodrigues (2019), which enabled us to create three Categories of Analysis: (i) Financial Education in Schools and BNCC; (ii) Financial Education in the training of teachers who teach Mathematics; and (iii) Financial Mathematics and its relationship with Financial Education in the classroom, through which we interpret through a dialogical movement – interlocution of data with the concepts highlighted by the theoretical contributions of the research – which provided us with understanding of the investigated object.

This research was carried out aiming to study the contributions of the Portuguese Language in the comprehension of mathematical statements. The research problem was determined in two questions, one central and one secondary: What are the contributions of the Portuguese Language in the understanding of mathematical statements in the teaching-learning process? And, how is the study of Portuguese Language configured in the curricula of undergraduate Mathematics in Universities located in Mato Grosso? We sought to answer these two questions throughout our qualitative research, of which we had only an initial hypothesis regarding the first question, we assumed that not knowing the morphosyntactic and semantic structure of the Portuguese Language (LP) can hinder the development of writing ability, interpretation and understanding of mathematical statements in the teaching-learning process, as it requires coherence and linguistic cohesion that favor the resolution of mathematical problems. For the second question, there was no initial hypothesis. To achieve the proposed objective, we opted for a bibliographic, documentary and field research. The documentary research consisted of: the study of the insertion of Portuguese Language or related subjects in the initial formation of the Mathematics teachers, in four Universities located in the State of Mato Grosso (IFMT, UFMT, UNEMAT and UNIC), in order to analyze the Pedagogical Projects of the Degree Course in Mathematics and; in the morphosyntactic and semantic analysis of the statements of the mathematical equations present in the tests and didactic activities carried out by the teachers of Elementary and Secondary Mathematics, from 3 state schools located in Araputanga-MT, in order to diagnose the presence and absence of cohesion and textual coherence, and the meaning of the statements that favor the understanding or not of the statements. The field research took place through semi-structured interviews for data collection, applied to a sample of 10 high school mathematics teachers from State Schools located in Araputanga-MT. The data collected in the field research were analyzed using the content analysis technique, in which six categories were created throughout the data analysis. The results showed that teachers present formative needs in text production and interpretation, grammar rules, verbal and nominal agreement, textual coherence and cohesion, etc. Regarding the insertion of the Portuguese Language or related subjects in the curricular structure of the undergraduate courses in the researched universities, only one offers such subject in 3 courses: UNEMAT (Barra do Bugres, Cáceres and Sinop). In the analysis of 14 tests and didactic activities we found the presence of a few spelling errors and situations of semantic inconsistency that compromise the comprehension of utterances, because mathematics teachers do not construct utterances, copy them from books and databases, compromising the capacity for creativity and professional innovation.

On-the-job training provides educational professionals with the formative moment of improvement and reflection of pedagogical practice, reflecting directly on their professional practice. Thus, the research aimed to identify, analyze and describe the training needs of high school chemistry teachers from the State Schools located in Tangará da Serra-MT, to understand the professional practice of these teachers and expand future studies on the analysis of in-service teacher training needs. Methodologically, we use bibliographic research through literature review and; the survey with the application of the questionnaire via the Survey Monkey data collection and analysis system and whose data were analyzed using basic statistics techniques: frequency and percentage analysis. The research sample consisted of 13 chemistry teachers who work in high school, in a universe of 15 teachers from the state school system. The results suggest that the research subjects are partially satisfied with the “in-service training” offered by the state school system where the main reasons for participating in this training are “keeping up to date”, “improving professional performance”, “Point counting for class assignment” and “my commitment and enthusiasm for lifelong learning”. And, we find that teachers face difficulties that express or indicate formative needs organized into four categories: 1st - Difficulties in the construction of "tests", 2nd - Teamwork, 3rd - Pedagogical development for teaching and 4th - Teacher-student relationship- management team. However, the 3rd Category obtained a higher frequency of response in the following analysis subcategories: “Matching chemical contents with students' daily lives” (75%); “Develop didactic activities based on projects, problems and research” (69.23%); “Production of teaching material” (66.67%); “Develop teaching methods and techniques” (61.54%). In 1st Category: Difficulties in building “tests” for visually impaired students (61.54%) and Difficulties in building “tests” for students with other disabilities such as deafness and Global Developmental Disorders with (46.15%) ) Give me an answer; hearing impaired (41.67%); with intellectual disabilities (41.67%) and for students with learning disabilities (dyslexia, dyscalculia, dysortography, etc.) with (38.46%) answers. Regarding the content that they consider most relevant to in-service training because it presents greater complexity for teaching in the first year of high school: “Chemical calculations: Stoichiometry” (61.54%). For the second year of high school: “Electrochemistry and electrolysis” (76.92%). Already in the third year of high school: "Organic reactions" and "Isomeria cis-trans or geometric" with (53.85%) ". Thus, we can verify that the subcategories describe teacher training needs that require formative intervention, in order to solve or minimize the problems faced by the research participants.

