F.EMM -8.1/8.3-2020-23-02
JSC "ALMATY TECHNOLOGICAL UNIVERSITY"
Faculty of Design, Textile and Clothing Technologies
Department of Technology of textile production
«APPROVED»
Decision of the SMC of the faculty
from «____» ______ 20____y.
(protocol №1)
The Chairman of SMC, Dean
_________ Sarttarova L.T.
(signature)
SYLLABUS
for the discipline
KV PPNHV 2401 - Processes of production of natural and chemical fibers
for students of the educational program
6В07205 – «Technology and designing of textile
materials»
Course
Semester
Number of academic credits
Labor intensity in academic hours
including:
lectures
practical class
laboratory / Studio classes
independent work of the student with a teacher
independent work of the student
Educational format (tradiotional, mixed, online)
Final control form (exam, course project, state exam)
Form of final control (written, oral, combined, creative,
computer testing)
Almaty, 2021
2
4
4
120
15
15
15
3
72
Mixed
Exam
written
1. Information about the teacher of the discipline
Surname, name, patronymic
Assanova Albina Narimanovna
Position
lecturer
Scientific (academic) degree, degree
master
Academic title
Email address
aleka_09.21@mail.ru
Location of the Department (building, Almaty, Tole bi 100, Main Educational
Building, office 1009
office)
Phone number of the Department
tel.87272935319, (183)
2 Characteristics of the discipline
2.1 The purpose of studying the discipline: Formation of basic knowledge of basic technological
processes of production of natural and chemical fibers; technology of preparation of raw materials
for processing in textile production.
2.2 Tasks of studying the discipline:
- to study the primary processing of natural and chemical fibers and their properties;
- get acquainted with the modern classification of natural textile materials, the most important
types of raw materials for the production of natural fibers, the technology of preparing raw
materials for obtaining textile yarns, with the types of chemical fibers and their production, the
main processes of the formation of chemical fibers and threads.
2.3 Results of training in the discipline:
- classifies natural and chemical fibers;
- applies in a certain context the theoretical foundations of the processes of production and primary
processing of textile raw materials, the main processes of formation of chemical fibers and threads;
- analyzes technological schemes for the production of natural and chemical fibers;
- learns the main issues of nomenclature of grade and quality of natural and chemical fibers,
technology of primary processing of natural fibers, technology of formation of artificial and
synthetic fibers;
- uses quality indicators, grades and properties of textile raw materials and chemical fibers and
threads;
- determines the technological parameters of raw materials for the production of textile materials
3 Prerequisites
To master this discipline, you need the knowledge, skills and abilities acquired in the study of the
following discipline: «Physics and chemistry of fiber-forming polymers».
4 Post-requisites
The knowledge, skills and abilities acquired in the course of studying the discipline are necessary
for the development of the following discipline: «Textile production technology».
5 Structure and content of modules and modular units
5.1 Labor intensity of modules and modular units of the discipline
Academic
week
Name of modules and modular
units of the discipline
Total
hours
Classroom work by type of
activity
L
PO
LS
independe
nt work of
the student
with
a
teacher
Extracurri
cular
activities
(independ
ent work
of the
student)
1-5 weeks
Module 1. Natural raw textile
materials: plant and animal
origin fiber production.
6 week
Module 2. Classification of
chemical fibers.
7-11 weeks Module 3. Artificial and
synthetic fibers production.
12-15
Module 4. Classification and
weeks
types of textile threads.
TOTAL
40
5
5
5
1
24
8
1
1
1
-
5
40
5
5
5
1
24
32
4
4
4
1
19
120
15
15
15
3
72
5.2 Content of discipline modules
Module 1 Natural raw textile materials: plant and animal origin fiber production.
Modular unit 1 Classification of raw textile materials (fibres and filaments).Classification of
textile fibers. Structure of macromolecules CPA defines properties of fibers and yarns.
