"Academy of Logistics and Transport"
EDUCATIONAL PROGRAM
Name: 7M07159 Transport facilities
Level of training: scientific and pedagogical
Code and classification of areas of training:
7М071 – Engineering and Engineering trades Code and group of educational programs: M310-Transport facilities
Date of registration in the Register: __28.01.2021__
Registration number:_ _7М07100402_
Almaty, 2021
CONTENT
1. Information about the consideration, coordination and approval of the program,
developers and experts 3
2. Regulatory References 4
3. Passport of the educational program 5
4. Competence model of the graduate 6
5. Matrix of correlation of learning outcomes in the educational program with
academic disciplines/ modules 14
6. Structure of the educational program of the magistracy in the scientific and
pedagogical direction 17
7. Curriculum for the entire period of study 18
8. Catalogue of disciplines of the university component 20
9. Catalogue of Elective Component Disciplines 24
10. Expert opinions 34
11. Approval sheet 36
12. Change Registration Sheet 37
3
1. Information about the consideration, coordination and approval of the program,
developers and experts
2. REGULATORY REFERENCES
The educational program is developed on the basis of the following regulatory legal acts and professional standards:
1. Law of the Republic of Kazakhstan "On Education" dated July 27, 2007 No. 319-III (with amendments and additions as of January 8, 2021).
2. National Qualifications Framework approved by the Protocol of March 16, 2016 by the Republican Tripartite Commission on Social Partnership and Regulation of Social and Labor Relations.
3. Sectoral framework of qualifications of the sphere "Education", approved by the Minutes of the meeting of the sectoral commission of the Ministry of Education and Science of the Republic of Kazakhstan on social partnership and regulation of social and labor relations in the field of education and science dated November 27, 2019 No. 3.
4. State Compulsory Standard for Postgraduate Education (Annex 8 to the Order of the Minister of Education and Science of the Republic of Kazakhstan dated October 31, 2018 No. 604 with amendments and additions as of May 5, 2020).
5. Qualification directory of positions of managers, specialists and other employees, approved by the order of the Minister of Labor and Social Protection of the Population of the Republic of Kazakhstan dated December 30, 2020 No. 553.
6. Professional standard "Teacher", approved by the Order of the Chairman of the Board of the National Chamber of Entrepreneurs of the Republic of Kazakhstan "Atameken" No. 133 dated June 8, 2017.
7. Professional standard "Science", a project of the National Chamber of Entrepreneurs of the Republic of Kazakhstan "Atameken".
8. Rules for the organization of the educational process on credit learning technology, approved by the Order of the Minister of the Ministry of Education and Science of the Republic of Kazakhstan No. 152 of 20.04.2011 (with additions and amendments of October 12, 2018 No. 563).
9. Classifier of areas of training of personnel with higher and postgraduate education, approved by the Order of the Minister of Education and Science of the Republic of Kazakhstan dated October 13, 2018 No. 569 (with amendments and additions as of June 5, 2020).
10. The algorithm for the inclusion and exclusion of educational programs in the Register of educational programs of higher and postgraduate education, approved by the Order of the Minister of Education and Science of the Republic of Kazakhstan dated December 4, 2018 No. 665 (with additions and amendments as of December 22, 2020).
11. RI-ALT-33 "Regulations on the procedure for developing an educational program of higher and postgraduate education".
12.Professional standard: "Architectural and urban planning works", approved No. 256 of 20.12.2019.
13.Professional standard: "Development of construction projects", approved No. 256 of 20.12.2019
14.Professional standard: "Construction of roads and highways", approved No. 256 of
20.12.2019.
5
3. PASSPORT OF THE EDUCATIONAL PROGRAM
№ Field name Description
1 Registration number
2 Code and classification of the field of education
7М07- Engineering, processing and construction industries
3 Code and classification of areas of training
7М071 – Engineering and Engineering trades
4 Code and group of educational programs
M310-Transport facilities 5 Name of the educational program 7М07159 – Transport facilities
6 Type of OP New
7 Purpose of the OP
Preparation of highly qualified, competitive and sought-after masters of scientific and pedagogical direction with organizational and managerial competencies in the field of research and operation of transport facilities.
8 ISCED level 7
9 NQF Level 7
10 Level in ORC 7
11 Distinctive features of THE OP No
Partner University (SOP) -
Partner University (DDOP) -
12 Form of training Full-time
13 Language of instruction Kazakh, Russian
14 Volume of loans 120
15 Academic degree awarded Master of Technical Sciences in the educational program 7М07159 – Transport facilities
16 Availability of an appendix to the license
for the direction of training KZ12LAA00025205
17
Availability of accreditation of the OP Name of accreditation body
Validity of accreditation
4. COMPETENCE MODEL GRADUATE
The purpose of the educational program: Training of highly qualified, competitive and sought-after masters of the scientific and pedagogical direction with organizational and managerial competencies in the field of research and operation of transport facilities.
Objectives of the educational program :
1. Assistance in the formation of the graduate's abilities:
1) demonstrate the developing knowledge and understanding acquired at the level of higher education, which is the basis or opportunity for the original development or application of ideas, often in the context of scientific research;
2) apply knowledge, understanding and problem-solving ability in new or unfamiliar situations in the contexts and framework of broader (or interdisciplinary) areas related to the field being studied;
3) integrate knowledge, cope with complexities and make judgments based on incomplete or limited information, taking into account ethical and social responsibility for the application of these judgments and knowledge;
4) clearly communicate their conclusions and knowledge and their justification to specialists and non-specialists;
2. Assistance in the formation of the graduate's readiness:
1) develop design documentation for the creation and modernization of transport construction;
2) perform calculation and design work on the modernization of existing transport construction facilities;
3) develop technical documentation and methodological materials, proposals and measures for the creation and modernization of transport construction facilities.
