Стратегии на образователната и научната политика

2023/4s, стр. 74 - 88

THE ROLE OF THE UNIVERSITIES AS ACCELERATORS FOR THE INTEGRATION OF THE STEM LEARNING METHODS IN THE PRIMARY AND SECONDARY SCHOOLS

Резюме:

Ключови думи:

of the University of Ruse "Angel Kanchev" for the introduction of classes in robotics and block-based programming in the primary and secondary schools in the Municipality of Ruse.

Keywords: STEM; primary education; secondary education; methodology; block-based programming; robotics; micro:bit; micro:maqueen

1. Introduction

The STEM educational methods are aimed at the development of skills and competences in the students and at providing them with the means, the environment and the guidance to progress, solve problems, make innovations and learn specific topics form the areas of the science, technology, engineering, and mathematics. Numerous studies (Garriott et al. 2016; Brown etal 2019; Van den Hurk et al. 2019; Kayan-Fadlelmula et al. 2022) present the STEM educational methods as the most important teaching method and the most significant educational innovation of the 21st century. Although the acronym STEM (science, technology, engineering and mathematics) was initially introduced in the beginning of this century (Japan Society of STEM education 2018), this teaching and learning approach is the continuation of the constructivist educational approach, which was defined and introduced by Prof. Seymour Papert in the second half of the last century (Papert et al. 1991). The constructionist learning approach is focused on having the students draw their own conclusions through creative experimentation and practical problembased learning activities and by having the teachers take the role of mediators in educational processes, where they can help the students understand and implement the tasks at hand.

The STEM learning and teaching approach steps on these foundations, but focuses additionally on the establishment of critical thinking skills and on the development of practical learning capabilities, which can prepare the students to enter, live and work in the modern digital world (Han 2016;). The STEM educational approach has numerous advantages, but is also characterised with several disadvantages, which are summarized in the following table (Table 1) (Kayan-Fadlelmula et al. 2022).

Table 1. Main advantages and disadvantages of the STEM learning and teaching approach

Advantages of the STEM learningand teaching approachDisadvantages of the STEM learningand teaching approach• STEM teaches the students how to thinkand learn in new ways, which are closelyrelated or involve the use of the digitaltechnologies from the 21stcentury (Brown2012);• STEM is a very broad concept, whichmakes it di󰀩cult to understand andimplement;• STEM is covering wide application areas,which makes its implementation di󰀩cult insta󰀨-limited educational institutions;
• STEM develops skills and preparesthe student to be professionals andinnovators;• STEM provides the means for the in-depthdetailed exploration of complex topics invarious application and study domains;• STEM builds and develops criticalthinking, problem-solving skills and digitalcompetences (Coufal 2022);• STEM can be easily “upgraded” tocover additional topics and to developcompetences from the area of the arts(STEAM) and the literature (STREAM)(Lee et al. 2019).• There are no specic national orEuropean standards for the introductionof the STEM educational approach in thedi󰀨erent levels of the educational systems(Wiseman 2016);• The establishment of STEM labs canrequire signicant nancial investments,which can exceed the budgets ofunderfunded schools;• In general STEM excludes subjects likearts and literature (Holmegaard et al.2014);• The teaching of STEM courses requiresmore e󰀨orts and dedication by theteachers.

2. Methodology for rapid large-scale integration of the STEM teaching and learning approach in the primary and secondary education systems

The STEM educational approach is among the primary focuses of the educational systems in the 21st century (Van Laar et. al. 2017). This approach provides significant advantages and benefits to the students and helps them adapt to the digital world, but the approach is also accompanied by a specific set of issues and problems. The proper implementation of the STEM approach depends on numerous internal and external factors, some of which are within the control of the educational institutions, while others are not. These factors are also the main barriers, which the teachers and the students have to overcome, so that the STEM courses have the positive effect that they are intended to have (Ejiwale 2013). Some of the most important barriers for the STEM education are presented in the Table 2.

Table 2. Main barriers for teachers and students with the STEM educational approach

Barriers for the STEM teachersBarriers for the STEM studentsIssuesoutsideof ourcontrol• The environment and the structure ofthe educational institution• Evaluation of the teaching materials• Time• Perspectives for the professionaldevelopment of the teacher• Funding and materials forthe courses• Lack of experience• Lack of support by the teachers orby the parents• Fear of failure• Lack of understanding about theSTEM concepts and the goals ofthis educational approachIssueswithin ourcontrol• The environment and the structure ofthe educational institution• The goals of the STEM courses• The will for self-improvement• Motivation tolearn new things andto gain knowledgein a modern way• The topics and the scope of theSTEM course
Issueswithin ourcontrol• The development and useof attractive and interestingeducational materials• Interest in the STEM course• Participation in the practicalactivities

The presented issues and difficulties are not conclusive and are not covering all aspects and processes of the STEM educational approach. Nevertheless, they highlight the need for the development of a unified methodology with a clear set of actions, which will lead to the successful introduction of this educational approach in the schools. The discussed STEM-related problems are evident and detectable in almost every primary and secondary school, not only in Bulgaria, but in other countries, as well. These issues and difficulties and can be categorized as smallscale or institutional problems. However, when we take a more general look at the entire educational system at the level of the primary and secondary schools, a more important large-scale problem becomes clearly evident, namely, the STEM educational approach is suffering from reduced or limited scalability. This means that even if we are able to solve the issues and the difficulties with the introduction of the STEM education in one or in several schools, the possibility to multiply the educational activities using the developed teaching courses to a significant number of other educational organizations is very slim or even sometimes this turns out to be completely impossible.

To overcome this particular large-scale problem, we have designed an innovative methodology for the rapid large-scale integration of the STEM teaching and learning approach in the primary and secondary education systems. The developed methodology is presented in Fig. 1.

Figure 1. Methodology for rapid large-scale integration of the STEM teaching and learning approach in the primary and secondary education systems

The presented methodology requires and depends on the heavy involvement of the Higher Education Institutions (HEIs) in the processes for integration of the STEM approach in the primary and secondary education systems. The role of the universities in the process is crucial, as they act as central point for the development of unified teaching materials, as environment for the implementation of specialized teaching courses with the school teachers and as mediator for the connection between the schools and the business organizations, which might have interest in providing funding or materials for the introduction of the STEM education in the schools.

The discussed methodology requires from the HEIs to involve in all integration processes their highly experienced and extremely qualified teaching and research staff, as it is up to these lecturers and scientists to evaluate the needs of the students from the individual grades in the schools and to develop the appropriate educational materials, presentations and learning activities, which will be used in the STEM courses.

If the abovementioned requirement is not met, the effect from the involvement of the universities in the STEM integration processes can be inverted and the results can be extremely negative. For example, the developed materials for the educational courses could require the use of mathematical equations, which have not been included in the educational program of the students or are learned in the higher grades. This will make the solving of the tasks and the completion of the planned activities by the students very difficult and will also put extra weight on the teachers, as it will be up to them to teach the new material and to help the students solve the problems.

3. Approbation and evaluation of the developed methodology

The approbation of the effectiveness of the proposed methodology and the evaluation of the obtained results was accomplished following a pilot initiative for integration of a STEM educational course about robotics for the students from the 3rd and 4th grades in the primary and secondary schools of the Municipality of Ruse in Bulgaria. The general idea for this pilot project was to develop and integrate a basic course about robotics, which will present to the students the concepts of the modern microcontrollers, the structure and the components of the educational robots and the principles of the block-based programming. Apart from the actual practical skills and the hands-on experience, it was also planned to develop the course contents and the educational materials in such way, so that they can form additional competences and lead to the development of skills for working in teams, solving individual or group tasks, creative thinking, etc.

As previously mentioned, the main prerequisite for the successful rapid large-scale integration of the STEM courses, according to the presented methodology, requires the involvement of experiences and skilled teachers and researchers from the HEIs. In this case the task for the development of the course contents and the preparation of the educational materials was given to a group of lecturers from the University of Ruse, which had long experience in the STEM educational processes and have also organized numerous courses, seminars, presentations and events. These lecturers were selected, as they are mentors in the student teams for competitive robotics and for innovative transport systems, as they have participated in events, like the Shell Eco-marathon and many national and international competitions for educational and competitive robotics and as they have previously organized many similar events at the University of Ruse. Above all, the selected group of lecturers already had more than 10 years of experience in the area of the STEM technologies, and they have already conducted and implemented small-scale STEM educational courses on topics from the areas of the 3D technologies, the block-based programming of drones, the unmanned aerial vehicles, etc. (Fig. 2).

