La Regional 15 of Education has taken a new step in its commitment to educational innovation by organizing a intensive educational robotics workshop focused on the use of ArduinoBlocks. For two consecutive days, ICT facilitators from different educational districts have worked side by side to familiarize themselves with tools and methodologies that seek to bring programming and electronics to the classroom in a practical way.
The main objective of this action has been strengthen technological skills of the teaching and technical staff who support educational centers, so that they are better prepared to integrate robotics and block programming projects in the curriculum. The proposal is part of a line of work where technology ceases to be a mere complementary resource and becomes a structural element of the teaching-learning process.
A robotics workshop focused on ArduinoBlocks
The training activity, developed under the title “Introduction to ArduinoBlocks”The workshop, held over two days of intensive work, combined theoretical explanations with numerous practical exercises. It was designed for those already promoting the use of ICT in schools but who need to take the leap to more advanced educational robotics experiences.
The training has been specifically aimed at the ICT facilitators from the six districts that make up Regional 15, with the idea that these professionals will act as multipliers in their respective centers and teams. In this way, the knowledge acquired is not kept in isolated training, but is progressively extended to the entire educational community.
According to the established plan, the proposal was developed in sessions distributed across thematic blocks that gradually increased in difficulty. Thus, participants began with basic issues related to using the platform, progressing little by little towards more elaborate programming projects which integrated several electronic components.
The choice of ArduinoBlocks is not accidental: it is a tool that allows program Arduino boards using visual blocksThis facilitates learning for those with no prior coding experience. It creates a more accessible environment for teachers and allows students to gradually design and build their own prototypes.
Facilitators and content covered in the training
The workshop was developed by the technicians Jensy De la Cruz, Cipion and Edwin AquinoProfessionals from the Educational Technology Department of the Ministry of Education (MINERD) participated. Their intervention combined guided explanations, live demonstrations, and individualized support, allowing each ICT facilitator to progress at their own pace without losing sight of the overall objectives.
One of the first content blocks has been dedicated to the Account setup and access to the ArduinoBlocks platformThis is an essential step so that teachers can then work with their groups in the classroom. During this part, common questions about registration, project management, and storing completed work were clarified.
Subsequently, the group has focused on the ArduinoBlocks interface and its block programming environmentThis section reviews the different types of blocks available, how to organize them, and how they automatically translate visual instructions into code for the board. This block-based approach is particularly suitable for introducing programming logic concepts without requiring mastery of a text-based language.
After this initial introduction, the workshop moved on to its more experimental phase, where participants began working with basic circuits using LEDs and digital outputsThrough simple examples, such as turning lights on and off or making them blink in different patterns, essential concepts of electronics and control from the Arduino board have been explained.
The training has also included the development of a final project based on the construction and programming of a traffic lightIn some cases, a simplified version of the system was used, while in others, more advanced, "intelligent" variations were incorporated to simulate different traffic situations and waiting times. This aspect allowed for connecting the theoretical content with an example very close to everyday reality.
Educational innovation and digital skills in the classroom
The regional director, Eddy Chávez PlacencioShe emphasized that these types of initiatives are part of a clear strategy to promote innovation in schools. Regional District 15 insists that robotics, programming, and working with boards like Arduino should no longer be seen as isolated activities for a few students, but rather be integrated more systematically into school projects.
In this regard, it has been highlighted that educational robotics offers an ideal framework for to stimulate logical thinking, creativity and collaborative workWhen teachers are trained in tools like ArduinoBlocks, the range of proposals they can offer students expands, from small LED assemblies to more complex projects that integrate sensors, actuators, and different types of behavior.
Regional 15 considers the role of ICT facilitators to be key in this process, as they act as technological benchmarks within the centersThey work alongside the rest of the faculty and facilitate the integration of new resources. Their training in robotics and block-based programming strengthens their ability to advise, propose projects, and resolve technical questions.
In addition to strictly technological issues, the training has focused on the importance of link these projects with the curriculum contentIn this way, the prototypes built in the classroom do not remain mere eye-catching demonstrations, but become vehicles for working on skills and knowledge specific to different areas, such as Mathematics, Technology or Science.
This line of work aligns with the trends being promoted in other educational systems in the region, where the aim is for students to not only be consumers of technology, but also solution creator through the design and programming of devices.
Commitment to the ongoing professional development of teachers
The implementation of this introductory ArduinoBlocks workshop is part of a broader continuing education plan For teaching and technical staff. Regional 15 and the Ministry of Education (MINERD) emphasize that continuous professional development is essential to meet the challenges of the digital society.
In recent years, various training initiatives focused on the use of ICT have been promoted, but educational robotics and programming with circuit boards hardware libre They are increasingly becoming priority areas. The experience with this workshop reinforces the idea that when teachers It has adequate support and resources., is more likely to incorporate innovative proposals into their classes.
The officials of Regional 15 also emphasize the importance of coordinating these training activities across the different districts, thus ensuring that the offer is distributed equitably to all centers and to avoid internal gaps in access to innovation. Networking among ICT facilitators is presented as one of the keys to sharing experiences, materials, and best practices.
From an institutional point of view, it is emphasized that the integration of educational robotics in schools should not be limited to specific projects or isolated competitions, but should be understood as a process sustained over timewith spaces for experimentation, evaluation, and continuous improvement. The training received in this workshop is a first step for participants to implement proposals adapted to their specific realities.
The initiative, developed in coordination between the Educational Computing area of Regional 15 and the Educational Technology Department of the MINERD, also serves as example of collaboration between administrative levels to promote methodological changes in the classroom. These types of joint projects facilitate the translation of innovation policies into concrete actions on the ground.
Overall, the educational robotics training with Arduino Blocks conducted by Regional 15 reinforces the commitment to an education in which technology plays an active and meaningful role. The work with ICT facilitators, the practical orientation of the workshop, and the emphasis on teachers' digital skills point toward a scenario in which more and more schools can incorporate robotics and programming projects into their daily routines, with the aim of improve the quality of learning and better prepare students for the challenges of the digital environment.