This paper deals with the autistic student's family cultural context and its relationship with the school. The Autistic Spectrum is a pathology that affects neurodevelopment, whose symptoms manifest in the first three years of life, presenting social, communicational and behavioral deficit. Thus, we present the following question: how is the composition of the multiple dimensions of the family cultural context of the student with Autistic Spectrum Disorder and the construction of the family's view of autism and the different aspects of its social and cognitive development? This matters because it helps the family and school to develop math and science education. In this research we will adopt qualitative methodology and make a study from the ethnographic perspective, which is a study that describes the culture of peoples, their language, race, religion, habits. The present work aims to introduce fundamental concepts of Urie Bronfenbrenner's approach in the theory of human development to Bioecology, propositions of this theory PPCT (Person-Process-Context-Time) and, in the basis of Ubiratan D'Ambrosio with the approach of Ethnomathematics, among others. authors that define autism as: Gaiato, Salvador, Teixeira, Grandin, Cunha, Freire, Brites and legislation on the subject. It is hoped that this study will contribute as a source of information to education professionals, parents, finally, all who live with the autistic, so that they can reflect and strengthen their practice in the search for a closer relationship between family and school, to enhance student development. From these results we can conclude that we still need a lot of studies and training on the subject. We also point out, in this research, some attitudes and events that manifest exclusion in relation to autists in schools and in the family.

Fractal Geometry is one of the areas of mathematics that studies irregular, broken shapes that cannot be represented only by that geometry, usually studied in school; squares, triangles, circumferences, etc., but they have fascinating visual structures and a curious pattern. Whose research has shown that they draw the attention of students of Basic Education, contributes to the perception of these students to other geometric forms that exist in the world, and further, can favor their learning, for various mathematical concepts beyond geometry, by studying these ways. GeoGebra software, on the other hand, is a digital technology, used in mathematics teaching, as a resource that favors classroom dynamism, allowing students to: create, move, change color, calculate, explore and investigate mathematical concepts of their buildings. . With this in mind, this research presents practices of teaching mathematics with fractals for Basic Education, conducted during the course ENFRAC: Teaching Mathematics with Fractals, developed at the UNEMAT Campus of Barra do Bugres - MT, and aimed at teachers who teach Mathematics in the State of Mato Grosso. Among the practices performed at ENFRAC, the ones that stood out were those developed with GeoGebra software, showing that this digital technology is an important resource for the teaching of Fractals. Given this, the research of this work sought to investigate: how to develop mathematics teaching practices with fractals and using this software in practices for Basic Education. For this we used the qualitative approach and triangulation for the production and analysis of data, which resulted in two possibilities of teaching mathematics with fractals for basic education, which can contribute teachers who teach mathematics in their teaching practices. Thus, it is hoped that this work will encourage other teachers who teach mathematics to use GeoGebra in the teaching of Fractals, and also to disseminate the teaching of this important geometric knowledge, little addressed in Basic Education.

