Ожидаемые результаты:
Знать:
- принципы экономической эксплуатации современного оборудования капитального
ремонта скважин;
- современные способы защиты окружающей среды при капитальном ремонте скважин;
- оборудование, применяемое при капитальном ремонте скважин на море;
- оборудование для осуществления процессов воздействия на пласт и его заполнители;
- оборудование для ремонтных работ на скважине;
- оборудование для сбора и подготовки нефти и газа к транспортировке.
уметь:
- владеть расчетными соотношениями основных параметров и навыками рационального
использования оборудования;
- осуществлять кинематический расчет оборудования;
- уметь пользоваться диаграммами и характеристиками оборудования;
- выполнять элементарное конструирование;
- производить выбор оборудования.
Постреквизиты: технология и техника добычи нефти и газа; сбор и подготовка
продукции скважин.
88
MINISTRY OF EDUCATION AND SCIENCE OF THE REPUBLIC OF KAZAKHSTAN
KAZAKH NATIONAL RESEARCH Technical University named after K.I. Satpayev
Elective disciplines catalog
5V072400 - Technological machinery and equipment (by branches)
Almaty 2016
Catalogue of elective subjects approved by the Scientific and Methodological Council of the
Kazakh National University named after KI Research Technical University Satpayev (protocol
number from "" 2016). Almaty, Kazakh National Technical University, 2016.
The catalog includes a list of elective courses (component selection) specialty, prerequisites and
postrekvizity disciplines, the aim of the discipline, their summary, the expected results.
89
MEMO train and Advisors
All disciplines are divided by specialty undergraduate cycles (DTE, DB, DD), Master's
and Doctoral (DB, DD), modules, within which they are divided into compulsory and elective
(optional) subjects. The list of mandatory subjects for study is typically a specialty curriculum
(tuples). List of elective courses for each specialty course is presented in the catalog of elective
disciplines (CED), which is systematized annotated list of subjects for choosing a specialty. QED
should give (provide) students the opportunity alternative choice of elective disciplines in
accordance with the chosen learning trajectory.
Based tuplyu QED formed individual educational plan (IEP) student for the academic
year. Help bachelors and masters adviser has appointed graduating department in the preparation
of FTI. Doctoral FTI make yourself. FTI defines individual educational trajectory of each student
within the specialty. The IEP includes a mandatory component disciplines and types of training
activities (practice, research, state (complex) exam, writing and protection of degree work
(project), thesis) of tuples and discipline component selection from QED.
To help the bachelors educational trajectory, focused on a specific activity, taking into
account the needs of the labor market and employers in the framework of QED to be submitted
to the list of disciplines that guarantees the development of targeted students planned educational
program.
When
choosing
elective
courses,
consider
the
following:
1 In one semester of full-time students should master 18-22 credits (compulsory and elective),
distance form - 9-12 credits (compulsory and elective), excluding other types of training (FEB),
which
are
required
for
the
study.
2 Total number of credits for the entire period of study must not exceed the amount in tuplyu
specialty.
3 Elective subjects are grouped according to the choice of the corresponding number. Only one
elective academic disciplines can be selected from each group of disciplines.
Specialty 5B072400 - "Technological machinery and equipment" (by the oil and gas
industry)
Academic degree: Bachelor
1 course
90
№
code of
discipline
Name of the discipline
Number of
loans
Semester
1
ONGD 1301
Fundamentals of the oil and gas
business
3
2
2
TANP 1301.1
to adapt to the production of oil and
gas Training
3
2
3
ЭК
The
culture
of
business
communication
2
2
4
ЭК
Rhetoric (The Basics of elocution)
2
2
5
ЭК
The
culture
of
business
communication
2
2
6
ЭК
Rhetoric (The Basics of elocution)
2
2
OND 1301 Fundamentals of the oil and gas business - 3 credits
Prerequisites: mathematics, physics, chemistry.
The purpose of the study: teaching students the fundamentals of the oil and gas business,
scientific understanding of the basic processes and work on oil and gas companies. The
obtained knowledge is applied by passing the evaluation of practice and study of special
subjects
in
later
courses.