Figure 2. А moment from previous STEM courses in 3D technologies, robotics and block-based programming of drones, clearly showing the experience of the lecturers

Development of the course contents and the teaching materials

Prior to the development of the contents for the STEM course and the definition of the topics for each of the exercises, an in-depth analysis on the market was made. The goal of this analysis was to compare the microcontrollers, the platforms and the software environments, which are currently used in the area of the educational robotics, and to select the best possible solution amongst them, which is most suitable for students from the 3rd and 4th grade. Platforms, like Lego NXT and Mindstorm,1 Arduino2, Raspberry Pi3, micro:bit4, zumo5, m3pi6 and many other were analyzed and compared. Case studies of the use of these solutions were also analyzed and compared. The conducted analysis clearly showed that each of these platforms has specific advantages and disadvantages, but the most suitable for the purpose of the planned pilot rapid large-scale integration of the STEM course is the micro:bit microcontroller4 in combination with the micro:maqueen7 robot extension kit (Fig. 3).

Figure 3. The micro:bit4 microcontroller (left) and the micro:maqueen7 robot extension kit (right), which were selected as hardware platforms

for the development of the STEM course

The contents of the course were divided into 28 individual topics and included 4 theoretical topics, 20 practical assignments and 4 bonus assignments. The topics are presented in more details in Table 3.

Table 3. Topics of the developed STEM educational course in robotics

TitleContentsTopic 1Introduction to theeducational roboticsHistory of STEM and the educational robotics; Ele-ments, components and functions of the robots; Typesof robots; Platforms and software environments foreducational robotics;Topic 2The micro:bit andthe micro:maqueenextension kitIntroduction to micro:bit; Types of micro:bit controllers;Extensions, sensors and additional components for themicro:bit microcontroller; The micro:maqueen robot kitand its components;Topic 3Methodsfor programmingthe micro:bitThe environments for programming of the micro:bitmicrocontroller; Online and o󰀪ine programming of themicro:bit; The MakeCode environment; Components ofthe programs and main programming blocks;
Topic 4Assignment 1 –Pulsating hearthDenition of the assignment; Video demonstration;Step-by-step guide for the development of the block-based program;Implementation of the program in di󰀨erent ways;Topic 5Assignment 2 –Name tag/badgeDenition of the assignment; Video demonstration;Step-by-step guide for the development of the block-based program;Topic 6Assignment 3 –Dice rollerIntroduction to the accelerometer and its functions; De-nition of the assignment; Video demonstration; Step-by-step guide for the development of the block-basedprogram; Demonstrations;Topic 7Assignment 4 –Button activitiesDenition of the assignment;Algorithm for implementa-tion of the program; Video demonstration; Step-by-stepguide for the development of the block-based program;Demonstrations;Topic 8Assignment 5 – “MyBest Friend” gameDenition of the assignment;Algorithm for implementa-tion of the program; Video demonstration; Step-by-stepguide for the development of the block-based program;Demonstrations;Topic 9Assignment 6 –Walkie-TalkieDenition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Working in pairs and demonstrations;Topic 10Assignment 7 –“7 seconds”Denition of the assignment; Introduction to the varia-bles and constants; Video demonstration;Algorithm forimplementation of the program; Step-by-step guide forthe development of the block-based program; Individualassignment;Topic 11Assignment 8 –“Heads and Tails”Denition of the assignment; Introduction to conditionaloperators; Video demonstration;Algorithm for imple-mentation of the program; Step-by-step guide for thedevelopment of the block-based program;Topic 12Assignment 9 –“Hot potato”Denition of the assignment; Introduction to loops; Vid-eo demonstration;Algorithm for implementation of theprogram; Step-by-step guide for the development of theblock-based program; Individual assignment;Topic 13Assignment 10 –“Wristwatch”Denition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Individual assignment;Topic 14Assignment 11 –“Teleport”Denition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Individual assignment;
Topic 15Assignment 12 –“Share me a secret”Denition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Working in pairs; Individual assignment;Topic 16Assignment 13– “Rock, paperscissors V1”Denition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Working in pairs; Individual assignment;Topic 17Assignment 14– “Rock, paperscissors V2”Denition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Working in pairs; Individual assignment;Topic 18The micro:maqueenrobotIntroduction to the micro:maqueen robot and its compo-nents and parts;Assembly of the robot; The sensors and the buttons ofthe robot; Powering and working with the robot;Topic 19Assignment 15 –Light following robotDenition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Demonstrations and discussions;Topic 20Assignment 16 –Dancing robotDenition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Demonstrations and discussions;Topic 21Assignment 17 –Police robotDenition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Demonstrations and discussions;Topic 22Assignment 18 –“Park assist”Introduction to the ultrasonic sensors; Denition ofthe assignment; Video demonstration;Algorithm forimplementation of the program; Step-by-step guide forthe development of the block-based program;Additionalchallenge and discussions;Topic 23Assignment 19 –Remote controlledvehicle V1Denition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Demonstrations and discussions;Topic 24Assignment 20 –Remote controlledvehicle V2Denition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Demonstrations and discussions;Topic 25BonusAssignment1 – Soundcontrolled torchDenition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Demonstrations and discussions;
Topic 26BonusAssignment2 – “Chase awaythe ghost” gameDenition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Demonstrations and discussions;Topic 27BonusAssignment3 – Clap counterDenition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Demonstrations and discussions;Topic 28BonusAssignment4 – Line followingrobotDenition of the assignment; Video demonstration;Al-gorithm for implementation of the program; Step-by-stepguide for the development of the block-based program;Demonstrations;Additional challenge and discussions;

As evident from Table 3, the topics cover all major aspects of a standard programming course, including main concepts, like variables, constants, conditional operators, loops, etc., but the contents are presented as practical assignments with increasing complexity and often have entertaining or game-related orientation. Additional to this, some of the assignments require the work in pairs, which contributes to the development of social skills and responsibilities. The presented and discussed topics were used for the development of the educational materials for the course. These materials include printed working sheets, PowerPoint presentations and demonstration videos (Fig. 4). The prepared educational materials were also published in an online learning

Figure 4. Example slides from the course PowerPoint presentations (top left, top right and bottom left) and the main screen of the online platform where the materials were published (bottom right)

platform (Fig. 4), which made them freely accessible and reachable from all locations and at any time.

Train-the-trainers course with the school teachers

The organization of the training course for the teachers from the primary and secondary schools in the Municipality of Ruse was made following the development of the course materials. The Regional Department of Education in Ruse8 assisted the university by sending out invitation to all school and their principals and by organizing the attendance of the teachers. The organization of the course was also done in close cooperation with the Center for student, technological and scientific activities in Ruse9 and the teachers from this institution were also enrolled in the course.

The train-the-trainers course took place between November and December 2021 and more than 30 teachers participated in the activities. The classes were organized only in the weekend days, so that the regular activities of the teachers are not affected and all of them can attend the activities.

Funding and support for the integration of the STEM course in the schools Apart from the activities related to the development of the course materials and the actual implementation of the train-the-trainers course, the University of Ruse contributed to the rapid large-scale integration of the STEM course by finding funding from the business sector for the purchase of the necessary hardware platforms. Following the end of the train-the-trainers course, all teachers and the principals of their schools were invited to an official ceremony, where a the teachers received certificates for their involvement in the course and the principals received the provided micro:bit microcontrollers and micro:maqueen robot kits (Fig. 6). A total of 300 microcontrollers and 150 robot kits were presented to almost all primary and secondary schools in the municipality.

Adaptation of the course materials and implementation of the STEM courses at the schools

Following the activities presented in the previous parts of this article, the primary and secondary schools in the Municipality of Ruse were completely prepared to integrate the STEM course in the education activities for the students from the 3rd and the 4th grade. For this purpose, the teachers have used the provided training materials and have modified them to suit the needs of the educational processes in the school system – some activities were shortened, while other were divided in several learning hours, etc. The donated platforms and the modified teaching materials allowed the implementation of the STEM course in more than a dozen schools in the municipality, as well as in the Center for student, technological and scientific activities in Ruse. The University of Ruse and the lecturers involved in the preparation of the teaching materials and the implementation of the train-thetrainers course were available during the implementation of the STEM courses in the schools and have provided active support, guidance and help to the teachers.

Evaluation of the effects and the impacts from the implementation of the STEM course

Several weeks prior the end of the academic year for the students in the 3rd and 4th school grades, the University of Ruse contacted the principals of the schools and all teachers that were involved in the STEM course and the pilot initiative and invited them to organize teams of three to four students, which can then participate and compete in the first-of-its-kind event – a Municipal competition in robotics for students from the 3rd and 4th school grades. The competition was organized by the University of Ruse, with the support of the Regional Department of Education in Ruse and the Center for student, technological and scientific activities in Ruse.