Modular unit 2 Composition and structure of natural fibre of plant origin (cotton, flax, hemp).
Cotton and its processing. Bast fibres and their processing.
Modular unit 3 Composition and structure of natural fibre of animal origin. Wool. classification
of a blue merinose coat.
Modular unit 4 Silk and silk production. Development of silkworm. Properties of dry cocoons
and their threads.
Modular unit 5 Torsion natural silk and chemical threads. General information on the
manufacture of twisted threads from natural silk and chemical threads.
Module 2 Classification of chemical fibers.
Modular unit 6 Classification of chemical fibers and the main stages of receiving chemical fibers
and threads.
Module 3. Artificial and synthetic fibers production.
Modular unit 7 Artificial fibers. Main types of artificial fibers.
Modular unit 8 Manufacture of acethyl cellulose threads, harness and fiber. Properties of viscose
fibers and films, applications.
Modular unit 9 Synthetic fibers and threads from heterocepric compounds (polyester,
polyamide). Polyester. Polyamide.
Modular unit 10 Synthetic fibers and threads of carbocepric compounds. Fibers and threads of
hydrocarbon polymers (polyolefins).
Modular unit 11 Polyacrylonitrile fibers and threads. The disadvantages of polyacrylonitrile
fibers. Fibers and threads of halogen derivatives of vinyl compounds (polyvinylalkacol).
Module 4. Classification and types of textile threads.
Modular unit 12 Types of threads and their structure. Classification and types of textile threads.
Monofilaments, complex threads.
Modular unit 13 Yarn. Film threads. Combined threads.
Modular unit 14 General information on the production of high-volume threads. Thread elastics
and methods of its receiving. High-volume threads meron, melan, hofron and methods of their reception.
Modular unit 15 Classification of high-size threads. Basic characteristics of the structure and
properties of textile threads.
Control
event type
Rating
(points)
off-line
on-line
traditi
Mixed
using DET
o- nal
fulltime
Training sessions in mode
on-line
№ and name of
lecture / laboratory /
practical / seminar /
studio lessons,
indicating the forms
of the lesson
full-time
№ of the
moduleand
modular
unitof the
discipline
Educat
ion
full-time
Academic week №
5.3 Content of lessons and control activities
Quantity of
hours
1
Module 1. Natural raw textile materials: plant and animal origin fiber production.
MU-1
testing,
Lecture
№1
questions
Classification of raw
1
textile materials (fibres
and filaments).
MU-1
defense of
Practical work №1
Main
indicators
practical work
1
characterizing
the
quality
of
textile
natural fibers.
MU-1
Laboratory work №1
defense of
The
device
and
laboratory
operation
of
the
work
1
equipment for the
primary processing of
cotton.
MU-2
Lecture
№2
testing,
Composition
and
questions
structure of natural fibre
1
of plant origin (cotton,
flax, hemp).
MU-2
Practical work №2 The
defense of
structure of cotton fiber.
practical work
The basics of cotton
farming. Maturation of
1
raw cotton and its
collection.
Collection
methods; manual and
machine.
MU-2
Laboratory work №2
defense of
The device and operation
laboratory
of the equipment for the
1
work
primary processing of
flax.
MU-3
Lecture
№3
testing,
Composition
and
questions
1
structure of natural fibre
of animal origin.
MU-3
Practical work №3 Bast
1
defense of
2
4
4
2
4
4
2
4
MU-3
MU-4
MU-4
MU-4
MU-5
MU-5
MU-5
fibers.
Primary
processing
of
flax.
Determining of main
indicators of quality of
bast fibers
Laboratory work №3
The device and operation
of equipment for primary
processing of wool.
Lecture №4 Silk and silk
production.
Development of silkworm.
Practical work № 4 The
definition of silkworm
(%)
Cocoon.
Determining
the
percentage of release of
silk when unwinding the
cocoons.
Laboratory work №4
The device and operation
of the equipment for the
primary processing of
silk. Cocoon Winding.