This study entitled Cultural Cartography of Paulo Freire State School: Subjects, Tensions and Articulations in/of Science Education is the result of research carried out in a rural school, and its object was the teaching process of Paulo Freire School. The school is located on Antonio Conselheiro settlement (95 km) with adjoining rooms in the district of Nova Fernandópolis, 54 km far  the headquarters of the municipality of Barra do Bugres. Its audience is characterized by students from family farming who are part of the MST or Small Farmers' Associations, or people who have had a life in the countryside, riverine residents on the banks of the Juba and Sepotuba rivers, and workers employed in surrounding farms. The general objective of this research was to understand the weaving and textures of the cultural fabric that constitutes the subjects that are part of the human scenario of Paulo Freire School and to reflect how their tensions articulate science teaching within the institution. . The questions that built the research problem were: Which social groups are present in power relations and teaching? Which cultural and / or identity tensions articulate with science teaching at school? Which textures and textures of the cultural plot constitute the school scenario? Whose service is this school / education? The search for answers to these questions provided the arrows in the way of understanding the articulation of teaching at school, allowing the cartography of cultural subjects and the reflection of relationships with differences. The methodology was a qualitative research of ethnographic nature based on participatory observation, the method of his life stories - MHV- using semi-structured questionnaires and observation of teaching practice, that was characterized as an important instrument for enabling the production of content provided directly by the subjects. The results obtained in this work allow a fruitful reflection on the importance of knowing cultural subjects and their tensions, and how and as a cultural plot by each thread they represent in the teaching of science and in the relations within the rural school. As is known, the encounter in place and space generates cultural conflicts, but they can be overcome when the subject knows himself and his culture and is built on respect for the other and their way of life and identity traditions.

The approach of matters connected to sexuality is not always an   easy task, since historically this theme is  wrapped in prejudice, beliefs, taboos and singular values, which are different time of generation in generation. Consequently, addressing this issue has generated discomfort and insecurity among education professionals and talking about it has not been a priority in schools. From this perspective, question how does the approach on the theme Sexuality develops in the pedagogical practices of teachers working in theearly years of elementary school? The general objective is to identify and understand how the approaches to sexuality are implemented in the pedagogical practices of teachers who work in the early years of elementary school in a school in Araputanga, state of Mato Grosso. The theoretical basis is based on the conceptions of authors who argue that the production of knowledge and the study of sociocultural relations are also tasks of school institutions, which are multicultural spaces for the dissemination of knowledge and, consequently, for the formation of identity. A qualitative approach research was conducted, along the lines of an action research. The methodological proposal sought to build a space for discussion and reflection in order to enable new knowledge for the research process. To obtain the data, the technique of the diagnostic questionnaire, the discussion group and the interview were used, strategies that allowed the exchange of information, and constituted an incentive for the participants to express their opinions about the object investigated. Data were  analyzed based on Bardin (2016) and Minayo (2009), based on the Content Analysis method, in the Thematic Analysis modality.Preliminary analysis of the data found that one of the challenges of the school and teachers is still that the full education of children, based on their full development, including sexual, be transferred from the role, references and laws for adequacy, in fact, in educational institutions based on ethical and political principles. Previously, it was found that the lack of an approach to this topic may be related to embarrassment, taboos, dogmas, fears, shame, religion and also to personal resistance, among many other factors that allied with the issue of proper training.