The competition was divided in three separate categories – “Light tracing sprint”, “Line following competition” and “Robodance”. The first category required from the students to program their robots to follow the light emitted from their mobile phones and to clear a course track with obstacles, which was specially designed for the event, and which was divided into several stages. The students were also required to pass the light source from one team member to the other, during the different stages of the track. The second category required the unsupervised line following by the robot and the completion of one full lap in a close contour racetrack. Both of these categories required from the teams to complete the activities in the shortest possible time. The last category required from the students to “dance” with their robots and the teams were evaluated and ranked by a jury.

The competition event took place on the 11th June 2022 at the premises of the University of Ruse. Sixteen teams from twelve different institutions participated in the

Figure 5. Moments from the opening of the event and from the competitions in the different categories The event concluded with the presentation of certificates and prizes for all participants in the event, as well as with an official awarding ceremony for the winners in the individual categories.

competition (Fig. 6). The event turned out to be a major success and the competitive spirit, the dedication and the focus of the students generated a massive amount of positive energy and emotions for all organizers, participants and spectators.

4. Conclusions

The STEM educational approach is an attractive and engaging way to deliver new knowledge and build practical skills in the students. The STEM education is no longer just an interesting thing – the approach has gained “critical mass” and is well past the “point of no return”, as numerous educational systems are being adapted and transformed to include STEM courses in their syllabuses. The sudden shift to STEM education in the primary and secondary school systems has led to some serious problems, which were presented and discussed in details in this article. The surprise was not only for the teachers, many students experienced the “fear of failure” symptoms following the introduction of this new educational approach.

As presented in the manuscript, the HEIs can play an extremely important role for the rapid large-scale deployment of STEM courses, as they can develop or help with the development of the necessary teaching materials and they can provide the qualified and experiences lecturers to train the school teachers. The universities can also act as mediators for the connection between the schools and the business organizations and can supervise and guide the overall transition of the primary and secondary educational systems to the digital age.

Acknowledgments

The work presented in this publication is completed as partial fulfilment of Project BG05M2OP001-1.001-0004 UNITe, funded by the OP “Science and Education for Smart Growth”, co-funded by the European Union. This article was prepared with the support of Project 2023-FEEA-03, financed under the Scientific and Research Fund of the “Angel Kanchevˮ University of Ruse.

NOTES

1. https://www.lego.com – official website of LEGO NXT and LEGO Mindstorm.

2. https://www.arduino.cc – official website of Arduino.

3. https://www.raspberrypi.org – official website of the Raspberry Pi Foundation.

4. https://microbit.org – official website of the BBC micro:bit microcontroller.

5. https://www.pololu.com/category/169/zumo-robot-for-arduino – webpage of the Zumo robot at the Pololu Robotics and Electronics website.

6. https://www.pololu.com/product/975 – webpage of the 3pi robot at the Pololu Robotics and Electronics website.

7. https://www.dfrobot.com/product-1783.html – webpage of the micro:maqueen robot extension kit at the DFRobot website.

8. https://ruo-ruse.bg – official website of the Regional Department of Education in Ruse.

9. https://cutnt-ruse.com – official website of the Center for student, technological and scientific activities in Ruse.

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THE DUAL IMPACT OF ARTIFICIAL INTELLIGENCE: CATALYST FOR INNOVATION OR THREAT TO STABILITY

Prof. Diana Antonova, Dr. Silvia Beloeva, Assist. Prof., Ana Todorova, PhD student

MARKETING IN TOURISM: PRACTICAL EVIDENCES

Dr. Fahri Idriz, Assoc. Prof.

DEVELOPMENT OF THE INFORMATION ECONOMY CONCEPT AND THE TRANSITION TO INDUSTRY 5.0

Dr. Dora Doncheva, Assist. Prof., Dr. Dimitrina Stoyancheva, Assoc. Prof.

THE GLOBAL MARKET AS A PROJECTION OF THE INFORMATION ECONOMY

Dr. Vanya Hadzhieva, Assist. Prof. Dr. Dora Doncheva, Assist. Prof.

ACADEMIC ENTREPRENEURSHIP: PRACTICAL RESULTS AND TRAINING

Prof. Nikolay Sterev, DSc., Dr. Daniel Yordanov, Assoc. Prof.

Книжка 6
AN INTEGRATIVE APPROACH TO ORGANIZING THE FORMATION OF STUDENTS’ COGNITIVE INDEPENDENCE IN CONDITIONS OF INTENSIFICATION OF LEARNING ACTIVITIES

Dr. Albina Volkotrubova, Assoc. Prof. Aidai Kasymova Prof. Zoriana Hbur, DSc. Assoc. Prof. Antonina Kichuk, DSc. Dr. Svitlana Koshova, Assoc. Prof. Dr. Svitlana Khodakivska, Assoc. Prof.

ИНОВАТИВЕН МОДЕЛ НА ПРОЕКТНО БАЗИРАНО ОБУЧЕНИЕ НА ГИМНАЗИАЛНИ УЧИТЕЛИ: ДОБРА ПРАКТИКА ОТ УниБИТ

Проф. д-р Жоржета Назърска, доц. д-р Александър Каракачанов, проф. д-р Магдалена Гарванова, доц. д-р Нина Дебрюне

Книжка 5s
КОНЦЕПТУАЛНА РАМКА ЗА ИЗПОЛЗВАНЕ НА ИЗКУСТВЕНИЯ ИНТЕЛЕКТ ВЪВ ВИСШЕТО ОБРАЗОВАНИЕ

Акад. д.н. Христо Белоев, проф. д.н. Валентина Войноховска, проф. д-р Ангел Смрикаров

ИЗКУСТВЕНИЯТ ИНТЕЛЕКТ В БИЗНЕСА – ФИНАНСОВИ, ИКОНОМИЧЕСКИ И МАРКЕТИНГОВИ АСПЕКТИ

Проф. д-р Андрей Захариев, доц. д-р Драгомир Илиев Гл. ас. д-р Даниела Илиева

RECENT TRENDS AND APPLICATIONS OF THE ARTIFICIAL INTELLIGENCE IN THE EDUCATION

Prof. Dr. Plamen Zahariev, Prof. Dr. Georgi Hristov, Prof. Dr. Ivan Beloev

COMPARATIVE ANALYSIS OF UTILIZING POPULAR INTELLIGENT COMPUTER SYSTEMS IN EDUCATION

Dr. Galina Ivanova, Assoc. Prof. Dr. Aleksandar Ivanov, Assoc. Prof.

CONCEPTUAL MODEL OF TRAINING IN REMOTE VIRTUAL SUPERVISION IN SOCIAL WORK

Dr. Silviya Beloeva, Assist. Prof. Dr. Nataliya Venelinova, Assist. Prof.

ИЗСЛЕДВАНЕ ПРИЛОЖИМОСТТА НА БЛОКОВИ ВЕРИГИ ОТ ПЪРВО НИВО (L1) В СИСТЕМА ЗА ЕЛЕКТРОННО ОБУЧЕНИЕ

Андриан Минчев, проф. Ваня Стойкова, гл. ас. д-р Галя Шивачева Доц д-р Анелия Иванова

DIGITAL DISCRIMINATION RISKS IN THE TRANSFORMATION OF HIGHER EDUCATION

Dr. Silviya Beloeva, Assist. Prof. Dr. Nataliya Venelinova, Assist. Prof.

OPPORTUNITIES, CHALLENGES AND SOLUTIONS FOR DIGITAL TRANSFORMATION OF THE EDUCATIONAL PROCESSES THROUGH 3D TECHNOLOGIES

Prof. Georgi Hristov, Prof. Plamen Zahariev, Dr. Diyana Kinaneva, Assist. Prof., Georgi Georgiev, Assist. Prof.

ДИГИТАЛНОТО ПОКОЛЕНИЕ VS. СЛЯТОТО, ПОЛУСЛЯТОТО И РАЗДЕЛНОТО ПИСАНЕ

Доц. д-р Владислав Маринов, ас. Анита Тодоранова

OPPORTUNITIES AND CHALLENGES FOR THE EDUCATION OF STUDENTS WITH SPECIAL EDUCATIONAL NEEDS IN THE DIGITAL ENVIRONMENT: THE NEW NORMAL

Prof. Julia Doncheva, DSc., Dr. Galina Ivanova, Assoc. Prof. Dilshod Tojievich Oblokulov

ИЗГРАЖДАНЕ НА КОМПЕТЕНЦИИ ЗА РАЗРАБОТВАНЕ НА STEM ОБУЧИТЕЛНИ РЕСУРСИ У БЪДЕЩИ УЧИТЕЛИ ПО ПРИРОДНИ НАУКИ

Доц. д-р Евгения Горанова, проф. д.н. Валентина Войноховска, проф. д-р Ангел Смрикаров

APPLICATION OF ZSPACE TECHNOLOGY IN THE DISCIPLINES OF THE STEM CYCLE

Boyana Ivanova, Assist. Prof. Dr. Kamelia Shoilekova, Assoc. Prof. Dr. Desislava Atanasova, Assoc. Prof. Dr. Rumen Rusev, Assoc. Prof.