Lecture №5 Torsion
natural silk and chemical
threads.
Practical work
№5
Structure of wool fibers.
Determining of main
indicators of quality
Laboratory work №5
Technological
equipment for twisting silk
filaments.
practical work
defense of
laboratory
work
1
1
testing,
questions
4
2
defense of
practical work
1
4
1
1
1
1
Module 2. Classification of chemical fibers.
MU-6
Lecture №6 Classification of chemical fibers
and the main stages of
1
receiving
chemical
fibers and threads.
MU-6
Practical work №6
Sheep
shearing,
1
classifying and sorting
wool.
MU-6
Laboratory work №6
Shaping of the threads,
1
string and fibers.
Module 3 Artificial and synthetic fibers production.
MU-7
Lecture №7 Artificial
fibers
and
threads.
1
Features of production of
defense of
laboratory
work
4
testing,
questions
2
defense of
practical work
defense of
laboratory
work
4
4
testing,
questions
2
defense of
practical work
defense of
laboratory
work
testing,
questions
4
4
2
MU-7
MU-7
MU-8
MU-8
MU-8
MU-9
MU-9
MU-9
MU-10
MU-10
MU-10
MU-11
specific viscose fibers
and threads.
Practical work
№7
Determination of main
characteristic
of
chemical fibers
Laboratory work №7
Production of copperammonia
filaments,
bundles and fibers.
Lecture №8 Manufacture of acethyl cellulose
threads, harness and
fiber.
Practical work
№8
Determination of main
characteristic
of
chemical fibers
Laboratory work №8
Production of synthetic
fibers and yarns from
heterochain compounds
(polyurethane).
Boundary control
module:
Lecture №9 Synthetic
fibers and threads from
heterocepric compounds
(polyester, polyamide).
Practical work №9 Raw
material base for the
production of chemical
fibers.
Laboratory work №9
Synthetic fibers and
yarns from carboxylic
compounds
(polyacrylonitrile fibers and
yarns)
Lecture №10 Synthetic
fibers and threads of
carbocepric
compounds.
Practical work
№10
Raw material base for
the
production
of
chemical fibers.
Laboratory work №10
Equipment
for
the
production of
bulk
elastic filaments.
Lecture
№11
Polyacrylonitrile fibers
defense of
practical work
1
defense of
laboratory
work
1
1
testing,
questions
defense of
practical work
1
defense of
laboratory
work
1
4
4
2
4
4
10
1
testing,
questions
defense of
practical work
1
defense of
laboratory
work
1
1
testing,
questions
defense of
practical work
1
defense of
laboratory
work
1
1
testing,
questions
2
5
5
2
5
5
2
MU-11
MU-11
and threads.
Practical work
№11
Determination of types
synthetic fibres
Laboratory work №11
Equipment for production of complex yarns
and monofilaments.
defense of
practical work
1
defense of
laboratory
work
1
Module 4 Classification and types of textile threads
MU-12
Lecture №12 Types of
threads
and
their
structure. Classification
and types of textile
threads.
MU-12
Practical work
№12
Determination of types
1
synthetic fibres
MU-12
Laboratory work №12
The process of obtaining
1
yarn from fibrous mass.
MU-13
Lecture №13 Yarn. Film
threads.
Combined
threads.
MU-13
Practical work №13 The
main quality indicators
1
of threads
MU-13
Laboratory work №13
The process of obtaining
1
yarn from fibrous mass.
MU-14
Lecture №14 General
information on the
production of highvolume threads. Thread
elastics and methods of
its receiving.
MU-14
Practical work №14 The
main quality indicators
1
of threads
MU-14
Laboratory work №14
Equipment for produ1
cing high-volume yarns
Maron, Milan, gafron.
MU-15
Lecture №15 Classification of high-size
threads.