A educação escolar indígena no Brasil desde os primórdios da colonização dinamiza-se entre dilemas e desafios, pois trilhar pelos caminhos dessa modalidade é adentrar no campo da construção e reconstrução de saberes, poderes e sentidos dos sujeitos com o meio no qual estão inseridos. Nesta perspectiva, o objetivo desta pesquisa é compreender, utilizando-se Trabalhos de Conclusão de Curso (TCC), da turma do período de 2011-2016, da Faculdade Indígena Intercultural – FAINDI, como o ensino de Ciências Matemáticas e da Natureza está sendo abordado nestes trabalhos. De natureza qualitativa, do tipo documental, busca-se nesta investigação identificar informações factuais em documentos como: RCNEI, BNCC, CF, OCDE - MT, PPC do Curso de Licenciatura Intercultural Indígena – Ciências Matemáticas e da Natureza (FAINDI – UNEMAT), e os TCC desta turma. Ao realizarmos qualquer estudo de natureza antropológica, como é este o caso, há a necessidade de não agir de forma etnocêntrica, colocando convicções e saberes mediados acima da tradição do outro. Esta pesquisa se justifica porque faz- se necessário analisar e refletir sobre as percepções dos povos indígenas acerca dos conceitos científicos, sem julgamento de valor, fundado nas premissas da ciência moderna. Apesar das crenças em saberes tradicionais serem intrínsecas aos diferentes grupos sociais existentes, é preciso enfatizar que, diferentemente de tais conhecimentos, os saberes científicos são definidos a partir de comprovações, não demonstrando tanta tolerância e lacunas para o ceticismo.  Sabe-se, pois, que por muito tempo, a ciência ignorou tais conhecimentos devido à ausência de comprovação mediada por estudos científicos. Todavia, é possível perceber que atualmente este cenário tem mudado, pois muitos estudos estão sendo realizados em comunidades tradicionais (aldeias, por exemplo) e procuram recuperar essas alternativas conhecidas entre os habitantes daquele local. 

Thinking can be considered an arduous task. If we consider the wide variety of goods and services and the complexity surrounding some decision making, we understand the need for the subject to be financially educated. Technological evolution has been impacting the behavior and habits of people, bringing comforts never before imagined, but also greater exposure and facilities to practices aimed at an unsustainable consumption. However, the same technologies can also contribute to the development of proposals aimed at the financial education of society, especially of children and young people who are still in the learning phase to work within the financial system. Studies have shown that the use of digital objects in education enables students to be co-authors of their learning. Thus, this research was developed with the purpose of analyzing the potentialities and limitations of using Scratch software for the teaching of financial education. This is a qualitative study with a participant research characteristic. This research work was developed with students of the seventh and eighth grade of elementary school of a state public school in the city of Barra do Bugres-MT. For data analysis the analytical induction method was used. The results analyzed a priori show that the use of Scratch has stimulated dialogue / discussion on financial issues among students, encouraged teamwork, and encouraged the development of creativity and autonomy, increasing the motivation for studies on the subject. The main difficulty observed concerns the time to build the animations in the software.

This research aimed to understand the internal contradictions that emerged while working with digital technologies for the production of mathematical cartoons in the initial formation. The research participants were students of the Full Degree in Mathematics course at the State University of Mato Grosso (Unemat). The data obtained were analyzed qualitatively, based on the types of discursive manifestations of contradictions proposed by Engeström and Sannino (2011). In the speeches of the participating subjects, we tried to find linguistic clues, identifying which ones corresponded to discursive manifestations of contradictions and then classifying them as one of the four types presented by the authors. In this research, I chose to add a fourth phase; In it, based on the discursive manifestations of contradictions and the movements of the activity system, I analyze what level of internal contradiction is occurring at a given moment in the work. The research methodology adopted was that of the teaching experiment, which made it possible to understand, in more detail, the actions of the subjects during the course development. The procedures and instruments for data production were: questionnaires, interviews and participant observation. During the last procedure, logbooks and audio and video records were used. The cartoons were produced in pairs, each holding ten four-hour meetings. The results indicate that the idealized pedagogical approach contributed to the emergence of contradictions, because during the course of the course, each pair chose a mathematical content of their interest, from which they had to study and build a script for the cartoon. The resolution of the contradictions that emerged in these moments influenced the reasoning of the subjects, contributing to the learning of mathematical concepts. The emergence of contradictions and their resolution were driving factors in the development of the course. Moreover, such contradictions acted as driving springs, which caused changes in the subjects' activity systems, pointing to disruptions that contributed to the teaching and learning processes of mathematics.