TEACHERS' ADAPTATION TO CHANGES IN AN INCREASINGLY COMPLEX WORLD THROUGH THE USE OF AI

Prof. Zhanat Nurbekova, Kanagat Baigusheva, Kalima Tuenbaeva, Bakyt Nurbekov Prof. Tsvetomir Vassilev

АТОСЕКУНДНОТО ОБУЧЕНИЕ – МЕТАФОРА НА ДНЕШНОТО ОБРАЗОВАНИЕ

Проф. д.н. Юлия Дончева, Денис Асенов, проф. д-р Ангел Смрикаров проф. д-р Цветомир Василев

APPLICATION AND ASSESSMENT OF DIGITAL RESOURCES IN THE EDUCATION OF FUTURE PEDAGOGUES

Dr. Galina Ivanova, Assoc. Prof., Dr. Milena Velikova, Assist. Prof.

IDENTIFYING PLAYER TYPES IN THE CLASSROOM FOR EFFECTIVE GAMIFICATION

Dr. Desislava Atanasova, Assoc. Prof., Viliana Molnar

DEVELOPMENT AND INTEGRATION OF AUDIO AND VISUAL MICRO-RESOURCES IN THE LEARNING PROCESS THROUGH THE USE OF ARTIFICIAL INTELLIGENCE SYSTEMS

Dr. Petya Stefanova, Assist. Prof., Dr. Assist. Elitsa Ibryamova, Assist. Prof., Prof. Angel Smrikarov, Dr. Galina Ivanova, Assoc. Prof.

АНАЛИЗ НА ПРОГРАМНИТЕ МОДЕЛИ ЗА АВТОМАТИЗИРАНЕ НА КОГНИТИВНИ ПРОЦЕСИ

Доц. д-р Валентин Атанасов Доц. д-р Анелия Иванова

Книжка 5
MANAGING A POSITIVE AND LIFE-SKILLS DEVELOPMENT IN THE SCHOOL-BASED CURRICULA: A LITERATURE REVIEW ON THE SUSTAINABLE EDUCATION

Dr. Lindita Durmishi, Assoc. Prof., Dr. Ardian Durmishi Prof. Milena Filipova Dr. Silva Ibrahimi

APPLICATION OF THE COMPETENCY MODEL IN BUSINESS ADMINISTARATION HIGHER EDUCATION IN HORIZON 2030

Prof. Nadya Mironova, Dr. Tatyana Kicheva, Assoc. Prof., Dr. Miglena Angelova, Assoc. Prof.

Книжка 4s
THE EDUCATION AND RESEARCH IN THE QUADRUPLE HELIX AND THE REGIONAL INNOVATION PROSPECTS

Prof. Dr. Milen Baltov Dr. Stela Baltova, Assoc. Prof. Dr. Vilyana Ruseva, Assoc. Prof.

Книжка 4
ATTITUDES OF STUDENTS – FUTURE TEACHERS, FOR THE APPLICATION OF GENERATIVE ARTIFICIAL INTELLIGENCE

Assoc. Prof. Nikolay Tsankov, DSc. Dr. Ivo Damyanov, Assist. Prof.

EDUCATIONAL NEEDS OF THE JUDICIAL ADMINISTRATION IN THE CONTEXT OF DIGITALIZATION

Dr. Diana Dimitrova, Dr. Darina Dimitrova, Assoc. Prof., Dr. Velina Koleva

MANAGERIAL ASPECTS OF COOPERATION AMONG HIGHER EDUCATION INSTITUTIONS AND THEIR STAKEHOLDERS

Prof. Olha Prokopenko, DSc. Dr. Svitlana Perova, Assoc. Prof. Prof. Tokhir Rakhimov, DSc.

APPLICATION OF EDUCATIONAL STRATEGIES IN STUDYING THE DYNAMICS OF STATE POWER STRUCTURES: IMPLEMENTATION OF FORMAL AND INFORMAL MECHANISMS OF INFLUENCE

Prof. Stoyan Denchev, DSc. Dr. Miriyana Pavlova, Assist. Prof. Dr. Steliana Yordanova, Assist. Prof.

ДИАГНОСТИКА НА ФОРМИРАНАТА ПРОФЕСИОНАЛНА КОМПЕТЕНТНОСТ НА БЪДЕЩИ ИНЖЕНЕРИ ПО ЕНЕРГЕТИКА

Гл. ас. д-р Надя Илиева Доц. д-р Елена Бояджиева Ивалина Маринова

Книжка 3s
A MODEL FOR CALCULATING THE INDIRECT ADDED VALUE OF AI FOR BUSINESS

Dr. Petya Biolcheva, Assoc. Prof., Prof. Nikolay Sterev, DSc.

AI EFFECTIVENESS AND RISK ASSESSMENT OF INVESTMENTS IN HIGH-RISK START-UPS

Sotir Ivanov, PhD Student, Dr. Petya Biolcheva, Assoc. Prof.

COMPETITIVENESS OF TEXTILE PRODUCERS IN DIGITAL BUSINESS ERA

Prof. Nikolay Sterev, DSc., Dr. Vyara Milusheva, Assoc. Prof.

CHALLANGES OF USING ARTIFICIAL INTELLIGENCE IN MANAGEMENT DECISION MAKING

Dr. Bozhana Stoycheva, Assist. Prof. Dr. Pavel Vitliemov, Assoc. Prof.

THE SIGNIFICANCE OF ERASMUS+ MOBILITY IN BUSINESS EDUCATION: AN EXAMINATION OF A SUCCESSFUL BULGARIAN-MEXICAN COLLABORATION

Dr. Lyudmila Mihaylova, Assoc. Prof. Dr. Emil Papazov, Assoc. Prof. Dr. Diana E. Woolfolk Ruiz

Книжка 3
ИГРОВИ ПОДХОДИ В ОБУЧЕНИЕТО: УНИВЕРСИТЕТСКИ КОНТЕКСТ

Проф. д.н. Цветан Давидков Силвия Тонева, докторант

Книжка 2
FORMATION OF PROFESSIONAL SKILLS OF AGRICULTURAL ENGINEERS DURING LABORATORY PRACTICE WHEN STUDYING FUNDAMENTAL SCIENCE

Dr. Ivan Beloev, Assoc. Prof. Dr. Oksana Bulgakova, Assoc. Prof., Dr. Oksana Zakhutska, Assoc. Prof., Dr. Maria Bondar, Assoc. Prof. Dr. Lesia Zbaravska, Assoc. Prof.

ИМИДЖ НА УНИВЕРСИТЕТА

Проф. д.п.н. Галя Христозова

Книжка 1s
COMPETITIVENESS AS A RESULT OF CREATIVITY AND INNOVATION

Dr. Nikolay Krushkov, Assoc. Prof. Dr. Ralitza Zayakova-Krushkova

INNOVATION, TECHNICAL PROGRESS AND ECONOMIC DEVELOPMENT

Dr. Aleksandar Aleksandrov, Assist. Prof.

ENHANCING ECONOMIC SECURITY THROUGH INTELLECTUAL PROPERTY

Dr. Dimiter Gantchev, Assist. Prof.

INTELLECTUAL PROPERTY AND SECURITY IN THE INTEGRATED CIRCUITS INDUSTRY

Dr. Ivan Nachev, Dr. Yuliana Tomova, Iskren Konstantinov, PhD student, Marina Spasova, student

GREEN TRADEMARKS AND SUSTAINABILITY

Dr. Silviya Todorova, Assist. Prof.

ARTIFICIAL INTELLIGENCE AND ITS PROTECTION AS AN INVENTION

Dr. Vladislava Pаcheva, Assist. Prof.

Книжка 1
PROBLEMS AND PERSPECTIVES FOR SOCIAL ENTREPRENEURSHIP IN HIGHER EDUCATION

Prof. Dr. Milena Filipova Prof. Dr. Olha Prokopenko Prof. Dr. Igor Matyushenko, Dr. Olena Khanova, Assoc. Prof. Dr. Olga Shirobokova, Assoc. Prof. Dr. Ardian Durmishi

RESEARCH OF USING THE SYSTEM APPROACH TO INCREASE PROFESSIONAL COMPETENCE OF STUDENTS IN THE PROCESS OF STUDYING NATURAL SCIENCES

Dr. Ivan Beloev, Assoc. Prof. Dr. Іnna Savytska, Assoc. Prof., Dr. Oksana Bulgakova, Assoc. Prof. Prof. Iryna Yasinetska, Dr. Lesia Zbaravska, Assoc. Prof.

