Postrekvizity: repair of technological machines.
OSD 2205.1 Basics plumbing - 3 credits
Prerequisites: standardization, certification and metrology.
The purpose of the study: the acquisition of practical skills in the performance of plumbing
operations, learning basic purpose metalworking tools and equipment and the rules of their
use. This item is one of the essential in the preparation of specialists-engineers.
Summary: The aim of teaching the subject "Fundamentals of plumbing" is to acquire practical
skills in the performance of plumbing operations, learning basic purpose metalworking tools
and equipment and the rules of their use. This item is one of the essential in the preparation of
specialists-engineers.
Expected results: after the development of the discipline a student must:
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know: the rules of safe use of the equipment currently used in the oil and gas industry;
modern methods of maintenance, repair of machines and equipment; type and purpose of the
equipment used in various types of repair; Safety rules for the repair;
be able to: apply the machinery; apply methods of disassembly and assembly units in practice;
determine the cause and fix the fault.
Postrekvizity: repair of technological machines.
ONGD 2206 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 2206.1 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.
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.
OS 2206.2 Basics specialty - 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
96
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 Par-Opera- tion 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.
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: equipment and drilling technology, the technology of drilling oil and gas wells,
fishing equipment, equipment for oil and gas, manufacturing engineering, drilling equipment,
machinery and equipment for drilling oil and gas wells, new equipment and technology of oil
and gas production.
OKDM 2207 Basics of construction and machine parts - 3 credits
Prerequisites: Mathematics; physics; computer science; theoretical mechanics; theory of
mechanisms and machines; strength of materials; Interchangeability, standardization and
technical measurements.
The purpose of discipline: The objective of the course "Basics of construction and machine
parts" to give students the basics of theory, analysis and design of components of general
engineering machine.
The main objectives of the discipline are: the study of the general principles of design and
construction, construction of models and algorithms of calculations of standard mechanical
engineering parts, taking into account the main criteria of efficiency, the development of
design skills.
Summary: General principles for design and construction, building models and algorithms for
standard parts. It details the connection: threaded, keyed, splined, welded, interference fit,
riveted, wedge and the terminal. Details Transmission: gear, worm, planetary, wave, friction
transmission, variable speed, belt and chain drives; supporting details. And axle shafts,
bearings and couplings, springs and the frame. Friction and wear. Design documentation
ESKD. Standardization, tolerance and landing accuracy. Fundamentals of health evaluation,
reliability of machines and equipment. Probabilistic methods of calculation. Computer-aided
design of machine parts: calculations, drawings, preparation for production, processing test
results.
Methods
of
designing
on
a
computer.
Expected results: As a result of studying the discipline the student acquires the following
competences of education: to know the basic criteria of efficiency of machines and types of
failures, the basic theory and method of calculation of standard parts and machine nodes, bases
calculations automation and construction machinery parts and components; be able to choose
the calculation model and perform calculations in the design process, use the application
package on a computer in the calculation and design of machine parts; master the skills of
calculation and design of standard parts of gears, couplings, support and bearing elements of
machinery, as well as computer-aided design and development of working drawings of
standard parts and machine nodes.
Postrekvizity: calculation, construction of drilling equipment, calculation and construction of
fishing equipment, design of oil and gas machinery and equipment
ET 2208 Electrical Engineering - 3 credits
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Prerequisites: Physics, Mathematics
The purpose of the study: The aim of the study "Electrical Engineering" discipline is the
mastery of knowledge by students of electrical and magnetic phenomena and their application
using various production equipment, which are widely used in electrical and electronic
devices.
Summary: Fundamentals of the theory of electrical circuits of direct and alternating currents
and methods of their calculations, the theory of electromagnetic phenomena and magnetic
circuits necessary for further study of the principles of electrical appliances and equipment and
electrical machinery, electrical measurements of electrical and non-electrical quantities.
Electric cars as a source of electrical power and the main view of the application of electrical
energy
in
industry.