Summary: in the discipline studied the concept of the deposits on the field. Oil, its
composition and basic properties. The gas composition and its fundamental properties. The
stages of exploration of the concept of well design. Methods of drilling oil and gas wells. Drill
bits. The design of the rig. Drilling and research the producing formation. Choosing the design
of effective drainage area. Post production casing with the formation. The forces acting in the
formation. The object, system, technology and development indicators. well operation
methods. Schemes of collection and transport of oil and gas. Preparation of oil and gas.
Transportation
and
storage
of
oil
and
gas.
Processing
of
oil
and
gas.
Expected results: Students learn the basics of geology of oil and gas drilling oil and gas wells,
the modes of development of oil and gas wells, the methods of operation of oil and gas wells,
development of oil and gas wells, fisheries data collection and preparation of oil and gas
production, transportation and storage of oil, petroleum and gas, refining of oil and gas.
Postrekvizity: downhole oil and gas, development of oil fields, the development of gas fields,
collection and processing of oil and gas.
TANP 1301.1 training to adapt to the production of oil and gas - 3 credits
Prerequisites: mathematics, physics.
The purpose of the study: teaching students the fundamentals of the oil and gas business,
scientific understanding of the basic processes and work on oil and gas companies. The
obtained knowledge is applied by passing the evaluation of practice and study of special
subjects in later courses.
Summary: in the discipline studied classification of rocks, reservoir properties of the rocks.
The concept of the well and its structure. The concept of the design of the rig. Methods of
drilling wells. Well Completion and research of the producing formation. wellhead equipment.
Call flow of oil or gas from the formation. Modes of drainage of oil and gas wells. The
concept of the development system. Methods for the exploitation of oil and gas wells.
Equipment and methods of influence on bottomhole formation zone. Fishing collection and
processing of oil and gas. Transportation of crude oil and petroleum products. Products and
processes oil and gas processing.
91
Expected results: Students learn the basics of geology of oil and gas drilling oil and gas wells,
the modes of development of oil and gas wells, the methods of operation of oil and gas wells,
development of oil and gas wells, fisheries data collection and preparation of oil and gas
production, transportation and storage of oil, petroleum and gas, refining of oil and gas.
Postrekvizity: Drilling machines and systems, oil field equipment, calculation and design of
drilling equipment, calculation and construction of fishing equipment.
ЭК –The culture of business communication – 2
credits
Prerequisites: Business KazakhThe purpose of the study: providing with professionally-oriented language
training of the person, capable of communicatingadequately to build professionally significant situations.
Short content: Ethics of business communication, its types and forms (business conversation, public speaking,
discussing, advertising)
Normative, communicative, ethical features of spoken and written language, the use of speech etiquette in
professional dialogue; dialogical communication at the micro and macro level, the ability to work with
specialized dictionaries.
Expected results: Realizethe communication of professionalnature.
Postrequisites:Professional Kazakh
ЭК – Rhetoric (The Basics of elocution) – 2 credits
Prerequisites: Business Kazakh
The purpose of the study: the development of academic language skills.
Short content: Oratory - science. The history of oratory. Formation Stages of oratory, tradition and continuity.
Basics of oratorical speech. A culture of speech. The speaker and types of of oratorical speech. Speech
Technology. The speaker and his audience. The logic of oratorical speech. The techniques non-verbal language.
Academic speech.
Expectedresults: Students will be able implement oral public speaking on various topics,analyze the public
comments.
Postrequisites: Professional Kazakh
ЭК – The culture of business communication – 2 credits
Prerequisites: Advanced Russian
Thepurposeofthestudy:
providing
withprofessionally-orientedlanguagetrainingoftheperson,
capableofcommunicatingadequatelytobuildprofessionallysignificantsituations.
Shortcontent: Ethicsofbusinesscommunication, itstypesandforms (businessconversation, publicspeaking,
discussing, advertising)
Normative,
communicative,
ethicalfeaturesofspokenandwrittenlanguage,
theuseofspeechetiquetteinprofessionaldialogue;
dialogicalcommunicationatthemicroandmacrolevel,
theabilitytoworkwithspecializeddictionaries.
