This book is a synthesis of the complex interdependencies between user interface design of digital screen and learning process. It is analyzed the impact of digital revolution on learning, phases of digital textbooks use and development; specific features of educational system & learning environment; psycho-pedagogical characteristics of XXI students; user interface design topology; user interface design features of digital textbooks in accordance with human thinking paradigms; critical thinking of user interfaces and content (linear, systems, global and metasystems design approach). One special chapter describes innovative organizational forms of learning with digital textbooks.
Metasystems learning design of digital textbooks will be of particular interest to the readers because this is an innovative approach of learning design, which proved the experimental data of the instructional dynamic and flexible strategy. It proved the practical application of didactical model of digital textbooks for chemistry and mathematics. The main benefits for reader refers on understanding the applicability of metasystems learning design for digital textbook use and development, in particular for STEM education. It takes more than analysis to help readers overcome the impact of user interface design of digital textbook on learning outcomes.
This book is a synthesis of the complex interdependencies between user interface design of digital screen and learning process. It is analyzed the impact of digital revolution on learning, phases of digital textbooks use and development; specific features of educational system & learning environment; psycho-pedagogical characteristics of XXI students; user interface design topology; user interface design features of digital textbooks in accordance with human thinking paradigms; critical thinking of user interfaces and content (linear, systems, global and metasystems design approach). One special chapter describes innovative organizational forms of learning with digital textbooks.
Metasystems learning design of digital textbooks will be of particular interest to the readers because this is an innovative approach of learning design, which proved the experimental data of the instructional dynamic and flexible strategy. It proved the practical application of didactical model of digital textbooks for chemistry and mathematics. The main benefits for reader refers on understanding the applicability of metasystems learning design for digital textbook use and development, in particular for STEM education. It takes more than analysis to help readers overcome the impact of user interface design of digital textbook on learning outcomes.
Passes on knowledge of frontier research of user interface design Identifies the main approaches of digital textbook design to writers and readers Demonstrates the creativity increases via metacognitive strategies Includes supplementary material: sn.pub/extras
Elena Aurel Railean
Digital textbook theory Instructional design STEM education Educational technology Metasystems learning design Electronic textbook development Interface design Learning models learning and instruction
“The author discusses the transition from using printed books to ebooks in education, and how the design of user interfaces (UI) for displaying those ebooks affects learning. … Some of the book’s glossary definitions and references can be useful for students and scholars who are doing research on technology in education, learning management systems, e-learning, and related areas. … Overall, the book includes important references and glossary definitions.” (Miguel A. Garcia-Ruiz, Computing Reviews, February, 2017)