Application of Innovative Technologies in Teaching Process

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Тоирова, Г., Абулова, З., Норова, М., Норова, Ф., & Жураева, Н. (2020). Application of Innovative Technologies in Teaching Process. in Library, 20(1), 386–390. извлечено от https://inlibrary.uz/index.php/archive/article/view/29838
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Аннотация

The article analyses special features of using innovative technologies in teaching process. At present, advanced innovative technologies are one of the main essential components of the educational activity of any educational institution. Innovation is a new one, designed to ensure gradual development, improvement of the system, its transition to a qualitatively new level of development.

At present, it is usual to divide innovative technologies into technological and methodological parts this classification is based on the specificity and place of application of innovations. Technological innovations in the field of education (training) are the use of modern information environment, software and computer technologies that affect the learning process, allowing you to build new schemes of interactive modes and individual approaches in the "teacher-student" relationship. Methodological innovations are innovations in the field of methods of training and education, teaching and learning, and the organization of the educational process. In modern times, this is the most common type of innovation, covering almost the entire education system.

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International Journal of Psychosocial Rehabilitation, Vol. 24, Special Issue 1, 2020
ISSN: 1475-7192

Abstract--The article analyses special features of using innovative technologies in teaching process. At present,

advanced innovative technologies are one of the main essential components of the educational activity of any

educational institution. Innovation is a new one, designed to ensure gradual development, improvement of the system, its

transition to a qualitatively new level of development.

At present, it is usual to divide innovative technologies into technological and methodological parts this

classification is based on the specificity and place of application of innovations. Technological innovations in the field

of education (training) are the use of modern information environment, software and computer technologies that affect

the learning process, allowing you to build new schemes of interactive modes and individual approaches in the "teacher-

student" relationship. Methodological innovations are innovations in the field of methods of training and education,

teaching and learning, and the organization of the educational process. In modern times, this is the most common type

of innovation, covering almost the entire education system.

Key words--Innovative technologies, learning process, type of innovation, interactive methods, approach, and

teacher-student.

I.

INTRODUCTION

Innovation contributes to a progressive movement in the development of an educational institution in

comparison with established traditions and mass practice. The purpose of innovative learning is to achieve a high level

of intellectual, professional, personal and moral development of a student (Azizkhodzhaeva N.N., 2002).

The main criterion for innovation is the novelty in the implementation of the pedagogical process. However, for

each teacher who involved in the innovation process, it is important to determine whether the novelty is true. Indeed, an

innovative technique for one teacher can be really new, while for another it is not. One of the most important criteria for

the effectiveness of innovation in the pedagogical process is optimality (Farberman B.L. 2002). Achieving high results

with the least physical, mental and time costs is the criterion for the optimality of pedagogical innovation. The result of

pedagogical activity at higher education is the student’s strong and deep knowledge, the student’s ability to use and

acquire them in the process of their professional activity.

The introduction of any innovation in the pedagogical process has both objective and subjective limitations

(Lavrentiev G.V. 1994). Objective limitations are most often associated with material costs and material resources.

1

Associate professor of the Uzbek language department Bukhara State University Uzbekistan, tugulijon@mail.ru

2

Teacher of Bukhara State University Uzbekistan abulovazilola1977@gmail.com

3

Teacher of Bukhara State University Uzbekistan norova.83@list.ru

4

Teacher at Bukhara State University Uzbekistan fazilat.norova@bk.ru

5

Teacher of Bukhara State University Uzbekistan nafisa.zhrayeva.83@bk.ru

Application of Innovative Technologies in

Teaching Process

1

Guli I. Toirova,

2

Abulova A. Zilola,

3

Norova F. Malika,

4

Norova

F.Fazilat,

5

Zhurayeva O. Nafisa

DOI: 10.37200/IJPR/V24SP1/PR201169
Received: 16 Jan 2020 | Revised: 06 Feb 2020 | Accepted: 25 Feb 2020

386


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International Journal of Psychosocial Rehabilitation, Vol. 24, Special Issue 1, 2020
ISSN: 1475-7192

Subjective barriers are closely connected with the personality of the teacher and student, with their desire for accepting

news, with their intellectual potential.