4) conduct technical and economic analysis, comprehensive substantiation of the adopted and implemented decisions in the field of operation, repair and maintenance of transport construction facilities, their units, systems and elements;
5) apply the results in practice, the desire for self-development, improving their skills and mastery.
6) to the economical and safe use of natural resources, energy and materials in the operation, repair, maintenance of transport facilities and structures.
Learning outcomes:
RO-1 Apply the skills of personnel management, production, management psychology, strategic management and information support of business research.
RO-2 Interpret the results of scientific research in the form of reports, abstracts, publications and public discussions, including in a foreign language.
RO-3 Formulate methods for solving scientific and technical problems with any variables, constant objects of research, with complex systems using mathematical models, probability theory and mathematical statistics.
RO-4 To analyze the technical condition and technical and economic indicators of artificial structures on the roads using experimental methods, modern software and hardware complexes and systems.
RO-5 Determine the quality of design solutions in accordance with the requirements of regulatory documents, risk analysis and reduction, digital technologies and information security.
PO 6 Use methods for calculating the water-thermal mode of operation of the soils of the roadbed of transport facilities in operating conditions.
RO-7 To develop integrated solutions for strengthening the transport infrastructure and
7
rational methods of reconstruction for the operated facilities.
PO 8 To summarize the use of digital technologies, the principles of building digital measuring devices for transport facilities.
RO-9 To make an economic assessment of the structures used to conduct a multifactorial financial and commercial analysis of the investment project of transport facilities.
RO-10 To assess the technical condition and technical and economic indicators of transport facilities using experimental methods, modern software and hardware complexes and systems.
PO 11 To study modern technologies and equipment for the transportation of hydrocarbon raw materials, oil and gas mixtures.
RO-12 Summarize modern standards for the calculations of pipeline systems.
Field of professional activity: areas of science and technology related to road transport, roads, transport facilities and engineering of transport infrastructure.
– Organizations and enterprises of the transport industry in the field of technologies of material-processing production during maintenance, rail urban transport, subways and industrial transport;
- Scientificresearch organizations.
Functions of professional activity:
1) participation in the development of draft technical specifications and requirements, standards and technical descriptions, regulatory documentation for new objects of professional activity; formation of the goals of the project (program), solution of tasks, criteria and indicators of achievement of goals, construction of the structure of their interrelations, identification of priorities for solving problems, taking into account the moral aspects of activity;
2) participation in the design of new and reconstruction (modernization) of existing transport facilities, in the development of technological processes for the maintenance and repair of roads;
3) the use of information technologies in the calculation of structures of transport facilities, the design of new and reconstruction (modernization) of existing transport facilities, the development of technological processes for the maintenance and repair of roads;
4) economic and organizational-planned calculations for the reorganization of production;
5) development of theoretical models that allow to predict changes in the technical condition of roads and the dynamics of the parameters of the efficiency of their technical operation; analysis of the state
Objects of professional activity:
– Local executive authorities in the field of railway transport, transport construction and their regional structures;
– Organizations and enterprises of the transport industry in the field of management, operation, maintenance of roads, rail urban transport and subways, as well as industrial transport;
Types of professional activity:
- production and technological;
- organizational and managerial;
- experimental and research;
- calculation and design;
- research;
-Pedagogical.
and dynamics of quality indicators of objects of professional activity using the necessary methods and means of research; development of plans, programs and methods for conducting research on objects of professional activity; conducting scientific research on individual sections (stages, tasks) of the topic as a responsible executor or together with the supervisor;
6) analysis, synthesis and optimization of the processes of quality assurance of testing, certification of products and services using problem-oriented methods; information retrieval and analysis of information on research objects; implementation of metrological verification of the main measuring instruments; implementation of experimental design developments; substantiation and application of new information technologies; participation in the preparation of practical recommendations on the use of research and development results;
7) organization of the work of the team of performers, selection, justification, adoption and implementation of management decisions in the conditions of different opinions, determination of the order of performance of work; organization and preparation of initial data for the selection and justification of scientific, technical and organizational decisions based on economic analysis;
8) organization of the process of education and upbringing in the field of education using technologies that reflect the specifics of the subject area and correspond to the age and psychophysical characteristics of students, including their special educational needs;
9) design of educational programs and individual educational routes of students; design of the content of educational disciplines (modules), forms and methods of control and control and measuring materials; design of educational environments that ensure the quality of the educational process;
design of further educational route and professional career.
List of specialist positions:
Teacher of the organization of education, leading researcher, senior researcher, researcher, junior researcher, head of the research laboratory, head of the laboratory, researcher, first head of the production organization (enterprise), deputy head of the production organization (enterprise), chief engineer of the production organization (enterprise), head of the structural unit of the production organization (enterprise), head of the structural unit of the production organization (enterprises), deputy head of the structural unit of the production organization (enterprise), manager, engineering and technical worker.
Professional certificates received at the end of training: not provided.