2023 година
Книжка 6s
TRANSFORMING MARITIME EDUCATION FOR A DIGITAL INDUSTRY

Dr. Christiana Atanasova, Assist. Prof.

DEVELOPMENT OF A COMMON INFORMATION SYSTEM TO CREATE A DIGITAL CAREER CENTER TOGETHER WITH PARTNER HIGHER SCHOOLS

Prof. Dr. Yordanka Angelova, Dr. Rossen Radonov, Assoc. Prof. Vasil Kuzmov, Assist. Prof. Stela Zhorzh Derelieva-Konstantinova

DRAFTING A DIGITAL TRANSFORMATION STRATEGY FOR PROJECT MANAGEMENT SECTOR – EMPIRICAL STUDY ON UAE

Mounir el Khatib, Shikha al Ali, Ibrahim Alharam, Ali Alhajeri Dr. Gabriela Peneva, Assist. Prof., Prof. Jordanka Angelova, Mahmoud Shanaa

VOYAGE OF LEARNING: CRUISE SHIPS WEATHER ROUTING AND MARITIME EDUCATION

Prof. Svetlana Dimitrakieva, Dr. Dobrin Milev, Assist. Prof., Dr. Christiana Atanasova, Assist. Prof.

RESEARCH ON THE SUSTAINABLE DEVELOPMENT COMPETENCES OF THE LANDSCAPE ARCHITECT IN PRACTICE

Land. arch. Elena Dragozova, Assoc. Prof., Dr. Stanislava Kovacheva, Assoc. Prof.

STUDY OF THE KEY FACTORS INFLUENCING THE EFFECTIVE PLANNING AND UTILIZATION OF PRODUCTION FACILITIES IN THE INDUSTRIAL ENTERPRISE

Dr. Tanya Panayotova, Assoc. Prof., Dr. Krasimira Dimitrova, Assoc. Prof., Neli Veleva, PhD student

SIMULATOR TRAINING – UNIQUE POWERFUL INSTRUMENT FOR EDUCATING, SKILLS CREATING, MITIGATING SKILLS AND RESILIENCE CREATING

Prof. Dimitar Dimitrakiev, Vencislav Stankov, Assist. Prof., Dr. Christiana Atanasova, Assist. Prof.

СТРУКТУРНИ ПРОМЕНИ В ОБУЧЕНИЕТО НА МЕНИДЖЪРИ ЗА ИНДУСТРИЯ 5.0

Доц. д-р Недко Минчев, доц. д-р Венета Христова, гл. ас. д-р Иван Стоянов

RESEARCH OF THE INNOVATION CAPACITY OF AGRICULTURAL PRODUCERS

Dr. Siya Veleva, Assoc. Prof.; Prof. Dr. Eng. Margarita Mondeshka Dr. Anka Tsvetanova, Assoc. Prof.,

Книжка 6
Книжка 5s
ПРЕСЕЧНАТА ТОЧКА НА СПОРТА, СИГУРНОСТТА И КРИПТО ФЕН ТОКЕНИТЕ

Полк. доц. Георги Маринов Доц. Милена Кулева

ВИДОВЕ ТРАВМИ В ПАРАШУТИЗМА И ПРЕВЕНЦИЯТА ИМ

Капитан III ранг Георги Калинов

ОБУЧЕНИЕ В ХОДЕНЕ С ПОМОЩНИ СРЕДСТВА – РИСКОВЕ И СИГУРНОСТ ЗА ПАЦИЕНТА

Атанас Друмев Доц. д-р Данелина Вачева, доц. д-р Искра Петкова

Книжка 5
ПОДХОДИ ЗА ПСИХОСОЦИАЛНА ПОДКРЕПА НА УНИВЕРСИТЕТСКИ ПРЕПОДАВАТЕЛИ В УСЛОВИЯ НА КРИЗА

Доц. д.н. Цветелина Търпоманова, доц. д.н. Веселина Славова

Книжка 4s
DETERMINING THE DEGREE OF DIGITALIZATION OF A HIGHER EDUCATION INSTITUTION

Acad. DSc. Hristo Beloev, Prof. Dr. Angel Smrikarov, Assoc. Prof. DSc. Valentina Voinohovska, Assoc. Prof. Dr. Galina Ivanova

A STUDY ON THE POSSIBILITIES TO INTEGRATE THE MODERN 3D TECHNOLOGIES IN THE SCIENTIFIC ACTIVITIES OF THE HIGHER EDUCATION INSTITUTIONS

Prof. Dr. Georgi Hristov, Assoc. Prof. Dr. Ivan Beloev, Assoc. Prof. Dr. Plamen Zahariev, Assist. Prof. Dr. Diyana Kinaneva, Assist. Prof. Georgi Georgiev

THE ROLE OF THE UNIVERSITIES AS ACCELERATORS FOR THE INTEGRATION OF THE STEM LEARNING METHODS IN THE PRIMARY AND SECONDARY SCHOOLS

Prof. Dr. Georgi Hristov, Assoc. Prof. Dr. Ivan Beloev, Assoc. Prof. Dr. Plamen Zahariev, Assist. Prof. Georgi Georgiev

ОТ STEM КЪМ BEST: ДВА СТАНДАРТА, ЕДНА ЦЕЛ

Проф. д-р Андрей Захариев, проф. д-р Стефан Симеонов, гл. ас. д-р Таня Тодорова

ВЪЗМОЖНОСТИ ЗА ПРИЛОЖЕНИЕ НА БЛОКЧЕЙН ТЕХНОЛОГИЯТА В ОБРАЗОВАНИЕТО

Докторант Андриан Минчев, доц. д-р Ваня Стойкова

ПРЕДИЗВИКАТЕЛСТВА НА ДИГИТАЛНАТА ТРАНСФОРМАЦИЯ В ОБРАЗОВАНИЕТО – СРАВНИТЕЛЕН АНАЛИЗ НА СТУДЕНТСКОТО МНЕНИЕ

Гл. ас. д-р Мирослава Бонева, доц. д-р Антон Недялков, проф. д.н. Милена Кирова

CHALLENGES, REQUIREMENTS, OPPORTUNITIES AND SOLUTIONS FOR THE DIGITAL TRANSFORMATION OF THE TRANSPORT EDUCATION

Prof. Dr. Georgi Hristov, Assoc. Prof. Dr. Ivan Beloev, Assoc. Prof. Dr. Plamen Zahariev

Книжка 4
EFFECT OF RESILIENCE ON BURNOUT IN ONLINE LEARNING ENVIRONMENT

Dr. Radina Stoyanova, Prof. Sonya Karabeliova, Petya Pandurova, Dr. Nadezhda Zheckova Dr. Kaloyan Mitev

STATE AND PROSPECTS OF DEVELOPMENT OF ACADEMIC MOBILITY IN THE SYSTEM OF TRAINING A SPECIAL EDUCATION SPECIALIST

Dr. Tetiana Dokuchyna, Assoc. Prof., Prof. Dr. Svitlana Myronova, Dr. Tetiana Franchuk, Assoc. Prof.

Книжка 3s
STRATEGIES AND POLICIES TO SUPPORT THE DEVELOPMENT OF AI TECHNOLOGIES IN EUROPE

Assoc. Prof. Miglena Molhova, Assoc. Prof. Petya Biolcheva

BULGARIA'S TECHNOLOGICAL DEVELOPMENT THROUGH THE PRISM OF HIGHER EDUCATION POLICIES

Assoc. Prof. Ivaylo B. Ivanov, Assoc. Prof. Miglena Molhova

INTELLIGENT ANIMAL HUSBANDRY: FARMER ATTITUDES AND A ROADMAP FOR IMPLEMENTATION

Prof. Dr. Dimitrios Petropoulos, Koutroubis Fotios Assoc. Prof. Petya Biolcheva Evgeni Valchev

EFFECTIVE MANAGEMENT OF HUMAN RESOURCES IN TOURISM THROUGH MOTIVATION

Assoc. Prof. Fahri Idriz Assoc. Prof. Marin Geshkov

Книжка 3
САМООЦЕНКА НА ОБЩООБРАЗОВАТЕЛНИТЕ И РЕСУРСНИТЕ УЧИТЕЛИ ЗА РАБОТА В ПАРАДИГМАТА НА ПРИОБЩАВАЩОТО ОБРАЗОВАНИЕ

Проф. д.н. Милен Замфиров, проф. Емилия Евгениева, проф. Маргарита Бакрачева

STUDY OF THE DEVELOPMENT OF THE USE OF COMMUNICATIVE TECHNOLOGIES IN THE EDUCATIONAL PROCESS OF ENGINEERS TRAINING

Assoc. Prof. Ivan Beloev, Assoc. Prof. Valentina Vasileva Assoc. Prof. Sergii Bilan, Assoc. Prof. Maria Bondar, Assoc. Prof. Oksana Bulgakova, Assoc. Prof. Lyubov Shymko

SAFETY THROUGH ARTIFICIAL INTELLIGENCE IN THE MARITIME INDUSTRY

Assoc. Prof. Petya Biolcheva Evgeni Valchev, PhD student

Книжка 2
РАЗПОЛОЖЕНИЕ НА ВИСШИТЕ УЧИЛИЩА В БЪЛГАРИЯ В КОНТЕКСТА НА ФОРМИРАНЕ НА ПАЗАРА НА ТРУДА

Гл. ас. д-р Цветелина Берберова-Вълчева, доц. д-р Камен Петров, доц. д-р Николай Цонков

CHARACTERISTICS AND COMPONENTS OF THE CYBER HYGIENE AS A SUBCLASS OF CYBER SECURITY IN MILITARY ENVIRONMENT AND EDUCATIONAL ISSUES

Prof. Boyan Mednikarov, DSc. Prof. Yuliyan Tsonev Dr. Borislav Nikolov, Prof. Andon Lazarov, DSc.

