The
main
forms
of
competence
bachelor:
With the development of the course "Age physiology" bachelors need to
know:
• theoretical and methodological foundations of the physiology of the
developing organism;
• psycho-physiological aspects of the child's behaviour;
• mechanisms of formation and development of visceral systems;
• characteristics of the development of sensory systems in the ontogeny of
the
organism;
• Have a basic training for the conduct of educational activities in the
secondary
school
of
anatomy
and
physiology.
The
bachelor
should
be
able
to:
• intelligently formulate and solve scientific and applied problems in the
field of Physiology;
• apply their knowledge and skills in a rational organization of the
educational process in the school with the knowledge age characteristics of
children
and
adolescents
and
promote
healthy
lifestyles.
Must hold of some methods of assessing functional status of children at
different age levels and criteria for determining the level of functional
development and the child's readiness for school.
Nei4519
Neuropsychology
3 credit / 5 ECTS
Prerequisites: human and
animal physiology,
histology (1 +2 +0)
Course Description: "Neurophysiology" introduces students to the laws of
functioning of the central nervous system and higher nervous activity of the
mature and developing organism, the central mechanisms of goal-directed
behavior. Particular attention is paid to the study of communicative behavior
disorders of children and adolescents, neuroscience alcoholism and drug
addiction, which will contribute to a healthy lifestyle.The goal - to help students
ideas about the general laws of functioning of the central nervous system and
The main forms of competence bachelor:
With the development of the course "Neurophysiology" students need to
know:
• theoretical and methodological foundations of the physiology of the
central nervous system and higher nervous activity of the mature and
developing organism;
higher nervous activity of the mature and developing organism, the central
mechanisms
of
goal-directed
behavior.
Objectives:
• Ensure common understanding of the functioning of the central nervous system
and higher nervous activity and functional system as the physiological basis of
behavior;
• acquaint themselves with new developments physiology of the central nervous
system
and
the
prospects
for
its
development;
• learn some methods of evaluation of the functional state of the central nervous
system and higher mental functions.
• mechanisms of memory and learning, attention, perceived and
subconscious brain activity;
• Formation of consciousness during ontogeny and significance of sensory
information for mental activity.
Should be able to:
• retrieve and analyze information from the literature, the base-information,
electronic sources;
• apply the theoretical knowledge and skills in a practical and research
activities.
Must be skilled in conducting physiological studies assess the state of the
central nervous system and higher mental functions.
Imm4520
Immunophysiology
3 credit / 5 ECTS
Prerequisites: human and
animal physiology,
Biochemistry, human
anatomy, cell biology,
histology, Microbiology
and Virology (1 +0 +2)
The course summary: All types of the immunity, the evolution and ontogeny of
the immune system show. The formation of a hypersensitivity reaction,
immunodeficiency states show. Inducing immune responses in the body of the
cells, immunoglobulins, neyroimmunomediatory, cytokines particularly note
students The purpose - the role of T-and B-systems of the immune system to
reveal in anti-cancer, transplant, anti-bacterial, anti-viral, anti-parasitic
immunities.
Objectives of the course - The mechanisms of immune responses in health and
disease show, at the students give the basic knowledge on the immunological
basis of which they could solve theoretical and practical problems.
to know: the structure and function of the immune system, the mechanism
of immune response of the body, ways of interaction and the development
of basic immune responses in health and disease, transplantation immunity,
anti-tumor and anti-viral immunity.
be able to apply: their theoretical knowledge into practice in the field of
biology and medicine.
Hro4521
Chronophisiology.
3 credit/ 5 ECTS
Prerequisites: human and
animal physiology. (+2 +0
+1)
"Chronophisiology " is expected to provide the students' understanding of
fundamental laws and applied research carried out in various fields of biology, as
well as provides knowledge about the most important achievements of
chronobiology and the prospects of its development, which allows students to
form the basis of theoretical and applied thinking, allowing the use of
biorhythmology achievements in biology.
The course goal – provide to students a deep and broad knowledge about the
temporal organization of physiological systems.
Objectives: learn the basic concepts of biological time.
With the development of the course " Chronophisiology " students need to
know:
- Main features and properties of the jet lag, the nature of the oscillations of
different genesis of the frequency spectrum of biological rhythms, the main
chronotype;
The bachelor should be able to:
apply their theoretical knowledge and practical skills in the practice of their
research and teaching activities.
