- •1. Formulate the basic approaches for the definition of the concepts of science and scientific knowledge. Сформулируйте основные подходы к определению понятий наука и научное знание.
- •2. Identify the features of science. Сформулируйте отличительные признаки науки.
- •3. Relate the science as a system, its features and structure. Расскажите о науке как
- •4. Consider the development of science. Рассмотрите процессы развития науки.
- •5. Formulate the goals and objectives of science. Сформулируйте цели и задачи науки.
- •6. Relate about the subjects and objects of science. Расскажите о субъектах и объектах науки.
- •7. Consider the classification of sciences. Рассмотрите классификацию наук.
- •8. Relate the characteristics of modern science. Расскажите о характерных особенностях современной науки.
- •9. Relate the aims and objectives of the researches and their classification on various
- •10. Formulate the basic requirements for scientific research. Сформулируйте основные
- •11. Relate the forms and methods of scientific research. Расскажите о формах и методах научного исследования.
- •12. Examine the theoretical level of research and its main elements. Рассмотрите теоретический уровень исследования и его основные элементы.
- •13. Consider the level of empirical research and its features. Рассмотрите эмпирический уровень исследования и его особенности.
- •14. Relate the stages of research. Расскажите об этапах научно-исследовательской работы.
- •15. Relate the correct organization of research work. Расскажите о правильной организации научно-исследовательской работы.
- •16. Relate the methodology of scientific knowledge and its levels. Расскажите о методологии научного знания и ее уровнях.
- •17. Consider the methods, techniques and procedures of scientific knowledge. Рассмотрите методы, способы и методики научного знания.
- •18. Examine the classification of scientific methods of cognition. Рассмотрите
- •19. Consider the general logical, theoretical and empirical methods of research. Рассмотрите общелогические, теоретические и эмпирические методы исследования.
- •20. Relate the features of the formulation of research issue. Расскажите об особенностях формулирования темы научного исследования.
- •21. Specify the criteria applicable to the issue of scientific research. Сформулируйте
- •22. Relate the problem statement of research and its stages. Расскажите о постановке проблемы исследования и ее этапах.
- •23. Consider the features of determining of the goals and objectives of the study. Рассмотрите особенности определения целей и задач исследования.
- •24. Relate the planning of scientific research. Расскажите о планировании научного исследования.
- •26. Describe the subjects and objects of scientific study. Охарактеризуйте субъекты и объекты научного исследования.
- •27. Interpretation of the basic concepts used in the research work. Интерпретация основных понятий, используемых в научно-исследовательской работе.
- •28.Relate the development of the plan of research and its kinds. Расскажите о разработке плана научно-исследовательской работы и его видах
- •29. Consider peculiarities of the analysis of theoretical and experimental studies. Рассмотрите особенности проведения анализа теоретико-экспериментальных исследований.
- •30. Consider the features of conclusions stating based on the results of research work.
- •31. Consider the concepts of information and scientific information. Рассмотрите понятия информация и научная информация.
- •32. Consider the properties of scientific information. Рассмотрите свойства научной
- •33. Formulate the basic requirements for scientific information. Рассмотрите основные требования, предъявляемые к научной информации.
- •34. Relate the sources of scientific information and their classification on various
- •35. Relate the working with sources of information. Расскажите о работе с источниками информации.
- •36. Relate the Universal Decimal Classification. Расскажите об универсальной
- •37. Relate the features of bookwork as a source of scientific information. Расскажите об особенностях работы с книгой как источником научной информации.
- •38. Рассмотрите особенности ведения записей при работе с источниками научной информации.
- •39. Holographic analysis as a method of processing of scientific information.
- •40. Content analysis as a method of processing of scientific information. Контент анализ
- •41. Critical analysis as a method for processing scientific information. Критический
- •42. Comprehensive (complex) analysis as a method for processing scientific information. Комплексный анализ как метод обработки научной информации.
- •43. Review analysis as a method of processing of scientific information. Обзорный
- •44. The method of analysis as a method for processing scientific information. Метод анализа как метод обработки научной информации.
- •45. The method of deconstruction as a method of treatment of scientific information.
- •46. Axiomatic method as a method of treatment of scientific information. Аксиоматический метод как метод обработки научной информации.
- •47. Method of apperception as a method of treatment of scientific information. Метод апперципирования как метод обработки научной информации.
- •48. Diachromatic method as a method of treatment of scientific information. Диахроматический метод как метод обработки научной информации.
- •49. Aspect (facet) analysis as a method of processing of scientific information. Аспективный анализ как метод обработки научной информации.
- •50. Hermeneutical analysis as a method of treatment of scientific information.
- •51. Systems analysis as a method for processing scientific information. Системный анализ как метод обработки научной информации.
- •52. Functional analysis as a method for processing scientific information.
- •53. Relate the features of patent research. Расскажите об особенностях патентных исследований.
- •54. Consider the sequence of work in the conducting of patent research. Рассмотрите последовательность работы при проведении патентных исследований.