Expectedresults: Realizethe communication of professionalnature
Postrequisites:Professional Russian
ЭК – Rhetoric (The Basics of elocution) - 2 credits
Prerequisites: BusinessRussian
Thepurposeofthestudy: the development of academic language skills.
Short content: Oratory - science. The history of oratory. Formation Stages of oratory, tradition and continuity.
Basics of oratorical speech. A culture of speech. The speaker and types of of oratorical speech. Speech
Technology. The speaker and his audience. The logic of oratorical speech. The techniques non-verbal language.
Academic speech.
Expectedresults: Students will be able implement oral public speaking on various topics,analyze the public
comments.
Postrequisites: Professional Russian
Specialty 5V072400 - "Technological machinery and equipment" (by the oil and gas
industry)
92
Academic degree: Bachelor
2 - Course
№
discipline
cycle
code of
discipline
Name of the discipline
Number of
loans
Semester
OTM 2 - General technical unit 2
1
БД 2.2.2.
ТМ 2202
Theoretical mechanics
3
3
2
БД 2.2.3
SM 2203
Strength of materials
3
3
3
БД 2.2.4
TMM 2204
Theory of machines and
mechanisms
3
3
4
БД 2.2.5
UM 2205
workshops
3
3
5
БД 2.2.5.1
OSD 2205.1
Basics plumbing
3
3
6
БД 2.2.6
OND 2206
Fundamentals of the oil and
gas business
3
4
7
БД 2.2.6.1
TANP 2206.1
to adapt to the production of
oil and gas Training
3
4
8
БД 2.2.6.2
OS 2.2.6.2
Basics specialty
3
4
9
БД 2.2.7
OKDM 2207
Basics of construction and
machine parts
3
4
10
БД 2.2.8
ET2208
electrical engineering
3
4
11
БД 2.2.9
MZTM 2209
Mathematics in the problems
of technological machines
3
4
12
БД 2.2.9.1
MRTM
2209.1
Mathematics calculations
technological machines
3
4
TM 2202 Theoretical Mechanics - 3 credits
Prerequisites: mathematics, physics.
The purpose of discipline: to give students the necessary amount of fundamental knowledge
in the field of mechanical interaction, balance, and movement of material bodies. Learning the
basics of mechanics (definitions, theorems, laws), practical methods of their application;
preparation for the study of other general engineering and special disciplines; develop students'
logical thinking, skills of independent thinking through, the need for further work in solving
various problems of science and technology.
Contents: Statics. The system of convergent forces. The theory of moments. The fundamental
theorem of statics. An arbitrary plane system of forces. An arbitrary spatial system of forces.
The body's center of gravity. Kinematics. The simplest rigid body motion. Plane-parallel
motion of a rigid body. The complex motion of a point. Dynamics of a material point. General
theorems of dynamics point. Introduction to the dynamics of the system. Moments of inertia.
General theorems of the system dynamics. Analytical dynamics.
Expected results
As a result of studying the course the student should:
- Know the basic concepts and laws of mechanics and methods of studying the equilibrium and
motion of a point, rigid body and mechanical system;
- Be able to use basic knowledge and apply them in practice;
- To own methods of solving problems related to the equilibrium and motion of material
bodies;
93
- Self-build and explore mathematical and mechanical models of technical problems.
- The study of discipline is aimed at the formation of the following competencies:
- Own culture of thinking, the ability to synthesize, analyze, formulation of the problem and
the choice of ways to achieve it;
- Be able to use the laws of mechanics;
- To apply physical and mathematical apparatus of theoretical, computational methods of
research in the process of professional activity;
- Have the research skills:
- Demonstrate the ability to work independently and in a team;
- To show initiative.
Postrekvizity: Theory of mechanisms and machines, design principles and machine parts.
SM 2203 Strength of Materials - 3 credits
Prerequisites: Mathematics, Physics, Applied Mechanics.
The purpose of discipline: is teaching students the basics of the science of strength of
materials and structures, prepare it for the correct choice of methods of calculation and design,
introduction of the latest achievements of science and technology in the field of mechanics of
deformable
solids.