Книжка 1
MODERNIZATION OF THE CONTENT OF THE LECTURE COURSE IN PHYSICS FOR TRAINING FUTURE AGRICULTURAL ENGINEERS

Dr. Ivan Beloev, Assoc. Prof., Dr. Valentina Vasileva, Assoc. Prof. Prof. Vasyl Shynkaruk, DSc., Assoc. Prof. Oksana Bulgakova, Assoc. Prof. Maria Bondar Assoc. Prof. Lesia Zbaravska, Assoc. Prof. Sergii Slobodian

THE NEW PANDEMIC NORMAL THROUGH THE EYES OF BULGARIAN STUDENTS

Prof. Vyara Stoilova, Assoc. Prof. Todorka Kineva

2022 година
Книжка 6
ORGANIZATION OF AN INCLUSIVE EDUCATIONAL ENVIRONMENT FOR THE STUDENTS WITH SPECIAL NEEDS

Prof. Halyna Bilavych Prof. Nataliia Bakhmat Prof. Tetyana Pantiuk, Prof. Mykola Pantiuk Prof. Borys Savchuk

ДИГИТАЛИЗАЦИЯ НА ОБРАЗОВАНИЕТО В БЪЛГАРИЯ: СЪСТОЯНИЕ И ОБЩИ ТЕНДЕНЦИИ

Д-р Теодора Върбанова, проф. д-р Албена Вуцова, доц. д-р Николай Нетов

СКРИНИНГ НА ЗРЕНИЕТО – ПРОФИЛАКТИКА И ЕЛЕМЕНТ ОТ ПРАКТИКАТА НА СТУДЕНТИ И ОБУЧЕНИЕТО НА УЧЕНИЦИ

Руска Драганова-Христова, д-р Славена Стойкова, доц. д-р Снежана Йорданова

Книжка 5
ПРАВОТО НА ИЗБОР В ЖИВОТА НА ДЕЦАТА В РЕПУБЛИКА БЪЛГАРИЯ

Проф. д.п.н. Сийка Чавдарова-Костова, гл. ас. д-р Даниела Рачева, ас. Екатерина Томова, доц. д-р Росица Симеонова

SUSTAINABLE PROFESSIONAL DEVELOPMENT THROUGH COACHING: BENEFITS FOR TEACHERS AND LEARNERS

Assoc. Prof. Irina Ivanova, Assoc. Prof. Penka Kozhuharova, Prof. Rumyana Todorova

SELF-ASSESSMENT – A COMPONENT OF THE COMPETENCE-BASED TRAINING IN THE PROFESSION “APPLIED PROGRAMMER”

Assoc. Prof. Ivaylo Staribratov, Muharem Mollov, Rosen Valchev Petar Petrov

Книжка 4
BENCHMARKING FOR DEVELOPMENT OF SPEED AND POWER CHARACTERISTICS

Assist. Prof. Dr. Darinka Ignatova Assoc. Prof. Dr. Alexander Iliev

DIAGNOSIS AS A TOOL FOR MONITORING THE EFFECTIVENESS OF ADDICTION PREVENTION IN ADOLESCENTS

Prof. O.A. Selivanova Assoc. Prof. N.V. Bystrova, Assoc. Prof. I.I. Derecha, Assoc. Prof. T.S. Mamontova, Assoc. Prof. O.V. Panfilova

Книжка 3
ПУБЛИЧНОТО РАЗБИРАНЕ НА НАУКАТА В МРЕЖОВИЯ СВЯТ

Д-р Светломир Здравков, д-р Мартин Й. Иванов, д-р Петя Климентова

ОБРАЗОВАНИЕ ЗА УСТОЙЧИВО РАЗВИТИЕ – ПРАКТИКО-ПРИЛОЖНИ АСПЕКТИ

Гл. ас. д-р Златка Ваклева Проф. д-р Тоня Георгиева

Книжка 2
PREPARATION OF PRIMARY SCHOOL TEACHERS FOR COMMUNICATIVE AND RHETORICAL ACTIVITY IN SCHOOL IN THE CONTEXT OF THEIR PRACTICAL TRAINING

Prof. Halyna Bilavych Prof. Nataliia Bakhmat Prof. Tetyana Pantyuk, Prof. Mykola Pantyuk Prof. Borys Savchuk

ПРОЛЕТНА КОНФЕРЕНЦИЯ НА СЪЮЗА НА МАТЕМАТИЦИТЕ В БЪЛГАРИЯ

(Трявна, 5 – 9 април 2022) Гл. ас. д-р Албена Симова

Книжка 1
ДИГИТАЛНАТА ИНТЕРАКЦИЯ ПРЕПОДАВАТЕЛ – СТУДЕНТ В ОНЛАЙН ОБУЧЕНИЕТО В МЕДИЦИНСКИТЕ УНИВЕРСИТЕТИ

Д-р Миглена Търновска, д-р Румяна Стоянова Доц. Боряна Парашкевова, проф. Юлияна Маринова

2021 година
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ЕДНА РЕКАПИТУЛАЦИЯ НА ИЗСЛЕДВАНИЯ ВЪРХУ ИНТЕРКУЛТУРНИТЕ ОТНОШЕНИЯ. КАКВО СЛЕДВА ОТ ТОВА ЗА ОБРАЗОВАНИЕТО?

Давидков, Ц., 2019. Изследвания върху културите. Културни ориентири на управлението. София: СУ „Св. Климент Охридски“, ISBN 978-954-9399-52-3 Проф. Пламен Макариев

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RECOGNITION OF FAKE NEWS IN SPORTS

Colonel Assoc. Prof. Petko Dimov

SIGNAL FOR HELP

Ina Vladova, Milena Kuleva

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PREMISES FOR A MULTICULTURAL APPROACH TO EDUCATION

Dr. Anzhelina Koriakina, Assoc. Prof., Prof. Lyudmila Amanbaeva, DSc.

ПОЗИТИВНА ПСИХОЛОГИЯ: ПРОБЛЕМНИ ОБЛАСТИ И ФОРМИРАНЕ НА ЛИЧНОСТТА

Доц. д-р Стоил Мавродиев, Любомира Димитрова

КНИГА ЗА ИСТОРИЯТА НА БЪЛГАРСКОТО ВИСШЕ ИНЖЕНЕРНО ОБРАЗОВАНИЕ

Сгурев, В., Гергов, С., Иванов, Г., 2019. Положителните науки с приложение към индустрията. История на висшето техническо образование в България. София: Изд. на БАН „Проф. Марин Дринов“, Изд. „Захарий Стоянов“. ISBN 978-619-245-004-5, ISBN 978-954-09-1387-2.

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ENTREPRENEURSHIP AND INTERDISCIPLINARY EDUCATION – SEMIOTIC ASPECTS

Prof. Dr. Christo Kaftandjiev Dr. Diana Kotova

THE PRACTICAL IMPORTANCE OF ACCOUNTING EDUCATION FOR FUTURE MANAGERS

Nataliia Radionova, DSc. Dr. Radostina Stoyanova, Assist. Prof.

