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The purpose of this paper is to give an overall image of how Finnish-developed Peda.net can help educators teach their students according to the ICT skill requirements set by Finnish national curricula.

In the paper, two different Peda.net use cases are introduced. These cases can give important practical tips on how to involve more ICT in schools for educators worldwide. The use cases are evaluated and agree with Finnish National Curricula requirements.

Peda.net is an e-learning environment. However, using it as part of teaching is a good way of introducing ICT skills in students regardless of whether working together in the same physical environment or remotely from different locations.

This paper can open up a global discussion of best ICT teaching practices and give some practical ICT teaching tips for teachers all around the world.

The study aims to examine the issues relating to workplace learning at the upper secondary school level. This study is based on the two questions. How should the professional/peer-learning community or PLC be developed and deployed to help strengthen in-service teacher training? The second question is what are the success factors which contribute to the continuity of the PLC within the Bangkok Metropolitan Administration (BMA) context?

This study, considered as a case study, is based on BMA’s in-service teaching training program which took place from August 2014 until September 2016. Observations and interviews represent the key tasks undertaken for this study. Observation focuses on the PLC adaptation for a teacher network and key activities relating to actual teaching and learning. Interviews with teachers and students help evaluate the suitability of the PLC’s use as a component of in-service teacher training for workplace learning. The application proposal to international funding helps outline how the data from the observation and interviews should be grouped and analyzed.

The PLC’s implementation involves a network of teachers (those teachers who traveled to Finland for pedagogical training), the selection of a common theme (i.e. a polluted waterway reflecting environmental phenomena) allowing various different subject teachers to work together and actual teaching and learning across schools with students through project work. The results of the interviews demonstrate that a PLC is a potential alternative for BMA’s in-service teacher training. The PLC allows teachers to share their experience and knowledge while simultaneously strengthening students’ life skills through the PLC’s applications.

The case study demonstrates the process through which the PLC is successfully deployed. The BMA applied the PLC alongside and in collaboration with the actual student teaching and learning, instead of separating them because the PLC was regarded as training. PLC is dependent on: the willingness of the teachers to work together, their ability to come up with a common topic that they can link their knowledge, enable several subject teachers to work together, an effective planning process to gradually involve the students in problem-based learning and public recognition to demonstrate their success.

The PLC appears to benefit workplace (or school) learning and development for both teachers and students. Additionally, the use of the PLC in this case study points to an alternative for future in-service teacher training at BMA schools. When compared with the existing practice of sitting in a room and listening to an external expert without much interaction, participating teachers feel that the PLC helps them become more motivated, through experience and knowledge sharing.

The contribution to research is the knowledge on the PLC’s implementation for in-service teaching training (as part of workplace learning). Moreover, the PLC should be applied simultaneously with actual teaching and learning through project work. Three notable lessons learned from comparing the effectiveness of the PLC use between BMA and Finnish schools point to the importance of pre- and in-service teacher training with the focus on continuous dialogue and open communication, familiarity with integrated lesson plan and teacher autonomy.

Schools have a significant role in ensuring children's wellbeing as children spend a lot of time at school. Students need to have an active role in their learning and an opportunity to participate in issues concerning wellbeing and studying. This research examines students' wellbeing in an innovative learning environment. The classroom is built with professionals, teachers and students (aged 9). The authors call it Learning Ground.

Students' wellbeing was measured with smart device application for a six-week period. Students answered the questionnaire with a Likert scale of five (very poor – excellent) responses. Two weeks during the six weeks research period, students were able to use digital study aids, EEG-biosensor headsets, to observe the effectiveness of their learning, defined by NeurSky app. The EEG-biosensors enabled students to use a tool to recognise their own learning factors during the lessons. The effectiveness was available to students via tablets all the time.

The students at the Learning Ground are satisfied with wellbeing and the environment support for students' wellbeing experience is notable. They have “good vibes” before and after the school day. When wearing EEG-headsets “study aids”, which enabled them to observe their learning via tablets at lessons, the wellbeing experience in the mornings even increased.