Requirements for the previous level of education: higher education (bachelor's degree) in the direction of training 7М071 – ENGINEERING AND ENGINEERING TRADES The educational program of the scientific and pedagogical magistracy includes two types of practice:
- pedagogical practice - in the organization of education;
- research practice - at the place of execution of the dissertation.
Pedagogical practice.
Pedagogical practice of undergraduates is a practical training of future teachers, carried out in
conditions as close as possible to the professional activity of the teacher. Pedagogical practice is aimed
at the formation of functional competencies, the development of abilities to perform tasks in the
professional and educational spheres. In the process of pedagogical practice, the professional and
personal development of future teachers is activated. In the course of practice, undergraduates draw
9
up and implement a plan of educational activities with a group of students, develop and conduct a system of classes that reflect the completed segment of the learning process based on the content of the major disciplines, demonstrate mastery of modern technologies and teaching methods.
The purpose of pedagogical practice is:
- consolidation and deepening of knowledge in general scientific, psychological and pedagogical, methodological, basic and major disciplines;
- formation on the basis of theoretical knowledge of pedagogical skills, abilities and competencies.
The program of pedagogical practice is developed by the department and approved by the President-Rector of the Academy of Logistics and Transport.
The program of pedagogical practice should be aimed at developing professionally significant skills among students and the formation of key competencies:
- planning, forecasting, analysis of the main components of the learning and education process;
- the use of various forms and methods of organization and implementation of educational and cognitive, labor, social, environmental, recreational, game and other activities of students;
- implementation of an individual approach to students in the course of educational and upbringing work, taking into account the peculiarities of their development;
- conducting pedagogical diagnostics of the state of the pedagogical process.
The bases of pedagogical practice are educational organizations that provide secondary vocational education, higher education.
The duration of pedagogical practice is determined by the Curriculum of the educational program in the direction of personnel training 7М071 – Engineering and Engineering trades.
Research practice.
Research practice is a type of research activity aimed at deepening and systematizing the theoretical and methodological training of the undergraduate, his practical mastery of the technology of research activities, the acquisition and improvement of practical skills in performing scientific and experimental work in accordance with the requirements for the level of master's training.
The research practice of students is carried out in order to familiarize themselves with the latest theoretical, methodological and technological achievements of domestic and foreign science, with modern methods of scientific research, processing and interpretation of experimental data. The content of research practice is determined by the topic of the dissertation research.
The research practice of the undergraduate student is carried out at the place of study or in scientific organizations, which can be considered as experimental platforms for conducting research related to the subject of the master's thesis. In the course of practice, undergraduates are given the opportunity to conduct experimental research on a pre-designed program that takes into account the tasks of the master's thesis.
Research work of the undergraduate student (NIRM).
Planning of research in weeks is determined on the basis of the normative time of work of the undergraduate student during the week. The number of credits allocated for the implementation of research and development in a particular academic period is determined by the working curriculum of the professional educational program in the direction of personnel training 7M071 - 7М071 – Engineering and Engineering trades
The NIRM shall:
1) correspond to the main problems of the educational program of the magistracy, on which the master's thesis is defended;
2) be relevant and contain scientific novelty and practical significance;
3) be based on modern theoretical, methodological and technological achievements of science and practice;
4) be based on modern methods of data processing and interpretation using computer technologies;
5) be performed using modern methods of scientific research;
6) contain research (methodological, practical) sections on the main protected provisions.
The master's thesis is carried out during the period of research.
Within the framework of the research institute, the individual work plan of the undergraduate student to get acquainted with innovative technologies and new types of production provides for mandatory passage of scientific internship in scientific organizations and (or) organizations of relevant industries or spheres of activity.
The purpose of the research work is to prepare a master's student who owns the methodology of scientific knowledge of processes and is able to apply scientific methods in the study of problems of modern production, the final result of whose research activities is the writing and successful defense of a master's thesis.
Objectives of research work:
- to train highly qualified specialists of modern formation, possessing broad fundamental knowledge;
- to develop the abilities and skills of undergraduates to critically analyze and master theoretical concepts in order to implement them in a practical plane and with subsequent testing at the international level;
- to form in the undergraduates the ability to professional growth and self-development, the skills of independent creative mastery of new knowledge throughout their active life.
As a result of mastering the master's program, graduates should be prepared to perform the following types and tasks of professional research work:
- demonstrate a systematic understanding of the field of study, mastery in terms of skills and research methods used in this field;
- plan, develop, implement and adjust a comprehensive research process;
- to contribute with their own original research to the expansion of the boundaries of the scientific field, which may merit publication at the national or international level;
- critically analyze, evaluate and synthesize new and complex ideas;
- communicate their knowledge and achievements to colleagues, the scientific community and the general public;
- to promote the development of a knowledge-based society.
Scientific internship is carried out with the aim of:
- performing the tasks of the master's thesis;
- familiarization with innovative technologies and new types of production;
- familiarization with the latest theoretical, methodological and technological achievements of domestic and foreign science;
- familiarization with modern methods of scientific research, processing and interpretation of experimental data;
- consolidation of theoretical knowledge obtained in the process of training the acquisition of practical skills, competencies and experience of professional activity, as well as the development of best practices in this area.
Requirements for R&D:
1) compliance with the main problems of the educational program of the magistracy, on which
11 the master's thesis is defended;
2) relevant and contains scientific novelty and practical significance;
3) is based on modern theoretical, methodological and technological achievements of science and practice;
4) is based on modern methods of data processing and interpretation using computer technologies;
5) is carried out using modern methods of scientific research;
6) contains research (methodological, practical) sections on the main protected provisions.