The main indicator of innovation is the progressive beginning in the development of the university in

comparison with the established traditions and mass practice. Therefore, innovations in the education system are

associated with changes in the goals, content, methods and technologies, forms of organization and management system;

in the styles of pedagogical activity and the organization of the educational process; into the system of control and

assessment of the level of education; in educational and methodological support; in the curriculum and programs; into

the financing system. The sources of ideas for updating a university can be the needs of a country, region, city, district as

a social order; achievements of a complex of human sciences; advanced pedagogical experience; intuition and creativity

of leaders and teachers; experimental work; foreign experience(Selevko G.K. 1998).

What are the modern innovations in higher education? On the path to reforming higher education today there

are a number of trends.

The first

is related to the development of a multi-level training system of specialists in many universities. This

system provides wide mobility in the pace of training and in the choice of future profession. It forms the ability of

graduates to master new specialties on the basis of their education.

The second trend is a powerful enrichment of universities with modern information technologies (Internet

system, telecommunication forms of training).

The third trend is the universalization of higher education and the process of integration of higher education

institutions with leading universities in the country and in the world, which leads to the emergence of university

complexes.

The fourth trend is the transfer of higher education to self-financing, the inclusion of higher education

institutions of the republic in updating higher professional education, taking into account the requirements of world

standards.

General professional education is being replaced by a holistic, comprehensive, personality-oriented education

(Tolipov U., Usmanbayeva M., 2006). The basis for this is the development trend of modern education:

1. Each level of education is recognized as an integral part of the continuing education system.

2. Information technologies are widely introduced into education, which changes traditional oriented learning; the

technological development of education significantly expands the intellectual activity of students.

3. There is a transition from a strictly regulated organization of education to varieties, block-modular learning, which

implies a high level of development of educational independence, self-education.

4. The interaction between the teacher and the student is changing, acquiring the nature of cooperation.

DOI: 10.37200/IJPR/V24SP1/PR201169
Received: 16 Jan 2020 | Revised: 06 Feb 2020 | Accepted: 25 Feb 2020

387


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International Journal of Psychosocial Rehabilitation, Vol. 24, Special Issue 1, 2020
ISSN: 1475-7192

These trends characterize the current state of education in developed countries and determine the principles of

its reform at the beginning of the 21st century. A full-fledged systemic education obtained in the learning process creates

the conditions for a person to realize himself as a person, gives him social and professional mobility.

Today in pedagogy 3 paradigms of vocational education are presented: cognitive, activity-oriented and

personality-oriented. In accordance with the cognitive paradigm, education is considered by analogy with cognition, and

its process (goals, content, methods and teaching aids) as a research activity. The purpose of the training reflects a social

order for the quality of knowledge and skills. Educational material as didactically "prepared" scientific knowledge.

Education is understood as the translation of the sociocultural experience of a new generation. The pedagogical concepts

of this paradigm are traditional, academic, and reproductive. From an ideological, managerial point of view, this is the

most effective and preferred approach. The activity-oriented education paradigm is oriented towards fulfilling a social

order. Education is a sociocultural technology for the formation of knowledge and skills that ensure the success of

social, labor and applied arts. And cognitive-activity-oriented education is aimed at achieving the quality of education,

understood as social and professional preparedness.

The central element of personality-oriented education is the continuous development of the personality of

students. This paradigm is adequate to the philosophy of open education, it involves not only education, but also self-

education. Oriented to the individual psychological characteristics of the personality, it should be varied, to provide

students with a free choice of educational routes (Slobadchikov V.I. 2006). The principal provisions of this educational

paradigm include:

1. The priority of personality.

2. The content of professional education is determined by the level of development of modern, social, information

technologies and congruent future professional activities.

3. The leading character is ensured by the formation of social and professional competence and the development of

extra-functional qualities of a specialist in the process of educational and professional activities.