Schools need to be visionaries concerning 21st century learning and children's wellbeing. Building flexible learning environments and bringing innovative technologies into schools to provide active support for students will enable 21st century learning. Wellbeing of children should become first when developing the future schools.

The digital technological revolution offers new ways for classrooms to operate and challenges the concept of whether brick and mortar schools should exist at all. At the same time, the changes to society as we move from a knowledge-based economy to an intelligent and innovation-based economy challenges us to reassess the purpose of education. This chapter investigates an overarching counterfactual question, “What if compulsory schooling was invented in the twenty-first century”? We used a foresight methodology, based on “anticipation,” to conceptualize possible models for a future system of compulsory schooling arising from an analysis of contemporary catalysts for remodeling. While anticipation does not predict the future, the concept is that when a current system and a model of a system interplay, they impact each other to change both the present as well as possible futures. The design principles of cities, such as Freiburg (Germany), Poundbury (England), and Christie Walk (Australia), which have been developed around the idea of ecologically sustainable and decentralized cities, are focused on approaches to living that can provide a springboard for exploring the impact of changing employment, economic, technological, and social change on future schooling models. Magnetic Resonance Imaging (MRI) has opened up a new field of study to investigate neuroscience, which can inform teaching practice. Postmodern and indigenous ways of thinking provide different insights about how schooling might be reconceptualized. Alternative models of future schooling are conceptualized about (i) the role of the learner and teacher, (ii) design of a school, and (iii) the purpose of compulsory schooling. For each area of remodeling, deviations to current practices as well as paradigm shifts are framed as part of scenario building. Related questions include: how schooling might be different if it had been created today for the first time? How might it better meet the needs of contemporary society? What aspects of schooling now might be lost if it was only invented in the twenty-first century? What are possible side effects from any change ideas as part of research practice? A vital aspect of this chapter is to explore the concept of learning as a general concept versus the more specific concept of schooling. We are at the precipice of a new vision of schooling based on a counterfactual way of thinking about the future of schooling as we have known it in the West.

This article describes how Finnish health education teachers verbalise and construct their teacher identity based on their lifestyle, subject area and relationships with their students.

Narrative interviews were conducted amongst eight secondary and upper secondary school teachers. The nexus analysis was used to analyse teachers' methods of teaching students information-seeking, evaluation and critical thinking skills.

The teachers' historical bodies – their skills, interests, information-seeking habits and familiar sources – impacted the chosen teaching methods. The results indicate that teacher identity is constructed along different paths and is constantly performed and transformed in the classroom through interactions with students.

The study illustrates the reconstruction of teacher identity through interaction in interviews. Teachers act as role models, information gatekeepers and trustees who guide students to choose credible health information sources.

This chapter aims to seek insight into engagement in context, conceived through Productive Disciplinary Engagement (PDE), which can be perceived as a condition for sustained disciplinary and interdisciplinary interest and motivation. Despite ongoing trends in the design and implementation of enriched learning environments that are expected to boost effective use of material and digital tools along with new sources of information, the empirical research on their motivational and emotional consequences is still in its infancy. These environments challenge, cognitively as well as motivationally, emotionally, and socially, both students and teachers alike. Keeping in mind the challenging times for future learning and work-life, engagement and motivation are discussed with a focus on science disciplines. In these fields, there is a strong call for proficient skills in collaborative team learning, problem-solving, and collective knowledge creation in anticipation of an uncertain, challenging future. Knowledge-intensive work and knowledge demands are escalating along with fast technological development, and simultaneously tasks that demand new, not yet even existing and partly unpredicted knowledge and expertise are increasing. In addition, knowledge and expertise are progressively more distributed, with new knowledge, products and innovations being created in collaboration that crosses disciplinary borders. In this chapter, three case illustrations in different science fields and learning contexts provide empirical evidence for the discussion on the learned lessons from these illustrated studies designed to support PDE, and the potential significance of PDE for productive collaboration, sustained disciplinary interest, and motivation given later development of adaptive expertise.