Digital technologieshavesignificantlymodification intheformof communication andhumanrelations in actual society. In thiscontext, thepresentresearchaimedtoprovideandstudycontinuingformationintegrating digital technologyresources, withanemphasisonknowing its limitsandthepossibilitiesof use in theteachingofChemistry. In thiscontext, toreinforcetheteachingofChemistry, in thescopeofprimaryandsecondaryteaching, thepresentresearchsoughttoanswer, whatteachers' perceptionsregardingthe use andimportanceof digital technologies? Howtostrengthenthepresenceof digital learningobjects for teachingchemistry in a practical perspective? Toanswerthisquestion, methodologically, theResearch-Formationwasadoptedandits proceduralaspectsensured in: experiencing, understanding, interpretingandcommunicating. In thecoursecomprisingtheinstrumentsproductionand data collection, were: conversationwheel, observation, field notes, audiorecordingandquestionnaires. In orderto observe the reality, todevelopthe training, tounderstandthe set of procedures andtoanalyzethe data, theinductivemethodwasused.Fromtheanalysisofthe data emergedthreecategories: i) Continuedformationwithresourcesof digital technologies in times ofcyberculture; ii) The teachers' perceptionoftheteachingofchemistryalliedto Digital Technologies, andiii) Digital learningobjects for teachingchemistry in a practical perspective. The resultsindicatedthatthere are different approaches andfamiliaritiesofteachers in relationto TD in theirpedagogicalpractices. In addition, it wasverifiedthattheformationrequirementsoftheteachingprofession are verybroad, infrequent, thatis, incomparabletotheadventofcyberculture.As for thepossibilitiesoffered in thespaceofcontinuousformation, they are confirmed in thesenseofknowingdifferent realities, joint reflection, as well as moment for proposing dialogues withsuggestions for difficultiesfaced in thedailyworkofschool. Theyhavealsoshownlimitationsthat in some cases thescarceresourcesofavailable digital technologies are conceived in thecontextofunderutilizedchemistry classes. Thus, it isunderstoodthattheproposedcontinuingeducationhascontributedtothestrengtheningofpedagogicalpractices for theteachingofchemistry, throughactions, exchangeofexperienceandcollaborativeparticipationofpedagogicalproposalswiththeseresources.

Digital technologieshavesignificantlymodification intheformof communication andhumanrelations in actualsociety. In thiscontext, thepresentresearchaimedtoprovideandstudycontinuingformationintegrating digital technologyresources, withanemphasisonknowing its limitsandthepossibilitiesof use in theteachingofChemistry. In thiscontext, toreinforcetheteachingofChemistry, in thescopeofprimaryandsecondaryteaching, thepresentresearchsoughttoanswer, whatteachers' perceptionsregardingthe use andimportanceof digital technologies? Howtostrengthenthepresenceof digital learningobjects for teachingchemistry in a practical perspective? Toanswerthisquestion, methodologically, theResearch-Formationwasadoptedandits proceduralaspectsensured in: experiencing, understanding, interpretingandcommunicating. In thecoursecomprisingtheinstrumentsproductionand data collection, were: conversationwheel, observation, field notes, audiorecordingandquestionnaires. In orderto observe the reality, todevelopthe training, tounderstandthe set of procedures andtoanalyzethe data, theinductivemethodwasused.Fromtheanalysisofthe data emergedthreecategories: i) Continuedformationwithresourcesof digital technologies in times ofcyberculture; ii) The teachers' perceptionoftheteachingofchemistryalliedto Digital Technologies, andiii) Digital learningobjects for teachingchemistry in a practical perspective. The resultsindicatedthatthere are different approaches andfamiliaritiesofteachers in relationto TD in theirpedagogicalpractices. In addition, it wasverifiedthattheformationrequirementsoftheteachingprofession are verybroad, infrequent, thatis, incomparabletotheadventofcyberculture.As for thepossibilitiesoffered in thespaceofcontinuousformation, they are confirmed in thesenseofknowingdifferent realities, joint reflection, as well as moment for proposing dialogues withsuggestions for difficultiesfaced in thedailyworkofschool. Theyhavealsoshownlimitationsthat in some cases thescarceresourcesofavailable digital technologies are conceived in thecontextofunderutilizedchemistry classes. Thus, it isunderstoodthattheproposedcontinuingeducationhascontributedtothestrengtheningofpedagogicalpractices for theteachingofchemistry, throughactions, exchangeofexperienceandcollaborativeparticipationofpedagogicalproposalswiththeseresources.