The Academy defines special requirements for the preparation of a master's student in the research part of the program. Special requirements include:
- knowledge in the field of scientific and managerial activities in the conditions of constant updating of knowledge and modernization of society;
- conducting independent research activities on problems and disciplines;
- the ability of practical processing and transmission of information using modern technical means;
- ability to predict the directions of technical and scientific development of the country;
- possession of modern specialized skills and methods necessary for making effective decisions in the field of engineering and technology.
The main content of the RESEARCH is reflected in the individual work plan of the undergraduate.
Contents
The research work of the undergraduate student can be carried out in the following forms:
- fulfillment of the tasks of the supervisor in accordance with the approved plan of research work;
- participation in the research work of the department;
- participation in scientific and scientific-methodological seminars held by the Academy, the department;
- the use of modern methods of data processing and interpretation using computer technologies;
- participation in the development of project documents and other provisions related to the subject area of scientific research;
- participation in scientific research, including joint scientific projects and programs;
- preparation and defense of the master's thesis.
The form of conducting the research work of the undergraduate can be specified and supplemented depending on the specifics of the master's program, the topic of the master's thesis.
The research work of the undergraduate student includes:
- research work;
- scientific internship;
- scientific publications (participation in scientific conferences and seminars);
- writing a master's thesis.
Organization of a scientific internship within the framework of research and development.
Scientific internship is one of the most important components in the preparation of masters and is implemented in accordance with the IPRM in the terms determined by the academic calendar and the individual work plan of the undergraduate.
The terms of the scientific internship are determined by the Academy independently. The
passage of a scientific internship, as a rule, is planned in the second year of study in the magistracy.
Scientific internship of a master's student is carried out on the basis of contracts concluded with enterprises / organizations / institutions, universities and scientific organizations and leading scientists within the framework of Agreements and Memorandums of Cooperation in the field of education and science, as well as on the basis of personal invitations from educational and scientific organizations.
The passage of training in exchange programs, including double diploma programs, joint educational programs with foreign universities and organizations is equivalent to the passage of a scientific internship.
In case of failure to pass a scientific internship, the undergraduate student is not allowed to the final certification.
The final certification of the undergraduate student is carried out in the form of writing and defending a master's thesis.
The purpose of the final certification of the undergraduate student is to assess the scientific- theoretical and research-analytical level of the undergraduate, the formed professional and managerial competencies, readiness for independent performance of professional tasks and the compliance of his preparation with the requirements of the educational program of the magistracy.
Students who have completed the educational process in accordance with the requirements of
the educational program, the working curriculum and working curricula, as well as those who have
passed the preliminary defense (extended meeting) on the results of the dissertation research are
allowed to the final certification.
5. MATRIX OF CORRELATION OF LEARNING OUTCOMES IN THE EDUCATIONAL PROGRAM WITH ACADEMIC DISCIPLINES/MODULES
№ Name of discipline
N u m b er o f cr ed it s
Matrix of correlation of learning outcomes by educational program with academic disciplines
P O 1 P O 2 P O 3 P O 4 P O 5 P O 6 P O 7 P O 8 P O 9 P O 1 0 P O 1 1 P O 1 2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
1 History and Philosophy of
Science 5 +
2 Foreign language (professional) 4 +
3 Pedagogy of Higher Education 5 +
4 Management Psychology 2 +
5 Pedagogical practice 4 +
6 Probability theory and
mathematical statistics 4 +
7 System Analysis 4 +
8 Strategic Management 3 +
9 Business Research 3 +
10 Practicum on a professional
foreign language 2 +
11 Academic Writing 2 +
12 Elasticity and plasticity
6 +
13 Mechanics of elastic
deformable solids 6 + +
14 Methods of scientific research
4 + +
15
Theoretical aspects of the water-thermal regime of the soils of the roadbed
5
+
16 Linear structures 5 + +
17 Research Practice 3 + + + +
18
Strengthening the
infrastructure of transport facilities
6
+
19
Complex design solutions for the reconstruction of transport facilities
6
+ 20
Design and estimate documentation for the
construction of linear structures 6
+
21 Feasibility study of BIM
technology of linear structures 6 +
22 Construction of transport
facilities 6 +
23 Arrangement of transport
facilities 6 +
24 Monitoring of transport facilities
5 +
25 Assessment of the operational
condition of linear structures 5 +
26
Modern technologies and equipment for transportation of hydrocarbon raw materials
5 +
27 Technology of transportation
of oil and gas mixtures 5 +
28
Regulatory Requirements for Pipeline System Calculations
4 + +
+
15 29 Technical standards in the
design of pipeline systems 4 +
+ +
30 Research work of the
undergraduate student 18
+ + +
31 Final attestation of the Master's
degree (OZMD) 12 + + + + + + + + + + + +
6. STRUCTURE OF THE EDUCATIONAL PROGRAM OFTHE M AGISTRATURA IN THE SCIENTIFIC AND PEDAGOGICAL DIRECTION
No p/n Name of cycles of disciplines and activities Overall labor intensity
in academic hours in Academic Credits
1 2 3 4
1. Theoretical training 2520 84
1.1 Cycle of basic disciplines (DB) 1050 35
1) University component (VK): 600 20
History and Philosophy of Science 150 5
Foreign language (professional) 120 4