Expected results: As a result of studying the discipline, students should: a) gain an
understanding of modern methods of generating electricity, the trends of development of
power supply systems of industrial and other facilities, as well as they use electrical
equipment, state of the domestic and the global electric power industry; b) to examine the
device, the operating principle, the basic performance characteristics, scope, advantages and
disadvantages of electrical devices and electrical equipment, learn to use them in practice; c) to
master the methods of calculation of electrical, magnetic, and electronic circuits and devices,
methods of rational use of electricity when electrical work and learn how to manage their
implementation; g) to study electrical and electronic symbols and terminology; d) be able to
find out, using the instructions, descriptions, data sheets, the devices and installations,
including electrical and electronic circuits, components and devices, with a view to their
effective operation; e) be able experimental method to determine the parameters and
characteristics of the types of electrical and electronic devices and equipment.
Postrekvizity: Electrical and magnetic devices, industrial equipment, labor protection and
safety at the enterprises, standardization, certification and measuring equipment.
MPZTM 2209 Mathematics in applications technology mashin- 3 credits
Prerequisites: mathematics, computer science
The purpose of the study: The purpose of teaching "Mathematics in applications of
technological machines" is the acquisition of theoretical knowledge and practical skills in the
application of mathematics to applied problems in the design of technological machines
Summary: Preliminary data from mathematics. Typical tasks of designing technological
machines and structures. Methods of mathematical programming in the machine design
process problems. Linear and quadratic TM design. Methods of finite-dimensional
optimization TM designs. The finite element method in the design of the TM design. Design of
dynamic mechanical systems. A numerical method for solving problems of optimal design TM
structures under dynamic loads. Design elements TM and designs based on transient dynamic
operating conditions. Matrix structural rigidity and weight. The equations of motion.
Equivalent nodal forces
Expected results: as a result of the development of the discipline the student should know: the
value of mathematics in professional activities and development of professional educational
programs; Basic mathematical methods for solving applied problems in the sphere of
professional activity; basic concepts and methods of mathematical analysis, discrete
mathematics, probability theory and mathematical statistics, linear algebra, the theory of
complex
numbers;
basics
of
integral
and
differential
calculus.
Postrekvizity: calculation and design of oil-field equipment, calculation and design of drilling
equipment.
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MRТM 2209.1 Mathematics calculations technological machines - 3 credits
Prerequisites: mathematics, computer science
The purpose of the study: is the acquisition of theoretical knowledge and practical skills in
the application of mathematics to applied problems in the calculation of oil and gas machinery
and
equipment
parameters.
Summary: The value of mathematics in the calculation NGMiO. Properties and application of
existing mathematical methods and techniques in NGMiO. Basic concepts, definitions and
formulas of probability theory and mathematical statistics. Mathematical methods of
forecasting. The use of mathematical programming in the design and construction of NGMiO.
Existing mathematical methods of calculation and performance rigs. Calculation of drilling
equipment safety. Reliability of complex technological systems NGMiO. Calculation methods
of drilling equipment for strength and durability. Mathematical model of the circulation pump
and a complex rig. Strength calculations of bearing elements of the lifting unit rigs.
Calculation elements swivels and rotors of the drill string .. Calculation of basic computer rig
parameters.
Expected results: as a result of the development of the discipline the student should know: the
value of mathematics in professional activities and development of professional educational
programs; Basic mathematical methods for solving applied problems in the sphere of
professional activity; basic concepts and methods of mathematical analysis, discrete
mathematics, probability theory and mathematical statistics, linear algebra, the theory of
complex
numbers;
basics
of
integral
and
differential
calculus.
Postrekvizity: calculation and design of oil-field equipment, calculation and design of drilling
equipment.
On a specialty "Technological machines and equipment" (by the oil and gas industry)
Academic degree: Bachelor
3 - course
№
discipline
cycle
code of
discipline
Name of the discipline
Number of
loans
Semester
1
БД 3.2.3.
КМТМ 3203 Structural materials and oil
and gas machinery
manufacturing technology
3
5
2
БД 3.2.3.1.
NINGMO
3203.1
Manufacturing technology
of oil and gas machinery
and equipment
3
5
3
БД 3.2.4.