MU-15
Practical work №15 The
main quality indicators
1
of high – sized threads
MU-15
Laboratory work №15
Equipment for produ1
cing high-volume yarns
Maron, Milan, gafron.
5
5
testing,
questions
1
2
defense of
practical work
1
defense of
laboratory
work
testing,
questions
defense of
practical work
defense of
laboratory
work
testing,
questions
1
5
2
5
5
2
defense of
practical work
defense of
laboratory
work
1
5
5
5
testing,
questions
2
defense of
practical work
5
defense of
laboratory
work
5
Total for the
lecture:
Total for
practical
work:
Total for
laboratory
work
Boundary
control
module:
TOTAL
15
30
15
67
15
67
20 (10/10)
45
151
Note:
1) The number of classroom lessons is 9 hours per 1 academic credit.
2) According to the approved time standards for calculating the teaching load of the teaching staff,
conducting on-line classes for students using distance educational technologies (DЕT) (for students
of FDL) 6 academic hours per semester for each discipline of the curriculum per stream. All other
classesshould be planned offline.
6. List of basic and additional educational literature necessary for mastering the
discipline
6.1 Main literature
1. Rana, Sohel. Fibrous and Textile Materials for Composite Applications [Текст] . - UK : Springer,
2016. - 394 p.
2. Handbook of Properties of Textile and Technical Fibres [Текст/Электронный ресурс] / Edited by
A.R. Bunsell. - London : Elsevier, 2018. - 1033 p. - (The Textile Institute Book Series). - ISBN 9780-08-101272-7. - ISBN 978-0-08-101886-6
3. "Құтжанова, А.Ж. Тоқыма материалтану [текст] : оқулық. - Алматы : АТУ, 2012. - 281 б. ISBN 978-601-263-172-2"
4. Текстильное материаловедение. [Текст/Электронный ресурс] : учебное пособие / Ю. С.
Шустов, С. М. Кирюхин, А. Ф. Давыдов. - 3-е издание. - М : Инфра-М, 2020. - 341 с. - ISBN
978-5-16-011720-1. - ISBN 978-5-16-104106-2
5. "Сагитова, Г.Ф. Табиғи және химиялық талшықтар өндірісі [Текст/Электронный ресурс] :
оқулық / Г. Ф. Сагитова. - Алматы : Эпиграф, 2020. - 252 б. - ISBN 978-601-327-014-2"
6.2 Further reading:
1. Sustainable Innovations in Recycled Textiles. Textile Science and Clothing Technology
[Текст/Электронный ресурс] / Editor: Subramanian Senthilkannan Muthu. - London : Springer,
2018. - 82 p. - ISBN 978-981-10-8514-7. - ISBN 978-981-10-8515-4
6.3 The list of resources of the information and telecommunication network "Internet"
1. Fibrous and Textile Materials for Composite Applications [Электронный ресурс].- UK :
Springer, 2016. - 394 p.http://library.atu.kz/files/43992.pdf
2. Каримов, С.С. Тоқыма өндірісінің материалтануы [Электронный ресурс] : оқулық. Алматы : Эверо, 2017. - 260 б. - ISBN 978-601-310-212-2. http://library.atu.kz/files/4949.pdf
3. "Құтжанова, А.Ж. Тоқыма материалтану [текст] : оқулық. - Алматы : АТУ, 2012. - 281 б. ISBN 978-601-263-172-2http://library.atu.kz/files/6715.pdf"
4.
5.
6.
7.
8.