Pedagogy of Higher Education 150 5
Management Psychology 60 2
Pedagogical practice 120 4
2) Optional Component (HF) 450 15
1.2 Cycle of Major Disciplines (PD) 1470 49
1) University component 420 14
2) Optional component 960 32
3) Research Practice 90 3
2. Research work of the undergraduate student 720 24
1) Research work of the undergraduate student, including the passage of
an internship and the implementation of a master's thesis 720 24
3 Additional types of training (FEB) - -
4 Final Attestation (IA) 360 12
1) Registration and defense of the master's thesis (OiZMD) 360 12
Total 3600 120
17
7. CURRICULUM FOR THE ENTIRE PERIOD OF STUDY
19
8. CATALOGUE OF DISCIPLINES OF THE UNIVERSITY COMPONENT EDUCATIONALPROGRAM A
7М07159 – Transport facilities
Level of education: Master's degree in science and pedagogy Duration of training: 2 years
Module Cycle Compon ent
Name of discipline
Overall labor intensity
Seme ster
Lear ning outco mes
Brief description of the discipline
Prerequisites Post- requisitions in
academic hours
in academic credits
1 2 3 4 5 6 7 8 9 10 11
Module 1 – Personal and social- humanitaria n
competencie s
DATA
BASE VK1
History and Philosophy of Science
150 5 1 PO10
The discipline studies the history, philosophy and methodology of science. Undergraduates are given knowledge of the history of science and private sciences, which provide an opportunity to comprehend the dynamics of the development of science. The philosophy of science allows us to reveal the foundations of science as a system of scientific knowledge that forms public consciousness. The methodology of science allows us to understand the methodological foundations and problems of modern science for the development of a methodological culture of research work of future specialists.
Undergraduate
Disciplines Research work of the
undergraduate student, Final certification of the magistracy
DATA
BASE VK2
Foreign language (professional)
120 4 1 PO2
Mastery of professional English at an advanced level (for non-linguistic areas). The study of the grammatical characteristics of the scientific style in its oral and written forms.
Professional oral communication in monological and dialogical form according to the educational program. Ability to demonstrate research results in the form of reports, abstracts, publications and public
Undergraduate Disciplines
Practicum in a Professional Foreign Language / Academic Writing
discussions; interpret and present the results of scientific research in a foreign language.
Module 2 – Economic
and Managemen
t Competenci
es
DATA
BASE VK3
Management Psychology
60 2 2 PO1
The discipline is aimed at studying the theoretical and methodological foundations of management psychology; the main socio- psychological problems of management and ways to solve them; familiarization with the methods of studying important socio- psychological characteristics of the individual and the team, professional, interpersonal and intrapersonal problems by means of management psychology.
Strategic Management
Research work of the
undergraduate student, Final certification of the magistracy
Module 3 – Research Competenci
es
PD VK4
Methods of scientific research
120 4 1 PO4
The discipline is aimed at studying the methodology and methodology of scientific research, the formulation of the topic, the goals and objectives of scientific research, the methodology of theoretical and experimental research. analysis of theoretical and experimental studies and formulation of conclusions and conclusions, methods of implementation and effectiveness of scientific research. organization and processing of research work. modern methods of generating ideas in solving scientific and technical problems.
Undergraduate
Disciplines Research work of the
undergraduate student, Final certification of the magistracy
PD PLUMBI
NG
Research Practice
90 3 3 PO3-
PO6
The purpose of the research practice of the undergraduate student is the formation and development of professional knowledge in the field of the selected Educational Program, the consolidation of the theoretical knowledge gained in the disciplines of the direction and special disciplines of the master's program,
Cycle of basic disciplines (DB),
Cycle of Major Disciplines (PD)
Final attestation
21
the mastery of the necessary professional competencies in the chosen direction of training.
Module 3 – Research Competenci es
Research work of the undergraduate student
720 24 2,3,4
RO5- PO 11
The form of conducting the research work of the undergraduate can be specified and supplemented depending on the specifics of the master's program, the topic of the master's thesis.
The research work of the undergraduate student includes:
- research work;
- scientific internship;
- scientific publications (participation in scientific conferences and seminars);
writing a master's thesis.
Cycle of basic disciplines (DB),
Cycle of Major Disciplines (PD)
Final attestation
Final certification:
Registration and defense of the master's thesis (OiZMD)
360 12 4 RO1-
PO11
The purpose of the final certification of the undergraduate student is to assess the learning outcomes achieved upon completion of the study of the master's degree program.
Cycle of basic disciplines (DB),
Cycle of Major Disciplines (PD), R&D
Module 4 - Pedagogical competencie
s
DATA
BASE VK7
Pedagogy of Higher Education
150 5 1 PO11
The discipline is aimed at studying the theoretical and methodological foundations of pedagogy of higher education; considers the modern paradigm of higher education and the system of higher professional education in the Republic of Kazakhstan; studies didactics and the process of education in higher education;
forms professional competence and skills necessary for the implementation of full- fledged pedagogical activities.
Undergraduate Disciplines
Research work of the
undergraduate student, Final certification of the magistracy
DATA BASE
PLUMBI NG
Pedagogical
practice 120 4 2 PO4,
PO11
Pedagogical practice consists of the following blocks: educational work, familiarization with lectures and practical classes of teachers, participation in the development of work programs of disciplines of a scientific
Pedagogy of Higher Education
Final attestation
specialty, conducting training sessions in an academic group, independent study of literature.
