6B05305 Physics and Nanotechnology

Цель: The goal is to prepare competitive specialists, bachelors of physics and nanotechnology, with strong analytical scientific mindset and high level of English language proficiency, capable of carrying out an experimental or theoretical scientific research, teaching and making scientific and technical translations competently; to develop personal qualities in order to work as a team leader of professionals.

Предметы на ЕНТ: Physics и Mathematics

Educational program

The goal is to prepare competitive specialists, bachelors of physics and nanotechnology, with strong analytical scientific mindset and high level of English language proficiency, capable of carrying out an experimental or theoretical scientific research, teaching and making scientific and technical translations competently; to develop personal qualities in order to work as a team leader of professionals.

ON 1. Explain physical, chemical and mathematical methods for the study of objects, phenomena and processes for applied and basic research;
ON 2. Apply physico-chemical methods for producing nano-objects and their composites for solving applied problems, as well as methods for describing structures, structures, composition, morphologies;
ON 3. Use fundamental and modern knowledge to solve problems related to identifying the relationship between the structure and properties of macro- and micro-objects;
ON 4. Interpretation modern scientific concepts and theories within the research context in the field of physics and nanomaterials to analyze the results of scientific research;
ON 5. Identify the similarities and differences of world and Kazakhstani science in the field of innovative technology in order to create new functional nanomaterials;
ON 6. Apply modern information technologies to search, store, process and transfer the necessary new scientific and innovative form of activity for experimental and theoretical research to develop and improve methods for the synthesis of nanostructured composite materials using plasma chemical technologies;
ON 7. To practice professional skills in scientific, technical and scientific-pedagogical activities to solve problems in interdisciplinary fields of physics and nanotechnology;
ON 8. Conduct laboratory experiments, as well as analytical and numerical calculations for physical research;
ON 9. To critically evaluate modern scientific concepts and theories in the field of nanomaterials and nanotechnology to determine the object and subject of independent research;
ON 10. Select the appropriate equipment, tools and research methods in accordance with their advantages and disadvantages and apply them to solve problems in a specific subject area;
ON 11. Аpply fundamental physical laws to solve industrial, technical and everyday problems;
ON 12. To work as part of an interdisciplinary team, tolerantly perceiving ethnic, religious, social and cultural differences; to form civil and ideological positions; improve social, linguistic and physical training to ensure full compliance with the needs of the professions and society.

Bachelor's degree programs

1) Certificate / diploma + applications (original)
2) ID card
3) UNT certificate
4) Certificates confirming benefits and quotas
5) Photo 3x4: 6 pcs.
6) Medical certificate form 063/y
7) Medical certificate in form 075 / y
🎯If the medical certificate, form 0/75 y does not contain evidence of psycho-drug registration data, then please download it on the Egov website

Curriculum

СЕМЕСТР 1

Нistory of Kazakhstan-5 ECTS
Political science-2 ECTS
Psychology-2 ECTS
Culture-2 ECTS
Sociology-2 ECTS
Foreign Language-5 ECTS
Physical Training-2 ECTS
Mechanics-6 ECTS
Mathematical Analysis-5 ECTS

СЕМЕСТР 2

Academic-2 ECTS
Foreign Language-5 ECTS
Physical Training-2 ECTS
Molecular physics-5 ECTS
Al-Farabi and Modernity-5 ECTS
Legal Bases of Corruption Control-5 ECTS
Entrepreneurship-5 ECTS
Abais Teaching-5 ECTS
Scientific Research Methods-5 ECTS
Basics of Financial Literacy-5 ECTS
Theory of differential equations-5 ECTS
Applied mathematics in physics and technology-5 ECTS
Fundamentals of human life safety-5 ECTS
Ecology and Sustainable Development-5 ECTS
Introduction to inclusion-5 ECTS