Must master:
understanding of the fundamental laws of chronobiological and applied
research carried out in all areas of physiology, as well as knowledge of the
most important achievements in chronophysiology and the prospects of its
development, which allows students to form the basis of theoretical and
applied thinking, allowing the use of achievement chronophysiology.
RF4522
Regulatory Physiology
2 credit/ 3 ECTS
Prerequisites: human and
animal physiology,
histology.
(1+1+0)
Course Outline: The basic principles of organization and management of
functional systems (FS) as a unit of the integrative activity of the body, the place
of homeostasis in the aggregate system of concepts, especially management of
biomedical FS dominant principles in the management of the FS. The
mechanisms of the interaction of regulatory systems, the development of a
compensatory reaction is normal, as well as on the verge of normal and
pathological conditions in terms of system analysis and system of compensation
of
disturbed
functions.
Purpose - The study of the interaction of regulatory systems and the use of a
systematic approach to the analysis of multiple intra-and inter-system interactions
of the organism in a changing environment and functional activity.
Objectives:
• provide students with current understanding of the mechanisms of regulation
and laws governing the formation of functional systems of homeostatic,
behavioural
and
mental
levels
of
the
organization;
• acquire the necessary basic knowledge for system diagnostics of functional
status and health behaviours of programming.
The
main
forms
of
competence
bachelor:
With the development of the course "Regulatory physiology" students need
to
know:
• mechanisms of regulation and self-regulation of body functions, elements
of
system
analysis;
•
principles
of
integration
of
body
functions;
• building the systems and processes involved in the maintenance of a
constant
internal
environment
of
the
body.
Should
be
able
to:
use the knowledge and methodological approaches in planning and solving
fundamental
and
applied
problems
of
regulatory
physiology.
Should own some methods of evaluating the state of the regulatory and
operational systems of the body in health and in different functional states
of the organism.
OTH 7 Soil Technology
TM3513
Soil quality improvement
3 credits / 5 ECTS
Prerequisites: Chemistry,
Physics, Botany, Ecology,
Biochemistry, Soil Science
(1+0+2)
The students are acquainted with the principles and methods of soil reclamation
area of Kazakhstan. They are the basic properties and soil regimes and protecting
them from degradation processes. The course contains information on
technologies of saline, sodic and degraded land and soil technologies of
cultivation of agricultural crops under irrigation; modern water-saving irrigation
technology and lesomeliorativnye activities.
-knowledge of basic soil-reclamation of lands, the methods and techniques
used in land reclamation of soils according to their properties and regimes;
-ability to perform field and laboratory studies of reclamation;
-be able to analyse the impact on soil processes following chemical
analyses and develop projects of reclamation measures.
TZHFA3514
Methods for physical and
chemical soil research
3 credits / 5 ECTS
Prerequisites: Chemistry,
Physics, Botany, Ecology,
Biochemistry, Soil Science
(1+0+2)
The goal of the course is the development of physical and chemical research
methods of soil. Students study modern devices and equipment that are intended
to measure the physical parameters and chemical composition using the following
methods: Photo-calorimetry, spectrometry-atomic-absorption, Kim, ionometry
Kim, gas-liquid chromography, etc.
-To know the principles of physical and chemical methods of research soil;
Be able to determine the physical parameters and chemical composition on
modern technical devices, equipment and the skills of practical work on
them
TEBTKTP3515
Soil and soil environmental
monitoring technology
3 credits / 5 ECTS.
Prerequisites: none
(2+0+1)
Course aims: to explore the elements of soil protective technologies by region of
the country and the implementation of environmental monitoring for topsoil soil
types.
The course contains key provisions of the soil monitoring and development of soil
protective technologies, depending on the State of the soil.
Addresses issues of protection of soil resources of natural and anthropogenic
factors, crop rotation, crop management technologies and farming techniques,
obepečivaûŝie reproduction of soil fertility.
While mastering a course you must-know the essence, characteristics and
properties of soil environmental monitoring and the necessary technology
to protect the soil from erosion, degradation, pollution and desertification.
-be able to determine the degree of human impact on land cover and
developed technology to them with cover lacquer.