ТТМ 3204
Thermodynamics and Heat
Transfer in the TM
4
5
4
БД 3.2.04.1
TTU 3204.1
Heat engineering and heat
engineering installations
4
5
5
БД 3.2.5
MZSAPR
3205
Math problems in CAD
3
5
6
БД 3.2.5.1
MMPTM
3205.1
Mathematical methods of
modeling and designing
TM
3
5
99
7
ПД 3.3.1
DVS 3302
Internal combustion
engines
3
5
8
ПД 3.3.1.1
GPA 3302.1
gas compressor unit
3
5
9
ПД 3.3.1.2
GTU 3302.2
Gas turbines
3
5
10
ПД 3.3.2
TBNGS 3303 Technological processes of
oil and gas industry
2
5
11
ПД 3.3.2.1
TDNG 3303.1
drilling and production
technology
2
5
12
ПД 3.3.2.2
TTTNG
3303.2
Technology Oil and gas
field operations
2
5
13
БД 3.2.6
FizZTM 3206
Physics in problems of
technological machines
4
6
14
БД 3.2.6.1
PFiz 3206.1
Physical processes of
friction and wear in the oil
and gas machines
4
6
15
БД 3.2.7
ОТ 3207
Occupational Safety and
Health
3
6
16
ПД 3.3.4
BMK 3304
Drilling machines and
systems
3
6
17
ПД 3.3.4.1
MiOBNGSS
334.1
Machinery and equipment
for drilling oil and gas
wells on land
3
6
18
ПД 3.3.4.2
MiOBNGSM
334.2
Machinery and equipment
for drilling oil and gas
wells on the sea
3
6
19
ПД 3.3.5
NPO 3305
gas field equipment
3
6
20
ПД 3.3.5.1
MiODNGS
3305.1
Machinery and equipment
for oil and gas on land
3
6
21
ПД 3.3.5.2
MiODNGSM
3305.2
Machinery and equipment
for oil and gas on the sea
3
6
22
ПД 3.3.6
MOGNP 3306 Machinery and equipment,
gas and oil pipelines
3
6
23
ПД 3.3.6.1
GiKNGP
3306.1
Hydraulic machines and
compressors in the oil and
gas industry
3
6
24
ПД 3.3.6.2
MONKS
3306.2
Machinery and equipment
of pumping and compressor
stations
3
6
100
KMТM 3203 Construction Materials in Petroleum Engineering - 3 credits
Prerequisite: Engineering Graphics, Physics.
The purpose of the study: The aim of teaching is to obtain knowledge about the structure,
physical, mechanical, chemical and technological properties of structural materials,
introduction of technology creation and development of new, cost-effective materials, the
development and introduction of new methods of hardening materials, a broader range of
products.
Summary: Classification of structural materials, function and basic properties. Details of
ferrous, nonferrous metals and their alloys, ways of their savings, as well as instrumental and
non-metallic materials, widely used in oil and gas engineering. The concepts of
standardization, normalization and unification of the oil and gas engineering, tolerances and
landings, advanced processing of metals by cutting methods, ways of automation and
mechanization of production processes. The concept of the basic criteria of quality material
like - resistance to external stress: strength, toughness, reliability, resource, etc.
Expected results: to choose the right procedure for material processing to improve the quality
of metals and alloys
Postrekvizity: manufacturing technology production machines, calculation and design of
technological equipment, repair of technological machines, Certification.
NINGMO 3203.1 Manufacturing technology of oil and gas machinery and equipment - 3
credits
Prerequisites: Technology of construction materials, machine tools, Materials, Fundamentals
of
interchangeability
and
technical
measurements.
The purpose of the study: In this course familiarization and set a goal of studying the basic
methods and principles of machining workpieces, machine parts, modern technological
methods of development of mechanical engineering. Learning the basics of process
standardization,
technical
and
economic
efficiency
of
technological
processes.
Summary: In this study the discipline of manufacturing machine parts processing technology,
mechanical engineering technology, new methods in line with the trends of technical progress;
technological, regulatory and technical requirements for modern technology. As well as
processing methods for the design and creation of units and mechanisms with low cost and
high quality. Basic concepts of the structure of processes. Turning the cylindrical surface of
the substrate based. Databases. Technology of production shafts. Methods of processing blade
tool blanks. processing abrasive tools. Typical manufacturing technology class components -
shafts. Typical class manufacturing technology components - gear.
Expected results:
Know:
- Manufacturing technology of processing machinery parts;
- Technological and regulatory requirements;
- Techniques for the design and creation of low-cost components and mechanisms
and high quality;
- Turning of cylindrical surfaces;
- Methods of processing blade tool blanks;
- Processing abrasive tools;
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- Standard class manufacturing technology components - shafts and gear.
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