Total 2190 73
9. CATALOGUE OF ELECTIVE COMPONENT DISCIPLINES
EDUCATIONALPROGRAM A 7М07159 - Transport facilities
Level of education: master's degree scientific and pedagogical Duration of study: 2 years
Module Cyc le
Discipline Overall labor intensity
Se mes
ter
Learni ng outcom
es
Brief description of the discipline Prerequisites Post-requisitions Com
pone nt
name
in acade
mic hours
in acade
mic credits
1 2 3 4 5 6 7 8 9 10 11
M 1 – Personal and social- humanitari an
competenci es
DA TA BA SE
KV1 Practicum on a profession al foreign language
60 2 2 PO2 The discipline "Practicum in a professional foreign language" includes mastery of a foreign language at the international level (for non-linguistic areas). Preparation of written reports on topics related to the scientific work of the undergraduate. Development of skills in working with official documentation on various forms and types of international cooperation, explanatory and bilingual terminological dictionaries, as well as reference literature on the educational program. Development of translation and interpreting skills of bilateral translation.
Foreignlanguage (professional)
Research work of the undergraduate student, Final certification of the magistracy
23
Q2 Academic Writing
PO1 The discipline "Academic Writing" is a methodology for writing scientific texts: essays, master's theses, articles, monographs. The ability to formulate and justify your own thoughts, ideas and convey them to the target audience. Improve the skills of writing scientific texts, the ability to structure, format, select the style and language of description.
Foreign language (professional)
Research work of the undergraduate student, Final certification of the magistracy
M2 – Economic and managerial competenci es
DA TA BA SE
KV1 Strategic Manageme nt
90 3 1 PO1 The discipline studies the following topics: The essence and content of strategic management, the features of the strategy of the business unit, corporate strategy:
management of a package of types of business, analysis and assessment of the external and internal environment of the organization, competitive and corporate strategies of the company, strategic analysis of diversified companies, management of strategic changes.
Undergraduate Disciplines
Workshop on professional foreign language,
Academic writing, Strengthening the infrastructure of transport facilities, Integrated design solutions for the reconstruction of transport facilities, Psychology of management, Production management, Risk management Q2 Business
Research
PO1 The discipline studies the following topics: Introduction to business research, the concept of business, the history of development, science and scientific research, the logic of the research process and its main stages, the construction of the research structure, information support for business research, the collection of empirical data, the methodology for conducting analysis based on the BCG matrix, marketing information system, processing and analysis of primary data, market analysis.
Undergraduate Disciplines
Workshop on professional foreign language,
Academic writing, Strengthening the infrastructure of transport facilities, Integrated design solutions for the reconstruction of transport facilities, Psychology of management, Production management, Risk management
M3 – Research competenci es
DA TA BA SE
KV1 Probability theory and mathemati cal statistics
120 4 1 PO3 Probability theory and mathematical statistics study the simplest theorems of probability theory, systems of random variables, mathematical models for the analysis of random phenomena for their adequate description and understanding, methods for solving standard problems using basic analytical tools, mathematical methods for constructing probable models and the implementation of these methods on real problems of natural science, practical activity and statistical processing of real data.
As part of the undergraduate educational program
Elasticity and plasticity, Mechanics of elastic deformable solid, Production control, Risk management, System analysis Strategic Management Business Research
Q2 System
Analysis
PO3 The discipline studies issues consisting in conducting research by performing a sequence of pre-planned actions both with any variables or constant objects of study, and with complex systems. The objects can be a variety of problems that are detected in the development of new and the functioning of previously created systems, and identified in the processes of preparation and decision-making themselves.
As part of the undergraduate educational program
Elasticity and plasticity, Mechanics of elastic deformable solid, Production control, Risk management, System analysis Strategic Management Business Research M3 –
Research competenci es
DA TA BA SE
KV1 Elasticity and plasticity
180 6 2 PO6 Study of the basic concepts and assumptions of the theories of elasticity and plasticity; systems of partial differential equations; the main methods of solving these equations. Formation of knowledge about the methods of structural analysis of transport structures using the basic provisions of the theory of elasticity and plasticity.
Mastery of the basic concepts and assumptions of the theory of elasticity and plasticity for the successful solution of problems in the field of design of transport structures.
Probability theory and mathematical statistics, System analysis, Methods of scientific research, Finite element method in the problems of transport construction,
Strengthening the infrastructure of linear structures Integrated design solutions for the reconstruction of transport facilities Design and estimate documentation for the construction of linear structures Feasibility study of BIM technology of linear structures Q2 Mechanics
of elastic
PO6 Mechanics and thermodynamics of continuous media.
Mechanics of elastic and inelastic deformable solids.
