Modernization of the Information and Educational Environment of the Junior Academy of Sciences of Ukraine: Department of Design and Technology

part 2

Abstract

This article presents a comprehensive rationale for
the establishment of a dedicated scientific Department
of Design and Technology at the Junior Academy of
Sciences of Ukraine (MAN) as an essential component in modernizing the nation’s information and educational
environment. Drawing upon the United Kingdom’s well documented
success in integrating design education
across primary, secondary, and tertiary levels, the study
examines domestic regulatory frameworks from 1989
through 2024 to identify opportunities and challenges
for implementing a continuous design education
model. We propose a structured pathway that begins
in primary school with foundational design principles
and advances through project-based, interdisciplinary
learning experiences culminating in specialized
scientific research training within MAN.
A focal point of the discussion is the STEAMTeach
model, which integrates science, technology, engineering,
arts, and mathematics into cohesive project-based
modules designed to foster innovative competence and
creative problem-solving skills among gifted students.
The paper outlines key pedagogical strategies such as
design thinking workshops, prototyping laboratories,
and collaborative hackathons, emphasizing their role
in developing empathy, critical analysis, iterative
testing, and reflective learning. The benefits of projectbased
technologies are examined in terms of student
engagement, skill acquisition in communication and
teamwork, and the cultivation of entrepreneurial
mindsets suited for the rapidly evolving digital economy.
Furthermore, the article explores mechanisms
for aligning the proposed department’s curriculum
with national education standards and qualification
frameworks, ensuring coherence between formal
schooling and MAN’s non-formal programs.
Recommendations for stakeholder collaboration involve
partnerships with industry experts, design firms, and
technology incubators to provide mentorship and realworld
contexts for student projects. The paper concludes
by highlighting future research directions, including the
design of assessment rubrics for project competencies
and the professional development pathways for
educators charged with delivering the “Design and
Technology” curriculum.