Текстильное материаловедение. Лабораторный практикум [Текст/Электронный ресурс] :
учебное пособие / Ю. С. Шустов, С. М. Кирюхин, А. Ф. Давыдов. - 3-е издание. - М :
Инфра-М, 2020. - 341 с. - ISBN 978-5-16-011720-1. - ISBN 978-5-16-104106-2http://library.a
"Сагитова, Г.Ф. Табиғи және химиялық талшықтар өндірісі [Текст/Электронный ресурс] :
оқулық / Г. Ф. Сагитова. - Алматы : Эпиграф, 2020. - 252 б. - ISBN 978-601-327-0142http://library.atu.kz/files/126073.pdf"
Sustainable Innovations in Recycled Textiles. Textile Science and Clothing Technology
[Текст/Электронный ресурс] / Editor: Subramanian Senthilkannan Muthu. - London : Springer,
2018. - 82 p. - ISBN 978-981-10-8514-7. - ISBN 978-981-10-8515-4 : 50000.00.ht
Fibrous and composite materials for civil engineering applications [Электронный ресурс] /
Edited by R. Fangueiro. - 16.80 мб., - PDF. - USA : Woodhead Publishing, 2011. - 416 p. - ISBN
978-1-84569-558-3. - ISBN 978-0-85709-252-6.http://library.atu.kz/fil
Giovanni, Tanchis. Textile Reference Book of Nonwovens [Электронный ресурс] / Giovanni
Tanchis. - PDF 10,53 МБ. - : Trevisan–Vigevano, 2008. - 240 phttp://library.atu.kz/files/9166.pdf
7 Monitoring and evaluation of learning outcomes in the academic discipline
The procedure for conducting assessment activities is as follows:
A) current control
Attendance and academic performance (current and midterm control by modules) of students is
recorded in an electronic journal.
At the end of the semester, the overall final grade is displayed - the rating, which is a cumulative
indicator of the student's work throughout the semester. Periods R1 - on week 8, R2 - on week 15
of the semester.
Attendance and work in lectures, work in practical / laboratory / studio classes, performance and
delivery of work, performance and delivery of tasks by IWS students in full-time form are assessed
as follows:
Estimated position
1
2
3
4
5
6
Lectures(Attendance/
2 2 2 2
2 2
activity)
Practical (seminar) classes
4 4 4 4
4 4
Laboratory (Studio) classes
4 4 4 4
4 4
Completing a task for the
5
(independent work of the
student with a teacher)
Individual task
Coursework
Semester work
The maximum score for the 10 10 10 15 10 10
week
Boundary control module
(BM1, ... BMP)
Rating
R1 =100
Admission rating (R)
Exam (E)
Final assessment (F)
Weeks
7 8 9
10
Score in points
2 2 2
2
4
4
-
4
4
5
5
5
-
11
12
13
14
15
2
2
2
2
2
5
5
-
5
5
6
5
5
-
5
5
-
5
5
-
10 15 12 12
5
5
-
12
18
12
10
12
10
R2 =100
R =(R1+R2)/2
100
F = R× 0,6 + E × 0,4
12
Attendance and work in lectures, work in practical / laboratory / studio classes, performance and
delivery of work, performance and delivery of tasks by IWS full-time students using DET is assessed as
follows:
Weeks
Estimated position
1 2 3 4
5 6 7 8 9
10
11 12 13 14 15
Score in points
Lectures (activity) (L)
Practical (seminar) classes
(PC)
Laboratory (Studio) classes
(LC)
Implementation of the task
by week IWS
Online classes according to
the schedule (Attendance /
activity)
Тesting (Т)
Admission rating (R)
Exam (E)
Final assessment (F)
R =L+PC+LC+T
100
F = R× 0,6 + E × 0,4
B) intermediate certification (final control)
Admission to the final control is not less than 50
points. Exam, maximum score-100 points.
The final assessment of the discipline includes assessments of current academic
performance and final control (examination assessment): F = R × 0,6 + E × 0,4
8. List of questions for self-study
№
weeks
1-5
module and unit
№
The list of issues
under consideration Number of hours
for self-study
Type of control A rating
event
(score)
Module 1 Natural raw textile materials: plant and animal origin fiber production.
MU 1-5
Development of the 25
multimedia
5
production of natural
presentation
fibers.
The
possibilities
of
solving
ecological
problems
in
the
production of natural
fibers. Evaluation of
bast fiber materials.