ЗА ОБРАЗОВАТЕЛНАТА ИНТЕГРАЦИЯ И ЗАЛОЗИТЕ НА НАСТОЯЩЕТО

Нунев, Й., 2020. Мониторинг на процесите на приобщаване и образователна интеграция и модели за десегрегация на ромското образование. Пловдив: Астарта, ISBN 978-954-350-283-7

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METHODOLOGY OF SAFETY AND QUALITY OF LIFE ON THE BASIS OF NOOSPHERIC EDUCATION SYSTEM FORMATION

Nataliia Bakhmat Nataliia Ridei, Nataliia Tytova, Vladyslava Liubarets, Oksana Katsero

ОБРАЗОВАНИЕ В УСТОЙЧИВО РАЗВИТИЕ И ВЗАИМОДЕЙСТВИЕ „ДЕТЕ – СРЕДА“

Стоянова, М. (2020). Образование в устойчиво развитие и взаимодействие „дете – среда“ София: Авангард принт. ISBN 978-954-337-408-3

2020 година
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HIGHER EDUCATION AS A PUBLIC GOOD

Yulia Nedelcheva, Miroslav Nedelchev

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НАСЪРЧАВАНЕ НА СЪТРУДНИЧЕСТВОТО МЕЖДУ ВИСШИТЕ УЧИЛИЩА И БИЗНЕСА

Добринка Стоянова, Блага Маджурова, Гергана Димитрова, Стефан Райчев

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THE STRATEGY OF HUMAN RIGHTS STUDY IN EDUCATION

Anush Balian Nataliya Seysebayeva Natalia Efremova Liliia Danylchenko

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ПОМОЩНИ СРЕДСТВА И ТЕХНОЛОГИИ В ПРИОБЩАВАЩОТО ОБРАЗОВАНИЕ

Янкова, Ж. (2020). Помощни средства и технологии за деца и ученици със специални образователни потребности в приобщаващото образование.

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МИГРАЦИЯ И МИГРАЦИОННИ ПРОЦЕСИ

Веселина Р. Иванова

SOCIAL STATUS OF DISABLED PEOPLE IN RUSSIA

Elena G. Pankova, Tatiana V. Soloveva, Dinara A. Bistyaykina, Olga M. Lizina

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ETHNIC UPBRINGING AS A PART OF THE ETHNIC CULTURE

Sholpankulova Gulnar Kenesbekovna

ЗА СВЕТЛИНАТА, КОЯТО ИЗЛЪЧВА… В ПАМЕТ НА ПРОФ. Д.П.Н. АСЕМГУЛ МАЛДАЖАНОВА

Нашата редколегия загуби един все- отдаен и неповторим колега и приятел – проф. д.п.н. Асемгул Малдажанова. Пе- дагог по призвание и филолог по мисия! Отиде си от нас нашият приятел, коле- га и член на редколегията на списанието – професор д.п.н. Асемгул Малдажанова – първи заместник-ректор на Евразийския

2019 година
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EMOTIONAL COMPETENCE OF THE SOCIAL TEACHER

Kadisha K. Shalgynbayeva Ulbosin Zh.Tuyakova

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„ОБРАЗОВАТЕЛНИ КИНОХОРИЗОНТИ“ В ПОЛЕТО НА МЕДИА ОБРАЗОВАНИЕТО

(2018). Образователни кинохоризонти. Международен сборник с научни публи- кации по проект „Естетически и образователни проекции на кинодидактиката“. Бургас: Проф. д-р Асен Златаров. Съставител: Маргарита Терзиева. ISBN 978-954-471-496-3

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ВИСШЕТО МОРСКО ОБРАЗОВАНИЕ В КОНКУРЕНТНА СРЕДА

Бакалов, Я. (2019). Висше морско образование. Лидиране в конкурентна среда. Варна: Стено. ISBN 978-619-241-029-2

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УЧИЛИЩЕТО НА БЪДЕЩЕТО

Наталия Витанова

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КНИГА ЗА УСПЕШНИТЕ НАУЧНИ ПУБЛИКАЦИИ

Кожухаров, А. (2018). Успешните научни публикации. Варна: Тера Балканика. ISBN 978-619-90844-1-0

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POST-GRADUATE QUALIFICATION OF TEACHERS IN INTERCULTURAL EDUCATIONAL ENVIRONMENT

Irina Koleva, Veselin Tepavicharov, Violeta Kotseva, Kremena Yordanova

ДЕЦАТА В КОНСТИТУЦИОННИТЕ НОРМИ НА БЪЛГАРИЯ

Румен Василев, Весела Марева

СЪСТОЯНИЕ НА БЪЛГАРСКОТО ОБРАЗОВАНИЕ

Анелия Любенова Любомир Любенов

ИНТЕРКУЛТУРНИЯТ ТРЕНИНГ КАТО ЧАСТ ОТ СТРАТЕГИЯТА ЗА ГЛОБАЛИЗАЦИОННА ИНТЕГРАЦИЯ

Хубенова, М. (2018). Значение на междукултурната комуникация за направления: политически науки, право, икономика и бизнес. София: Издателски комплекс УНСС. ISBN 978-619-232-072-0

ЕДИН НОВ УЧЕБНИК

Дончева, Ю. (2018). Теоретични и методически основи на запознаване с околния свят в детската градина. Русе: Лени Ан

2018 година
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СТРАТЕГИИ НА ОБРАЗОВАТЕЛНАТА И НАУЧНАТА ПОЛИТИКА НАУЧНО СПИСАНИЕ STRATEGIES FOR POLICY IN SCIENCE AND EDUCATION EDUCATIONAL JOURNAL ГОДИНА XXVI / VOLUME 26, 2018 ANNUAL CONTENTS / ГОДИШНО СЪДЪРЖАНИЕ СТРАНИЦИ / PAGES КНИЖКА 1 / NUMBER 1: 1 – 120 КНИЖКА 2 / NUMBER 2: 121 – 224 КНИЖКА 3 / NUMBER 3: 225 – 336 КНИЖКА 4 / NUMBER 4: 337 – 448 КНИЖКА 5 / NUMBER 5: 449 – 560 КНИЖКА 6 / NUMBER 6: 561 – 664

ДИСКУСИОННО / DISCUSSION 211 – 216: Процедурата за назначаване на ръководител на катедра като причина за вло- шаващото се качество на обучението и микроклимата във висшите учи лища у нас [The Procedure for Appointing a Head of Department as a Reason for the Deteriorating Quality of Education and the Microclimate in the Higher School] / Александър Димит- ров / Alexander Dimitrov

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A NEW AWARD FOR PROFESSOR MAIRA KABAKOVA

The staff of the Editorial board of the journal “Strategies for Policy in Science and Education” warmly and sincerely congratulates their Kazakhstan colleague -

ПРОДЪЛЖАВАЩАТА КВАЛИФИКАЦИЯ НА УЧИТЕЛИТЕ – НОРМАТИВЕН И ИЗСЛЕДОВАТЕЛСКИ ОБЗОР

(научно-теоретично обобщение върху проведени обучения на учители)

ЕТНОЦЕНТРИЗМЪТ И ИНЕРЦИИТЕ ОТ МИНАЛОТО – СЕРИОЗНИ ПРОБЛЕМИ В БЪЛГАРСКАТА ОБРАЗОВАТЕЛНА СИСТЕМА

(Eтнопедагогически аспекти на основното и средното образование) Веселин Тепавичаров

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ХРИСТО БОТЕВ И ПОЗНАВАТЕЛНИЯТ КРЪГОЗОР НА СЪВРЕМЕННИТЕ СТУДЕНТИ ЗА ЕВРОПА

Изследователски разказ за един познавателен подвиг и за една познавателна недостатъчност

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BLENDED EDUCATION IN HIGHER SCHOOLS: NEW NETWORKS AND MEDIATORS

Nikolay Tsankov Veska Gyuviyska Milena Levunlieva

ВЗАИМОВРЪЗКАТА МЕЖДУ СПОРТА И ПРАВОТО

Ивайло Прокопов, Елица Стоянова

НАДНАЦИОНАЛНИ И МЕЖДУПРАВИТЕЛСТВЕНИ МЕТОДИ НА ИНТЕГРАЦИЯ В ОБЛАСТТА НА ПРАВОСЪДИЕТО И СИГУРНОСТТА

(Формиране на обща миграционна политика: парадигми и образователни аспекти) Лора Махлелиева-Кларксън

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ВЪЗПРИЯТИЯ И НАГЛАСИ НА УЧЕНИЦИТЕ ПО ВАЖНИ ОБЩЕСТВЕНИ ВЪПРОСИ

(Данни от Международното изследване на гражданското образование – ICCS 2016)

2017 година
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ЗНАЧИМОСТТА НА УЧЕНЕТО: АНАЛИЗ НА ВРЪЗКИТЕ МЕЖДУ ГЛЕДНИТЕ ТОЧКИ НА УЧЕНИЦИ, РОДИТЕЛИ И УЧИТЕЛИ

Илиана Мирчева, Елена Джамбазова, Снежана Радева, Деян Велковски

ВЪЗПРИЯТИЯ И НАГЛАСИ НА УЧЕНИЦИТЕ ПО ВАЖНИ ОБЩЕСТВЕНИ ВЪПРОСИ

(Данни от Международното изследване на гражданското образование – ICCS 2016)