4. Person-oriented vocational education is maximally addressed to the individual experience of the student, his need for

self-development. Personally-oriented education from the state and managerial positions is extremely difficult,

expensive, and from the pedagogical one it is not technologically provided (Slobadchikov V. 2004).

Following results can be obtained while using innovative technologies

-

The student’s ability to adapt in a constantly changing socio-economic environment, independently acquire and

apply the necessary knowledge

-

Critical thinking independently, be able to see the problems that have arisen and look for ways to rationally solve

them

-

Working properly with information

-

Be sociable, contact in various social groups, be able to work together in various fields, situations.

-

Work independently on the development of one’s own morality, intellect, and cultural level.

DOI: 10.37200/IJPR/V24SP1/PR201169
Received: 16 Jan 2020 | Revised: 06 Feb 2020 | Accepted: 25 Feb 2020

388


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International Journal of Psychosocial Rehabilitation, Vol. 24, Special Issue 1, 2020
ISSN: 1475-7192

Innovative educational technology

Educational
Technologies

Examples of using

Differentiated learning

Assignments of various difficulty levels

Technologies developing
training

Lectures, seminars

Presentations

lessons

Technology of project
training

Information and research projects (Research)

Informational
communication
technology

1. The use of educational electronic publications in

English, Internet resources.

2. Development of presentations for lessons, lectures,

presentations.

3. Implementation of test control of students' knowledge

Reasons for choosing innovative technology:

-

Educational technologies easily fit into the educational process of the classroom system.

-

Allow us to achieve the goals set by the curriculum and educational standard for a specific subject.

-

They ensure the implementation of the main directions of the pedagogical strategy: humanization, humanization of

education and a fully oriented approach.

-

They provide intellectual development of students, their independence.

-

Educational technology provides friendliness towards the teacher and to each other.

-

They pay special attention to the individuality of a person, his personality.

-

Educational technology focuses on development;

II.

CONCLUSION

As a conclusion we can say that, while introducing modern educational technologies, the teacher must be able

to:

-

apply teaching methods and techniques while using these technologies;

-

conduct and analyze training sessions built on new technology;

-

teach students with new methods of teaching;

-

evaluate the results of introducing new technology into practice using pedagogical diagnostic methods.

REFERENCES

1.

Alex Muur, (2012) Teaching and Learning: Pedagogy, Curriculum and Education. Routledge. Second Edition. pp.
202.

2.

Azizkhodzhaeva N.N. (2002) Pedagogical technologies and pedagogical skills. - Tashkent: Molia.

3.

Nilanjana das, devlina das (2015) strategies for remediation of polycyclic aromatic hydrocarbons from contaminated
soil-an overview. Journal of Critical Reviews, 2 (1), 20-25.

4.

Clarin M.V. ( 1989) Pedagogical technology in the educational process. - M: Knowledge - 80 p.

5.

Farberman B.L. (2002) Progressive educational technology. - T: Fan. P.130

6.

Lavrentiev G.V. (1994) The constituent technologies of modular training. - Barnaul, Publishing House of Altai State
University. - 108 p.

7.

Gupta V, Puri R, Gupta S, Jain S, Rao GK. "Tamarind Kernel Gum: An Upcoming Natural
Polysaccharide." Systematic Reviews in Pharmacy 1.1 (2010), 50-54. Print. doi:10.4103/0975-8453.59512

DOI: 10.37200/IJPR/V24SP1/PR201169
Received: 16 Jan 2020 | Revised: 06 Feb 2020 | Accepted: 25 Feb 2020

389


background image

International Journal of Psychosocial Rehabilitation, Vol. 24, Special Issue 1, 2020
ISSN: 1475-7192

8.

Makhmutov M., Ibragimov G.I., Ushakov M.A. (1993) Pedagogical technology, the development of students'
thinking. - Kazan: P. 88

9.

Selevko G.K. (1998) Modern educational technologies.- M., Public Education. - 130 p.

10.