The purpose and
essence
of
the
processes of primary
processing of flax, the
field of application of
long and short fibers.
Use of waste bast
products.
Module 2 Classification of chemical fibers.
6
MU 6
7-11
-
-
Module 3 Artificial and synthetic fibers production.
MU 7-11
Innovation artificial
25
and synthetic fibers
production.
Ecological problems
in the production of
artificial
and
synthetic fibers
multimedia
presentation
-
Presentation
Essay
abstract
5
Presentation
Essay
abstract
6
Module 4 Classification and types of textile threads.
12-15
MU 12-15
IN TOTAL:
9
Innovation in textile
thread
and
yarn
production.
Ecological problems
in the production of
textile thread and yarn
3
20
75
16
List of educational (including interactive) technologies used in the educational process
№
weeks
1
1
1
2
2
2
3
3
Modular unit (theme)
Classification of raw textile
materials (fibres and filaments)
Main indicators characterizing
the quality of textile natural
fibers
The device and operation of
the equipment for the primary
processing of cotton
Composition and structure of
natural fibre of plant origin
(cotton, flax, hemp)
The structure of cotton fiber.
The basics of cotton farming.
Maturation of raw cotton and
its
collection.
Collection
methods; manual and machine.
The device and operation of the
equipment for the primary
processing of flax
Composition and structure of
natural fibre of animal origin
Bast fibers. Primary processing
of flax. Determining of main
indicators of quality of bast
fibers
Number of
Type of lesson (lecture,
academic hours
practical, laboratory)
1
lecture
Method used
lecturediscussion
discussion
1
practical work
1
laboratory work
graphic work,
discussions
1
lecture
lecturediscussion
1
practical work
discussion
1
laboratory work
graphic work,
discussions
1
lecture
1
practical work
lecturediscussion
discussion
3
4
4
4
5
5
5
6
6
6
7
7
7
8
8
8
9
9
The device and operation of
equipment
for
primary
processing of wool
Silk and silk production.
Development of silkworm.
The definition of silkworm (%)
Cocoon. Determining the
percentage of release of silk
when unwinding the cocoons
The device and operation of the
equipment for the primary
processing of silk. Cocoon
Winding
Torsion natural silk and
chemical threads.
Structure of wool fibers. Determining of main indicators of
quality
Technological equipment for
twisting silk filaments.
Classification of chemical
fibers and the main stages of
receiving chemical fibers and
threads.
Sheep shearing, classifying and
sorting wool
Shaping of the threads, string
and fibers.
Artificial fibers and threads.
Features of production of
specific viscose fibers and
threads.
Determination of
main
characteristic of chemical
fibers
Production of copper-ammonia
filaments, bundles and fibers
Manufacture
of
acethyl
cellulose threads, harness and
fiber.
Determination of
main
characteristic of chemical
fibers
Production of synthetic fibers
and yarns from heterochain
compounds (polyurethane).
Synthetic fibers and threads
from heterocepric compounds
(polyester, polyamide).
Raw material base for the
production of chemical fibers.
1
laboratory work
graphic work,
discussions
1
lecture
1
practical work
lecturediscussion
discussion
1
laboratory work
graphic work,
discussions
1
lecture
1
practical work
lecturediscussion
discussion
1
laboratory work
1
lecture
1
practical work
discussion
1
laboratory work
1
lecture
graphic work,
discussions
lecturediscussion
1
practical work
discussion
1
laboratory work
1
lecture
graphic work,
discussions
lecturediscussion
1
practical work
discussion
1
laboratory work
graphic work,
discussions
1
lecture
lecturediscussion
1
practical work
discussion
graphic work,
discussions
lecturediscussion
9
10
10
10
11
11
11
12
12
12
13
13
13
14
14
14
15
15
15
Synthetic fibers and yarns from
carboxylic
compounds
(polyacrylonitrile fibers and
yarns)
Synthetic fibers and threads of
carbocepric compounds.