Fundamentals of the theories of elasticity, plasticity,
Probability theory and mathematical statistics, System
Strengthening the infrastructure of linear structures
25
deformable solids
viscous elasticity and creep. Strength and Fracture of Solids. Fracture Mechanics. Experimental and numerical methods of mechanics of a deformable solid. Methods and means of experimental research. Theory of similarity and modeling, Numerical methods for solving problems of mechanics of a deformable solid.
analysis, Methods of scientific research, Finite element method in the problems of transport construction,
Integrated design solutions for the reconstruction of transport facilities Design and estimate documentation for the construction of linear structures Feasibility study of BIM technology of linear structures Module 5 –
Profession al
Competenc ies
PD KV1 Theoretical aspects of water- thermal regime of soils of roadbed
150 5 1 PO5 The disciplinestudies with modern methods
of
water- thermalregime of the roadbed with changes in humidity and temperature at various points of the roadbed, the processes occurring during migration and accumulation of moisture in various soils, the patterns of soil freezing and puffing in road structures occurring in different seasons of the year and their proper consideration in the design of roads.Methods of scientific research, Finite element method in the problems of transport construction, Probability theory and mathematical statistics, System analysis
Strengthening the infrastructure of linear structures Integrated design solutions for the reconstruction of transport facilities Design and estimate documentation for the construction of linear structures Feasibility study of BIM technology of linear structures
Module 5 – Profession al
Competenc ies
PD KV1 Linear structures
150 5 2 PO6 The discipline studies the idea of geodetic works at all stages of construction of structures, namely survey, design, execution of layout works, as-built surveys, geodetic support of construction, design of engineering and graphic documentation, during surveys, layout grids, layout elements, route, profile, plan, as-built surveys, deformation of the roadbed, construction, technical operation and the basics of designing linear structures, ways to improve reliability, theoretical foundations and principles of construction of linear structures.
Methods of scientific research, Finite element method in the problems of transport construction, Probability theory and mathematical statistics, System analysis
Strengthening the infrastructure of linear structures Integrated design solutions for the reconstruction of transport facilities Design and estimate documentation for the construction of linear structures Feasibility study of BIM technology of linear structures
Module 5 – Profession al
Competenc ies
DA TA BA SE
KV1 Strengthen ing the infrastruct ure of transport facilities
180 6 1 PO7 The discipline studies modern types of transport facilities and methods of their maintenance necessary for production, design, scientific, and operational organizations. Transport facilities serve a fairly long service life, loads have changed, the load intensity of transport lines has increased, all this requires the reconstruction of existing structures. Modern methods and technologies for strengthening transport facilities with the help of modern materials are described.
Strategic Management, Business Research, Research Methods, Finite Element Method in Transport Construction Tasks
Design and estimate documentation for the construction of linear structures Feasibility study of BIM technology of linear structures Construction of transport facilities Arrangement of transport facilities Q2 Complex
design solutions for the reconstruct ion of transport facilities
PO7 The discipline studies modern problems and tasks of reconstruction of transport facilities. Regulatory framework of transport infrastructure. Review of the structures of transport facilities. The main provisions of the examination, diagnosis, monitoring of the condition and testing of transport facilities. Analysis of materials for the design of the reconstruction of transport facilities.
Assessment of qualitative indicators of transport infrastructure facilities. Development of measures and adoption of comprehensive design solutions for the reconstruction of transport facilities.
Strategic Management, Business Research, Research Methods, Finite Element Method in Transport Construction Tasks
Design and estimate documentation for the construction of linear structures Feasibility study of BIM technology of linear structures Construction of transport facilities Arrangement of transport facilities
27
Module 5 – Profession al
Competenc ies
PD KV1 Design and estimate documenta tion of imports of linear structures
180 6 2 PO8 The discipline studies a set of documents that reveal the essence of the project and contain a justification for its feasibility and feasibility, the results of the study performed directly related to the reliability and durability of road structures, the theoretical foundations of soil compaction of the roadbed and the rationing of the degree of compaction, the main provisions on the methods and means of ensuring the required degree of compaction, intended for a wide range of specialists related to the problem of soil compaction.
Methods of scientific research, Finite element method in the problems of transport construction, Elasticity and plasticity, Mechanics of elastic deformable solids, Strengthening the infrastructure of transport structures, Complex design solutions for the reconstruction of transport structures
Construction of transport facilities\
Arrangement of transport facilities Monitoring of transport facilities Assessment of the operational condition of linear structures
Research work, final certification Q2 Feasibility
study of BIM technology of linear structures
PO8 The disciplinestudies the principles and directions of digital activities of organizations (enterprises), the information policy of the Republic of Kazakhstan, the State Program "Digital Kazakhstan". State Management of Digital Development, Legislative Regulation in the Field of Digital Technologies in the Republic of Kazakhstan, Information Security, Principles of Building Digital Measuring Devices, Digital Technologies Used in the Transport Industries of the Republic of Kazakhstan and the possibility of using BIM-technology in real estate management, the main problems associated with the introduction of an information modeling system for structures at the operating stage.
Module 5 – Profession al
Competenc ies
PD KV1
Constructi on of transport facilities
180 6 3 PO9 The discipline studies the methods of calculation and assessment of the strength of the elements of structures for transport construction, regulatory and design loads, impacts and forces, the basics of designing building structures, preparing asphalt concrete mixtures, connecting asphalt concrete strips, technology for preparing an asphalt concrete mixture with a reduced temperature, laying a concrete mixture, classifying asphalt concrete plants and the ability to conduct a technical and economic analysis of various options designs and technological schemes of construction and make informed technical and economic decisions.
Elasticity and plasticity, Mechanics of elastic deformable solid,
Monitoring of transport facilities Assessment of the operational condition of linear structures
Modern
technologies and equipment for transportation of hydrocarbon raw materials Technology of transportation of oil and gas mixtures Research work, final certification Q2 Arrangeme
nt of transport facilities
PO9 The discipline studies the types, purpose and recommendations on the composition and content of the sections of justification of investments in the construction of enterprises, buildings and structures, information clarifying the composition of the initial data, proposals for a system of forms and tables with a certain nomenclature of indicators for conducting a multifactorial economic, financial and commercial analysis of the investment project of transport facilities, methods for assessing the technical condition and residual life of construction facilities, Equipment.