Contents: In the discipline studied modern methods of calculation elements of machine
construction for strength, rigidity at different kinds of deformation (tension, compression,
torsion, bending), the mechanical properties of the most important structural materials, the
geometrical characteristics of flat sections, a theory of stress and strain state, hypothesis
strength, the general case of the forces on the stability calculations, calculations of the dynamic
effect of forces. As a result of studying the discipline the student acquires the ability to
accurately and thoroughly substantiate reasoning, apply the material studied in diverse fields,
practical skills based on the strength, rigidity and stability of the elements of machine designs,
acquires competence - the ability to solve problems associated with various types of
mechanical systems deformations practical skills in the experimental study of mechanical
properties of materials and the stress-strain state of simple structural elements, treatment with
modern
testing
machines
and
measuring
equipment.
Expected results: As a result of studying the discipline the student acquires the ability to
accurately and thoroughly substantiate reasoning, apply the material studied in diverse fields,
practical calculation skills of strength, stiffness and stability of the elements of machine
designs, acquires competence - the ability to solve problems associated with various types of
deformations mechanical systems, practical skills in the experimental study of mechanical
properties of materials and the stress-strain state of simple structural elements, treatment with
modern
testing
machines
and
measuring
equipment.
Postrekvizity: design principles and machine parts, theory of machines and mechanisms.
ТММ 2204 Theory of machines and mechanisms - 3 credits
Prerequisites: Theoretical Mechanics
The purpose of discipline: Formation at students knowledge of the scientific foundations of
common research methods and designing mechanisms of machines and devices. Preparation of
scientific and theoretical basis for the development of special disciplines and the foundations
of modern art. The study of practical methods of solving problems of analysis and synthesis of
mechanisms. The development of students' independent skills necessary for solving various
problems
of
the
art.
Summary: The basic concepts of TMM. The main types of mechanisms. Structural synthesis
and analysis of mechanisms. Kinematic analysis of mechanisms. planning method, graphical
and analytical methods for kinematic analysis of mechanisms. Kinematic analysis of gear
mechanisms. Power analysis of mechanisms. The theorem of Zhukovsky hard arm. Modes of
94
motion mechanisms. Reduction of forces and masses in the mechanisms. Differential
equations of motion and bring the level of their decision. Vibroaktivnosti and vibration
protection machines. Synthesis cam, gear mechanisms.
Expected results: As a result of study of discipline a student must:
- To learn to understand the general principles of the implementation of the motion by
mechanisms;
- To know the interaction mechanisms and machines that makes the kinematic and dynamic
properties of the mechanical system;
- Be able to systematically approach to the design of mechanisms;
- Find the optimal settings for the given conditions of the mechanisms.
The study of discipline is aimed at the formation of the following competencies:
- Own culture of thinking, the ability to synthesize, analyze, formulation of the problem and
the choice of ways to achieve it;
- Be able to use the laws of mechanics;
- To apply physical and mathematical apparatus of theoretical, computational methods of
research in the process of professional activity;
- Have the research skills:
- Demonstrate the ability to work independently and in a team;
- To show initiative.
Postrekvizity: design principles and machine parts, theory of machines and equipment.
UM 2205 Workshops - 3 credits
Prerequisites: Descriptive geometry and computer graphics, standardization, certification and
metrology.
The purpose of the study: the study of the basic techniques related to repairs, the terms of
repair and maintenance of oil and gas equipment, the requirements placed on the quality of the
repair, the choice of the necessary machinery and equipment and materials. This item is
necessary
for
the
training.
Summary: The aim of teaching is to study issues related to the selection of machines and
equipment necessary for the repair, maintenance and repair conditions, the main requirements
to the quality of the repair. The objective of the discipline is to acquire practical techniques for
application of tools and instruments in the implementation of mechanical works, acquisition of
practical skills in assembling-disassembling machines and equipment used for the drilling of
wells,
oil
and
gas
production.
Expected results: after the development of the discipline a student must:
know: the rules of use of tools and devices, equipment used in repair shops; Modern methods
of repair of machinery and equipment; equipment used in various types of repair; Safety rules
for the implementation of operations;
be able to: apply the tools, machinery and equipment required for repair; ways to practice the
disassembly
and
assembly
units;
determine
the
cause
and
fix
the
fault.
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