Raw material base for the
production of chemical fibers.
Equipment for the production
of bulk elastic filaments
Polyacrylonitrile fibers and
threads.
Determination
of
types
synthetic fibres
Equipment for production of
complex
yarns
and
monofilaments.
Types of threads and their
structure. Classification and
types of textile threads.
Determination
of
types
synthetic fibres
The process of obtaining yarn
from fibrous mass.
Yarn. Film threads. Combined
threads.
The main quality indicators of
threads
The process of obtaining yarn
from fibrous mass.
General information on the
production of high-volume
threads. Thread elastics and
methods of its receiving.
The main quality indicators of
threads
Equipment for producing highvolume yarns Maron, Milan,
gafron.
Classification of high-size
threads.
The main quality indicators of
high – sized threads
Equipment for producing highvolume yarns Maron, Milan,
gafron
1
laboratory work
graphic work,
discussions
1
lecture
1
practical work
lecturediscussion
discussions
1
laboratory work
1
lecture
1
practical work
1
laboratory work
graphic work,
discussions
1
lecture
lecturediscussion
1
practical work
discussion
1
laboratory work
1
lecture
1
practical work
graphic work,
discussions
lecturediscussion
discussion
1
laboratory work
1
lecture
1
practical work
1
laboratory work
1
lecture
1
practical work
1
laboratory work
graphic work,
discussions
lecturediscussion
discussion
graphic work,
discussions
lecturediscussion
discussion
graphic work,
discussions
lecturediscussion
discussion
graphic work,
discussions
10 Аcademic performance Requirements
Students must attend all classes without delay.
In case of skipping classes, they are worked out in accordance with the procedure
established bythe Dean's office. Only 3 skipping classes is allowed as much as possible. 3 being
late for a class is equal to one pass. In case of more than 3 omissions, the teacher has the right
to prevent the student from attending classes in the future until the issue is resolved
administratively. The work should be completed within the specified time frame. The deadline
for completing all tasks is 10 days beforethe start of the examination session.
Students who have not passed all the tasks and have not defended the course work are not
allowed to take the exam.
11 Аcademic conduct and ethics Policy
11.1 Respect other people's opinions. Formulate your objections in the correct form.
11.2 Independently complete all semester (course) tasks.
11.3 Plagiarism and other forms of dishonest work are not allowed (copying another
student's work, sending someone else's work, using unauthorized notes, e-indicating sources
(both in the text and after the text, falsifying sources, falsifying data, self-plagiarism
("processing" your previous work, mechanical paraphrasing, electronic translations, editing
services, etc.)
11.4 Students must comply with the requirements of ATU-ЕMD-R-7.1.4-2021-25
"Regulations for ensuring the sanitary and epidemiological regime of JSC "ATU" and
Instructions for organizing the educational process in JSC "Almaty Technological University"
in the first academic period 2021- 2022 of the academic year, approved by order of the rector
of JSC "ATU" № -R-01/99 dated 08.24.2021 "On the organization of the educational process
during the period of restrictive measures related to preventing the spread of coronavirus
infection in the first academic period of the 2021-2022academic year".
11.5 In the absence of a mask (non-observance of the mask regime), the student is suspended
fromclasses.
11.6 Students of JSC "ATU" need to download the mobile application "Ashyq" on their
phone, log in by phone number, enter the IIN and scan the QR code of the institution to register
their visit. Also, when exiting, you need to scan the QR code to fix your exit.
11.7 Students with signs of infectious diseases (respiratory, intestinal, fever) are not
admitted to the educational buildings of JSC "ATU".
COMPILER:
Assanova A.N
____________________
(signature)
""
20
y.
DISCUSSED:
at the meeting of the Department, Protocol №___ from "____" ____ 20____ y.
Head of department
_____________
(signature)
Jurinskaya I.M.
"____" ____ 20____ y.