СЕМЕСТР 3

Physical Training-2 ECTS
Electricity and Magnetism-6 ECTS
Information-Communication Technologies-5 ECTS
Kazakh (Russian) Language-5 ECTS
Introduction to the modern solid state physics-5 ECTS
Basics of computational physics-5 ECTS

СЕМЕСТР 4

Introduction To Nanotechnology-5 ECTS
Chemical basics of nanotechnology-5 ECTS
Industrial-4 ECTS
Philosophy-5 ECTS
Physical Training-2 ECTS
Optics-6 ECTS
Kazakh (Russian) Language-5 ECTS

СЕМЕСТР 5

Basics of methods for nanomaterial synthesis-5 ECTS
Numerical Methods and Algorithms for Physical Data Analysis-5 ECTS
Electronics and Circuit Design for Physical Systems-5 ECTS
Basics of experimental methods for studying nanomaterials and nanostructures-5 ECTS
Basics of micro and nanoelectronics-5 ECTS
Atomic physics-6 ECTS
Quantum mechanics and statistical physics-5 ECTS
Introduction to plasma physics-5 ECTS

СЕМЕСТР 6

Industrial-4 ECTS
Methods for Solving Inverse Problems and Building Digital Twins in Physics-5 ECTS
Deep machine learning for simulation of physical systems-5 ECTS
Microcontrollers and Digital Measurements in Physics-5 ECTS
Intelligent Analysis and Processing of Experimental Data-5 ECTS
Modern Computational Environments and AI Tools in Physics-5 ECTS
Intelligent control systems of physical devices and technological processes-5 ECTS
Nuclear physics-5 ECTS
Advanced Materials and Nanostructures-5 ECTS

СЕМЕСТР 7

Computational Electrodynamics and Photonics-6 ECTS
Applied biophysics and basics of biotechnology-5 ECTS
Fundamentals of Vacuum Technology and Gas Discharge-5 ECTS
Optical Spectroscopy and Analysis of Nanomaterials-5 ECTS
Management and Commercialization in Nanotechnology-5 ECTS
Nanotechnologies and Nanomaterials in Energy and Biomedicine-5 ECTS
Physics of Quantum Materials and Nanostructures-5 ECTS
Plasma Technologies for Material Modification-5 ECTS
Modeling of high-tech systems-5 ECTS
Nanophotonics and Optoelectronics-5 ECTS
Physics of Heterostructures, and Thin Films-5 ECTS

СЕМЕСТР 8

Industrial-8 ECTS
Pre-Graduation-8 ECTS
Final Attestation-8 ECTS

Employment

Goal is to prepare competitive specialists, bachelors of physics and nanotechnology, with strong analytical scientific mindset and high level of English language proficiency, capable of carrying out an experimental or theoretical scientific research and making scientific and technical translations competently; The advantages of the educational program. Graduated students will know about: 1) University level physics (theoretical and experimental aspects); 2) Plasma physics (plasma energy, plasma technologies and devices); 3) Nanotechnology (syntheses, research and application of nanomaterials); 4) Computer simulation (Simulation of physics phenomena using programming languages like C++, python and special packages like MathCAD, Wolfram Mathematica). Academic mobility Students with the best results can be trained in foreign universities in 3, 4 courses. Foreign partners of the department: 1) Polytechnic University of Valencia, (Spain) 2) Institute of Theoretical Physics named after L. D. Landau, (Russia) 3) University of Orleans, (France) 4) Osaka University, Institute of Laser Engineering, (Japan) 5) University of Rostock, (Germany). Best teachers: You will have the opportunity to learn from the best scientists in the country, laureates of state prizes in the field of plasma physics and nanotechnology, academicians of the National Academy of Sciences of the RK, PhD doctors defended at the best universities in the world. Potential employers: 1) Science and Technology Park; 2) National nanotechnological laboratory of open type; 3) Research Institute of Experimental and Theoretical Physics; 4) Engineering laboratory; 5) Institute of the Ionosphere 6) As well as other scientific-research and innovation-production organizations and institutions

Contacts