СТРАТЕГИИ НА ОБРАЗОВАТЕЛНАТА И НАУЧНАТА ПОЛИТИКА НАУЧНО СПИСАНИЕ STRATEGIES FOR POLICY IN SCIENCE AND EDUCATION EDUCATIONAL JOURNAL ГОДИНА XXV / VOLUME 25, 2017 ANNUAL CONTENTS / ГОДИШНО СЪДЪРЖАНИЕ

СТРАНИЦИ / PAGES КНИЖКА 1 / NUMBER 1: 1 – 112 КНИЖКА 2 / NUMBER 2: 113 – 224 КНИЖКА 3 / NUMBER 3: 225 – 336 КНИЖКА 4 / NUMBER 4: 337 – 448 КНИЖКА 5 / NUMBER 5: 449 – 552 КНИЖКА 6 / NUMBER 6: 553 – 672

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ОРГАНИЗАЦИОННА КУЛТУРА В УЧИЛИЩЕ

Ивайло Старибратов, Лилия Бабакова

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КОУЧИНГ. ОБРАЗОВАТЕЛЕН КОУЧИНГ

Наталия Витанова, Нели Митева

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ТЕХНОХУМАНИЗМЪТ И ДЕЙТЪИЗМЪТ – НОВИТЕ РЕЛИГИИ НА БЪДЕЩЕТО

Harari, Y. N. (2016). Homo Deus. A Brief History of Tomorrow. Harvill Secker. ISBN-10: 1910701874

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РЕФОРМИТЕ В ОБРАЗОВАНИЕТО – ПЕРСПЕКТИВИ И ПРЕДИЗВИКАТЕЛСТВА

Интервю с Габриела Миткова, началник на Регионалното управление на образованието – Силистра

ЕМПАТИЯ И РЕФЛЕКСИЯ

Нели Кънева, Кристиана Булдеева

2016 година
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СТРАТЕГИИ НА ОБРАЗОВАТЕЛНАТА И НАУЧНАТА ПОЛИТИКА НАУЧНО СПИСАНИЕ STRATEGIES FOR POLICY IN SCIENCE AND EDUCATION EDUCATIONAL JOURNAL ГОДИНА XXIV / VOLUME 24, 2016 ANNUAL CONTENT / ГОДИШНО СЪДЪРЖАНИЕ

СТРАНИЦИ / PAGES КНИЖКА 1 / NUMBER 1: 1 – 120 КНИЖКА 2 / NUMBER 2: 121 – 232 КНИЖКА 3 / NUMBER 3: 233 – 344 КНИЖКА 4 / NUMBER 4: 345 – 456 КНИЖКА 5 / NUMBER 5: 457 – 568 КНИЖКА 6 / NUMBER 6: 569 – 672

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2014 година
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КОХЕРЕНТНОСТ НА ПОЛИТИКИ

Албена Вуцова, Лиляна Павлова

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ОБРАЗОВАНИЕТО ПО ПРАВАТА НА ЧОВЕКА ПРЕЗ ПОГЛЕДА НА ДОЦ. ЦЕЦКА КОЛАРОВА

Цецка Коларова. (2013). Образование по правата на човека. София: Авангард Прима. ISBN 978-619-160-234-6

USING THE RESULTS OF A NATIONAL ASSESSMENT OF EDUCATIONAL ACHIEVEMENT

Thomas Kellaghan Vincent Greaney T. Scott Murray Chapter 4 Translating Assessment Findings Into Policy And Action Although the primary purpose of a system of national assessment is to describe students’ learning, its role is not limited to description. To justify the effort and expenditure involved, the information that an assessment provides about the achievements of students, their strengths and weaknesses, and how they are distributed in the population (for example, by gender or location

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PROFESSIONAL DEVELOPMENT OF UNIVERSITY FACULTY: А SOCIOLOGICAL ANALYSIS

Gulnar Toltaevna Balakayeva Alken Shugaybekovich Tokmagambetov Sapar Imangalievich Ospanov

ЗА ПО-ХУМАНИСТИЧНА ТРАДИЦИОННО- ИНОВАЦИОННА ОБРАЗОВАТЕЛНО-ВЪЗПИТАТЕЛНА СТРАТЕГИЯ У НАС

(КОНЦЕПТУАЛНА РАЗРАБОТКА В ПОМОЩ НА ПОДГОТОВКАТА НА НОВ ЗАКОН ЗА ОБРАЗОВАНИЕТО)

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РЕФЛЕКСИЯТА В ИНТЕГРАТИВНОТО ПОЛЕ НА МЕТОДИКАТА НА ОБУЧЕНИЕТО ПО БИОЛОГИЯ

Иса Хаджиали, Наташа Цанова, Надежда Райчева, Снежана Томова

USING THE RESULTS OF A NATIONAL ASSESSMENT OF EDUCATIONAL ACHIEVEMENT

Thomas Kellaghan Vincent Greaney T. Scott Murray Chapter 1 Factors affecting the use and nonuse of national assessment fi ndings The main objectives of a national assessment, as set out in volume 1 of this series, Assessing National Achievement Levels in Education, are to determine (a) how well students are learning in the education system (with reference to general expectations, aims of the curriculum, and preparation for further learning and for life); (b) whether there is evidence of par

2013 година
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QUESTIONNAIRE DEVELOPMENT

ÎÖÅÍßÂÀÍÅÒÎ

РОССИЙСКАЯ СИСТЕМА ОЦЕНКИ КАЧЕСТВА ОБРАЗОВАНИЯ: ГЛАВНЫЕ УРОКИ

В. Болотов / И. Вальдман / Г. Ковалёва / М. Пинская

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MASS MEDIA CULTURE IN KAZAKHSTAN

Aktolkyn Kulsariyeva Yerkin Massanov Indira Alibayeva

РОССИЙСКАЯ СИСТЕМА ОЦЕНКИ КАЧЕСТВА ОБРАЗОВАНИЯ: ГЛАВНЫЕ УРОКИ

В. Болотов / И. Вальдман / Г. Ковалёва / М. Пинская

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ОЦЕНЯВАНЕ НА ГРАЖДАНСКИТЕ КОМПЕТЕНТНОСТИ НА УЧЕНИЦИТЕ: ПРЕДИЗВИКАТЕЛСТВА И ВЪЗМОЖНОСТИ

Светла Петрова Център за контрол и оценка на качеството на училищното образование

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Уважаеми читатели,

вет, както и от международния борд за предоставените статии и студии, за да могат да бъдат идентифицирани в полето на образованието пред широката аудитория от педа- гогически специалисти във всички степени на образователната ни система. Благодаря за техния всеотдаен и безвъзмезден труд да създават и популяризират мрежа от научни съобщества по профила на списанието и да насърчават научните изследвания. Благодаря на рецензентите от национално представените висши училища, на- учни институции и

METHODS FOR SETTING CUT SCORES IN CRITERION – REFERENCED ACHIEVEMENT TESTS

ÎÖÅÍßÂÀÍÅÒÎ COMPARATIVE ANALYSIS OF THE QUALITY OF THE SEPARATE METHODS

ПУБЛИКАЦИИ ПРЕЗ 2012 Г.

СПИСАНИЕ „БЪЛГАРСКИ ЕЗИК И ЛИТЕРАТУРА“

2012 година
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DEVELOPMENT OF SCIENCE IN KAZAKHSTAN IN THE PERIOD OF INDEPENDENCE

Aigerim Mynbayeva Maira Kabakova Aliya Massalimova

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СИСТЕМАТА ЗА РАЗВИТИЕ НА АКАДЕМИЧНИЯ СЪСТАВ НА РУСЕНСКИЯ УНИВЕРСИТЕТ „АНГЕЛ КЪНЧЕВ“

Христо Белоев, Ангел Смрикаров, Орлин Петров, Анелия Иванова, Галина Иванова

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ПРОУЧВАНЕ НА РОДИТЕЛСКОТО УЧАСТИЕ В УЧИЛИЩНИЯ ЖИВОТ В БЪЛГАРИЯ

* Този материал е изготвен въз основа на резултатите от изследването „Parental Involvement in Life of School Matters“, проведено в България в рамките на проек- та „Advancing Educational Inclusion and Quality in South East Europe“, изпълняван

ВТОРИ ФОРУМ ЗА СТРАТЕГИИ В НАУКАТА

Тошка Борисова В края на 2011 г. в София се проведе второто издание на Форум за страте- гии в науката. Основната тема бе повишаване на международната видимост и разпознаваемост на българската наука. Форумът се организира от „Elsevier“ – водеща компания за разработване и предоставяне на научни, технически и медицински информационни продукти и услуги , с подкрепата на Министер- ството на образованието, младежта и науката. След успеха на първото издание на Форума за стратегии в науката през

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РЕЙТИНГИ, ИНДЕКСИ, ПАРИ

Боян Захариев