Tolipov U., Usmanbayeva M. (2006) Fundamentals of pedagogical technologies - T. - 260 p.

11.

M.navin kumar, a.s.devika, k.hari krishnan, s.jane selcia. "symmetric stacking binary counter." international journal
of communication and computer technologies 7 (2019), 11-18. Doi:10.31838/ijccts/07.sp01.03

12.

Slobadchikov V. (2004) Pedagogy is an innovative activity. Moscow.

13.

Slobadchikov V.I. (2006) Teacher and innovation. Moscow. P. 215

14.

Elijah, Aiden, (2018). Co-Clustering based Cross-Domain Text Classification Algorithm with Semantic
ANALYSIS for Wikipedia.

Journal of Computational Information Systems,

14(3), 44 - 49.

15.

Asim, M., Gopalia, R.,& Swar, S.(2014). Comparison of Methods for Solving Travelling Salesmen
Problem.

International Journal of Advances in Engineering and Emerging Technology,

5(2), 80-87.

16.

Tarlaci, S. The equation we're looking for must be very simple! (2011) NeuroQuantology, 9 (4), pp. 601-602.

17.

Négadi, T.

On rakočević's amino acid biosynthetic precursors relations (2011) NeuroQuantology, 9 (4), pp. 772-

784.

DOI: 10.37200/IJPR/V24SP1/PR201169
Received: 16 Jan 2020 | Revised: 06 Feb 2020 | Accepted: 25 Feb 2020

390

Библиографические ссылки

Alex Muur, (2012) Teaching and Learning: Pedagogy, Curriculum and Education. Routledge. Second Edition. pp. 202.

Azizkhodzhaeva N.N. (2002) Pedagogical technologies and pedagogical skills. - Tashkent: Molia.

Nilanjana das, devlina das (2015) strategies for remediation of polycyclic aromatic hydrocarbons from contaminated soil-an overview. Journal of Critical Reviews, 2 (1), 20-25.

Clarin M.V. ( 1989) Pedagogical technology in the educational process. - M: Knowledge - 80 p.

Farberman B.L. (2002) Progressive educational technology. - T: Fan. P.130

Lavrentiev G.V. (1994) The constituent technologies of modular training. - Barnaul, Publishing House of Altai State University. - 108 p.

Gupta V, Puri R, Gupta S, Jain S, Rao GK. "Tamarind Kernel Gum: An Upcoming Natural Polysaccharide." Systematic Reviews in Pharmacy 1.1 (2010), 50-54. Print. doi:10.4103/0975-8453.59512

Makhmutov M., Ibragimov G.I., Ushakov M.A. (1993) Pedagogical technology, the development of students' thinking. - Kazan: P. 88

Selevko G.K. (1998) Modern educational technologies.- M., Public Education. - 130 p.

Tolipov U., Usmanbayeva M. (2006) Fundamentals of pedagogical technologies - T. - 260 p.

M.navin kumar, a.s.devika, k.hari krishnan, s.jane selcia. "symmetric stacking binary counter." international journal of communication and computer technologies 7 (2019), 11-18. Doi:10.31838/ijccts/07.sp01.03

Slobadchikov V. (2004) Pedagogy is an innovative activity. Moscow.

Slobadchikov V.I. (2006) Teacher and innovation. Moscow. P. 215

Elijah, Aiden, (2018). Co-Clustering based Cross-Domain Text Classification Algorithm with Semantic ANALYSIS for Wikipedia.Journal of Computational Information Systems,14(3), 44 - 49.

Asim, M., Gopalia, R.,& Swar, S.(2014). Comparison of Methods for Solving Travelling Salesmen Problem.International Journal of Advances in Engineering and Emerging Technology,5(2), 80-87.

Tarlaci, S. The equation we're looking for must be very simple! (2011) NeuroQuantology, 9 (4), pp. 601-602.

Négadi, T. On rakočević's amino acid biosynthetic precursors relations (2011) NeuroQuantology, 9 (4), pp. 772- 784.

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