Elasticity and plasticity, Mechanics of elastic deformable solid, Elasticity and plasticity, Mechanics of elastic deformable solid,
Monitoring of transport facilities Assessment of the operational condition of linear structures
Modern
technologies and equipment for transportation of hydrocarbon raw materials Technology of transportation of oil and gas mixtures Research work, final certification Module 5 –
Profession al
Competenc ies
PD KV1
Monitoring of
transport facilities
150 5 3 PO 10 The discipline is devoted to modern methods of geotechnical design of roads and transport structures built on sedimentary, low-water-saturated clay, bulk, alluvial, swollen, saline, puffy, fractured rocks and eluvial soils. Along with the consideration of the structural features of foundations and foundations on
Elasticity and plasticity, Mechanics of elastic deformable
solid,
Modern
technologies and equipment for transportation of hydrocarbon raw materials
29
specific soils, the course deals with the issues of construction in karst and unfinished territories, as well as in seismic zones.
Technology of transportation of oil and gas mixtures Regulatory Requirements for Pipeline System Calculations Technical standards in the design of pipeline systems Research work, final certification Q2 Assessmen
t of the operational condition of linear structures
PO 10 The discipline studies the assessment of the transport and operational condition of the road, according to the degree of compliance with the regulatory requirements of the main transport and operational indicators of the road, taken as its consumer properties, is used in assessing the quality of the project for the construction, reconstruction or repair of the road, the quality of the road at the time of its commissioning after construction, reconstruction or repair, as well as the quality and transport and operational condition of the road in operation
Elasticity and plasticity, Mechanics of elastic deformable solid,
Modern
technologies and equipment for transportation of hydrocarbon raw materials Technology of transportation of oil and gas mixtures Regulatory Requirements for Pipeline System Calculations Technical standards in the design of pipeline systems Research work, final certification Module 5 –
Profession al
Competenc ies
PD KV1 Modern technologi es and equipment for transportati on of hydrocarbo n raw materials
150 5 3 PO 11
The discipline studies the technological characteristics and principles of combining equipment for the preparation, transport and storage of hydrocarbons into a single technological line at the design stage; the main methods of protecting the inner surface of field pipelines and equipment from complicating processes of hydrate formation, corrosion and deposition of asphalt-resin- paraffin formations; the main provisions of industrial
Practicum in Professional Foreign Language, Academic Writing, Strategic Management, Business Research, Probability Theory and Mathematical Statistics, System Analysis,
Regulatory Requirements for Pipeline System Calculations Technical standards in the design of pipeline systems Research work, final certification
and environmental safety in the transport and storage of hydrocarbons in the system of field pipelines.
Strengthening the Infrastructure of Transport Facilities, Complex Design Solutions for the Reconstruction of Transport Facilities Q2
Technolog y of transportati on of oil and gas mixtures
PO 11 The discipline studies the most economical and progressive technologies, a significant increase in the efficiency of the transport process, bringing the technical potential of transport industries in line with the needs of the oil economy in transportation, modern methods for determining the technological parameters of pipelines in order to reduce the impact of complicating processes, servicing a varietyof oil flows of varying intensity, technological processes of pipeline transportation of oil, petroleum products and gas, as well as the main types of pipeline equipment and the principles of its operation.
Probability theory and mathematical statistics, System analysis, Elasticity and plasticity, Mechanics of elastic deformable solids
Regulatory Requirements for Pipeline System Calculations Technical standards in the design of pipeline systems Research work, final certification
Regulatory Requireme nts for Pipeline System Calculatio ns
120 4 3 PO 12 The discipline studies the basic laws and regulations on the properties of hydrocarbon systems when moving along the chain "systems preparation - transport - storage - delivery to the system of main pipelines of marketable products"; requirements of regulatory and technical documentation of field pipeline transport in the process of operation of these facilities; the main methods of protecting the inner surface of field pipelines and equipment from complicating processes of hydrate formation, corrosion and deposition of asphalt-milk paraffin formations
Practicum in Professional Foreign Language, Academic Writing, Strategic Management, Business Research, Probability Theory and Mathematical Statistics, System Analysis, Strengthening the Infrastructure of Transport Facilities, Complex Design Solutions for the Reconstruction of Transport Facilities
Research work, final certification
31
Technical standards in the design of pipeline systems
PO 12 The discipline studies the existing norms and rules for the design of gas and oil pipelines, tanks for the storage of oil and petroleum products, methods for calculating the volume of tank farms, regulatory methods
for
calculating the structure by limit states, a comprehensive assessment of reliability in accordance with modern requirements, time factors, the probabilistic nature of the characteristics of the bearing capacity and loads, the levelsof practical applications of methods for quantifying the reliability of pipeline transport for oil and petroleum products.
Practicum in Professional Foreign Language, Academic Writing, Strategic Management, Business Research, Probability Theory and Mathematical Statistics, System Analysis, Strengthening the Infrastructure of Transport Facilities, Complex Design Solutions for the Reconstruction of Transport Facilities
Research work, final certification
Total 1410 47
10. EXPERT OPINION
33
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12. CHANGE REGISTRATION WORKSHEET Publicati
on number
Date of
introduction Changes Signature
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