- •55. Consider the process of implementing of the research work and its stages.
- •56. Relate the effectiveness of research. Расскажите об эффективности научных исследований.
- •57. Consider the main types of efficiency of scientific research. Рассмотрите основные виды эффективности научных исследований.
- •58. Relate the cost-effectiveness of the implementation of research developments. Расскажите об экономической эффективности от внедрения научно-исследовательских разработок.
- •59. Consider the evaluation of the effectiveness of research. Рассмотрите оценку эффективности исследований.
- •60. Consider the basic structural elements in the design of research work. Рассмотрите основные структурные элементы при оформлении научно-исследовательской работы.
- •61.Consider the basic ways to write text on the results of research work. Рассмотрите основные способы написания текста по результатам научно-исследовательской работы.
- •62. Consider the language and style of scientific and technical language. Рассмотрите язык и стиль научно-технической речи.
- •63. Consider the basic requirements for the design of tables, charts, formulas and references according to gost 7.32-2001.
- •64. Consider the basic requirements for the writing, design and defend of abstracts and reports on the results of research work.
- •65. Consider the basic requirements for the writing, design and defend of course assignment on the results of research work.
- •66. Consider the basic requirements for the writing, design and defend of master thesis.
- •67. Consider the characteristics of the organization of work in the research groups. Рассмотрите особенности организации работы в научном коллективе.
- •68. Relate the integration of science in the educational process. Расскажите об интеграции науки в учебном процессе.
66. Consider the basic requirements for the writing, design and defend of master thesis.
Рассмотрите основные требования к написанию, оформлению и защите магистерской диссертации.
Thesis - Graduate work is representing thetheoretical or experimental study of one of the most pressing topics in a particular areas of knowledge, in which the graduate demonstrates the level of mastering the necessary theoretical knowledge and practical skills to enable him to decide professional tasks.
Performing thesis goes through the following steps:
1. range of topics;
2. the study of literature;
3. planning;
4. definition of research methods;
5. study of the practice;
6. work on the text and layout.
Diploma thesis on the structure consists of the following elements:
• title page ;
• a table of contents ;
• Introduction;
• the main part ;
• conclusion;
• a list of references;
• Applications ( if necessary) .
The volume of the thesis with the technical performance ( on a typewriter , computer , etc.) should not exceed 60-70 pages (excluding appendices) . handwritten thesis is not allowed. The internal structure may comprise at reference preparation of the thesis, an introduction, two - a maximum of three chapters , each with 2-3 paragraphs , findings in the form of conclusions and recommendations , bibliography and appendices . Can other structure . For example, without the chapters and paragraphs, but only through the sections .
Approximate distribution volume thesis on sections can be follows :
Introduction ( 5 % of total) .
Section 1 - Theory question ( 20%)
67. Consider the characteristics of the organization of work in the research groups. Рассмотрите особенности организации работы в научном коллективе.
However, several features provide a foundation for a basic definition. Work teams and groups: (a) arecomposed of two or more individuals, (b) who exist to perform organizationally relevant tasks, (c) shareone or more common goals, (d) interact socially, (e) exhibit task interdependencies (i.e., workflow, goals, outcomes), (f) maintain and manage boundaries, and (g) are embedded in an organizational context thatsets boundaries, constrains the team, and influences exchanges with other units in the broader entity
2) Group composition (group size, diversity, personality, ability)
Events within teams often reflect the number and type of people who are its members. Team composition is of research and practical interest because the combination of member attributes can have a powerful influence on team processes and outcomes. A better understanding of such effects will help practitioners to select and construct more effective teams.
3) Group formation, socialization, and development
Teams may be formed anew, where all members are new to each other and the team. Or, teams with a developmental history may have influxes and outflows of members that affect its composition and character. In either instance, development and newcomer socialization are relevant issues. Socialization has generally been seen as a mechanism for bringing new members into existing teams or groups. With few exceptions, much of this theory and research has focused on the socialization of individuals into the organization and, while theoretically relevant, has paid relatively little attention to the work group or team as central to the socialization process. Development tends to assume the formation of a brand new team with no prior history.
4) Group effectiveness, processes, and enhancements
From an organizational psychology perspective, team effectiveness is the core focus of theory and research on teams.Team effectiveness is generally conceived as multifaceted, with an emphasis on both internal and external criteria. Team Mental Models are team members’ shared, organized understanding and mental representation of knowledge about key elements of the team’s task environment. Four content domains underlying team mental models have been proposed: (1) equipment model; (2) task model; (3) member model; and (4) teamwork model.
5) Group leadership and motivation
Team orientationincludes factors with motivational implications, such as promoting shared goal commitment, creating positive affect, and shaping climate perceptions. Team coherence includes the development of linked individual goals, a repertoire of team task strategies, and compatible team member role expectations. The leader’s developmental role is to establish and maintain coherence and integration among the members ofthe unit. Coherence then allows team members to self-manage during periods of intense task engagement. A second major functional role of team leaders is to establish and maintain favorable performance conditions for the team.