-to develop the skills set and meet specific challenges on the use of all types
of monitoring soil and solution of practical tasks for soil protection.
ETVPP3516
Energy saving technology
of reproduction of soil
fertility
3 credits / 5 ECTS.
Prerequisites: none
(1+0+2)
The goal of the course is to give the students the knowledge of basic patterns of
soil fertility and its reproduction in biogeocenozah and agro-ecosystems.
Discusses the physical, chemical, and biological indicators of soil fertility and
methods of their determination are given modern energy saving technologies of
cultivation of food and fodder crops to ensure reproduction of soil fertility.
-Knowledge of physical, chemical and biological parameters of energy
saving technologies of fertility and reproduction.
-be able to perform theoretical calculations of the cycles of matter and
energy in the biogeocenozah agro-ecosystems and to develop projects of
energy-saving technologies.
TKGK3517
Geography and cartography
of soil cover
3 credits / 5 ECTS.
Prerequisites: none
(2+0+1)
The goal of the course is to study the patterns of geographical distribution of soil
and soil-geographical zoning the territory. students are looking for knowledge on
geography, cartography and soil classification. Explores the modern soil
classification, determination of their diagnostic characteristics, the use of different
methods of soil mapping (situ surveying, aerial photography, satellite imagery,
etc.)
-Know the soil horizontal-vertical zonality and Noah and their diagnostic
characteristics;
-be able to field and cameral work on composition of its soil maps of
various scales, using different methods and modern GIS technologies;
-acquire practical skills of diagnostics and soil mapping.
TPMM3518
( Math modeling of soil
processes
3 credits / 5 ECTS
Prerequisites: Mathematics,
Botany, Ecology, Soil
Science 2+1+0)
The goal of the course is to acquaint the students with mathematical methods to
study soil processes. Its tasks include: efficient use of soil resources conservation,
development of adaptive technology and biotechnology, optimization of the use
of chemicals in farming, agri-environmental analysis and assessment of effects on
soil. Mathematical models of these processes enable to predict their effects.
-know the modern methods of mathematical modeling, be able to apply
mathematical methods of analysis for studying basic laws of soil forming
processes;
acquiring the skills of modern soil processes modeling methods for
environmentally balanced use of soil resources.
TBZHEB45119
Bonitirovka economic
assessment of soil and land
3 credits / 5 ECTS
Prerequisites: Math, Soil
Science.
(2+1+0)
The goal of the course is to study methods of bonitirovočnyh scales, support land
management systems, development of land cadastre. calculation of points for soil
quality indicators and on high yield tmnogoletnej. Integrated impact assessment
of the economy on the State of soil productivity of agroecosystems and
èffektinost′ of agricultural technologies, analysis and calculation of emerging
environmental risks. Evaluation of the efficiency of technological processes.
The goal of the course is to study methods of bonitirovočnyh scales,
support land management systems, development of land cadastre.
calculation of points for soil quality indicators and on high yield
tmnogoletnej. Integrated impact assessment of the economy on the State of
soil productivity of agroecosystems and èffektinost′ of agricultural
technologies, analysis and calculation of emerging environmental risks.
Evaluation of the efficiency of technological processes.
OMKTTO4520
Technology optimization of
soil mineral nutrition of
plants
3 credits / 5 ECTS
Prerequisites: Chemistry,
Physics, Botany, Ecology,
Biochemistry, Soil Science.
(1+1+1)
The goal of the course is to study the food regime of plants and technology
optimization. Aware of the content of rassmativaûtsâ in soil macro-and micro-
power plants on the main types of soil, the crops need, timing and calculation of
mineral and organic fertilizers. These calculations are based on optimization
technology of plant nutrition.
-to know the optimum soil content of macro-and microelements of plant
nutrition on the major types of soil;
-be able to calculate the needs of crops in the elements of nutrition and
application of organic and mineral fertilizers.
-setting skills to optimize the power plants.
ZhKZhPKH4521
Legal framework of land
use and land code
3 credits / 5 ECTS
Prerequisites: Ecology, Soil
Science.
(2 +1 +0)
The goal of the course is to acquaint the students with the basic provisions of the
law on land administration and land management, the principles of land
legislation.
