What developments have been made in terms of eLearning, digital skills, and computational thinking across the curriculum?
The development of coding instructional units at our school is exemplified through the innovative program, "Code and Rescue!" This engaging curriculum goes beyond traditional coding lessons by integrating physical computing and practical activities. Students are immersed in a series of challenges that highlight the crucial role engineers play in supporting emergency services and search and rescue missions. Through creative and collaborative endeavors, young learners not only enhance their coding skills but also cultivate enquiring minds and teamwork abilities. "Code and Rescue!" serves as a platform for students to express and share their thoughts and ideas, fostering computational thinking and creativity. Recognizing computer programming as a fundamental literacy for the digital age, the program emphasizes the importance of young learners comprehending and working with the technology around them. By introducing coding at an early age, we prepare our students for the future, fostering creativity, applying mathematical concepts in real-world situations, and nurturing confident problem solvers.
The school has undergone significant advancements in its digital infrastructure over the past three years, enhancing the learning experience for our students. With a commitment to technology integration, we maintain a 1:1 laptop ratio, supported by our Bring Your Own Device (BYOD) policy. The school provides and maintains 50 Chromebooks and 30 iPads to complement this initiative. Across the three IB programs—PYP, MYP, and DP—the school employs a diverse range of digital platforms to cater to the specific needs of each section. In the PYP section, Seesaw is extensively utilized due to its user-friendly interface, particularly beneficial for younger students, and its robust feedback tools. Moving to the MYP section, a combination of Google Classroom facilitates day-to-day communication on lesson content, while Managebac is utilized for sharing detailed curriculum plans. In the DP section, Managebac takes center stage for daily communications, leveraging its native support for the DP program. This platform is further enhanced with online textbooks and quizzes provided by Kognity, covering a wide array of subject areas.
The school has also signed up for the following subscriptions;
Language:
Antolin, Raz-kids, Britannica
(use of technology to enhance differentiation delivery)
Mathematics:
Mathletics, Känguru Math
(use of technology to enhance differentiation delivery & measure with their peers)
Research Databases:
Britannica
JSTOR
AK Alpe-Adria Mediathek
Alpe-Adria University Library
Online Subscriptions:
BrainPOP
Kahoot!
Edpuzzle
Flipgrid
As part of International School Carinthia’s mission to offer 21st century approaches to learning, we use technology as an instructional tool. We believe that technology integration has the capacity to “excite, invite, support and extend learning in multiple ways” (IBO, 2018).
To this end, ISC strives to provide appropriate and adequate technology to support instructional purposes. Therefore, BYOD is applicable to students from the Primary Years Programme (PYP) 4 and 5 and up.
Our ultimate goal is to support students at ISC to become lifelong learners, which includes learning how to be responsible digital citizens. Our teachers strive to monitor students' use of devices at ISC to ensure they are being used for learning at all times. Our overarching aims are for technology to engage, enhance, and extend learning and provide students opportunities to continue learning in meaningful ways outside of school.
To support learners in becoming digital citizens, ISC works collaboratively with students to define and implement a shared understanding of appropriate digital practices, including:
codes of conduct
policies
rights and responsibilities
health and well-being
protection.
By learning about these elements of digital citizenship, students not only become responsible users of technology, but they can recognize inappropriate technological behaviours that might impact themselves or others. (IBO, 2018)