The course considers new regulations, land use law, ownership and other rights in
rem over land, land categories, land protection, control and monitoring, land
management, land registry.
-know the laws of the Republic of Kazakhstan on the land, the subsoil, the
land code, the water code, forest code, etc.
-be able to obtain official documents of State control over land use and
protection;
-modern management skills and processes of reforming land use
optimization.
TB4522
Soil biology 2 credits / 3
ECTS
Prerequisites :
Botany, Ecology,
Microbiology, Soil Science.
(1+1+0)
The purpose of this course is to study the wildlife inhabiting in soil environment
and the soil cover as a planetary surface. The module examines the main
representatives of soil biota.
Objectives and content of the module is to study the ecological functions of soil
biota, is involved in the processes of transformation of substances in nature and
biological methods to increase fertility.
-Knowledge of the ecological and biological processes associated with the
function of the main representatives of soil biota.
-master the microbiological methods of research and selection of pure
cultures of microorganisms and microfauna;
-to acquire the skills to use the theoretical knowledge for drafting
reproduction fertility.
SPECIALITY 5B070100-BIOTECHNOLOGY
Discipline code
Names оf disciplines (modules)
and types of activities,
Credits,
prerequisites, Lec/prac/Lab.
Aim, tasks, short content of module (course)
Learning Outcomes
(knowledge, skills, competences)
STATE COMPULSORY MODULE
HRK 1101
History of Kazakhstan
3 credits / 5 ECTS
Prerequisites : none
2+1+0
The aim: To familiarize the students with the historical bases and
periods of formation of the independent Kazakhstan statehood
through the study of specific sources and historical facts from the
standpoint of new theoretical and methodological views.
Content. The historical bases and periods of formation of the
independent Kazakhstan statehood. Historical and comparative
analysis of the current achievements of the Kazakhstan statehood
compared to various periods of the past.
- knowledge of historical bases and periods of establishment of the independent
Kazakhstan statehood in the context of the global and Eurasian historical process;
- the ability of comprehending objectively and thoroughly the inherent advantages,
features and value of Kazakhstan's development model;
- analytical skills and skills of axiological analysis in the study of complicated
historical processes, phenomena and historical figures of modern Kazakhstan.
K(R)LPP 1102
Professionally-oriented
Kazakh
(Russian) language 3 credits /
ECTS
Prerequisites : none
0+3+0
The aim: To teach the students the ability to reproduce and
produce dialogues and monologues in the Kazakh (Russian)
language in every day scientific and professional communication.
Content. Reproduction of the conceptually
organized philological knowledge in the Kazakh (Russian)
language, the co-allocation of the functioning and development of
the Kazakh (Russian) language with the socio-economic, cultural,
historical, political situation in Kazakhstan and in the world, with
constitutional legal bases of the Republic of Kazakhstan.
– the ability to apply the basic knowledge of the system, structure and functioning
of the Kazakh language units for working at texts on speciality to formulate a
professional outlook;
- the ability to create secondary scientific texts: abstract, summary and description;
the ability to synthesize the scientific information in the form of a thesis of the
issue.
PLPP 1103
Professionally-oriented
foreign
language
3 credits / ECTS
Prerequisites : none
0+2+1
The aim: To teach the students to communicate in a foreign
language for professional needs.
Content. Enriching the vocabulary of a foreign language, including
the professional terms and clichés, development of listening skills,
improvement of students' abilities in reading authentic publications
on suggested topics from professional press and the development of
skills of
writing business correspondence with partners on professional
issues. The course is designed for students with the average and
high levels of language proficiency (Pre-Intermediate, Intermediate,
Upper-Intermediate, Advanced).
- the ability to comprehend a foreign speech by listening;
- communication skills in a foreign language and rich vocabulary;
- reading skills and skills of analysis of the read material.
PSK 2104
Philosophy
of
scientific
knowledge
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: to develop students’ methodological and scientific
culture,
their skills of independent formulating scientific problems and
algorithm of scientific search based on fundamental knowledge in
the sphere of philosophy, as well as possibilities of interdisciplinary
methodology.
A special attention is paid to the problems of science and
technology, engineering, technical knowledge and art, the role of
science in social progress, and also in genesis and solution of global
tasks of modern society.
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