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Materials Science and New Materials Technology (60720600)
60720600 - Bachelor's degree training in Materials Science is carried out
on a full-time basis. The standard duration of a bachelor's degree program in
full-time education is 4 years. It encompasses the technology of creating, updating and obtaining existing
and new materials, as well as a set of tools, methods, techniques and
techniques of human activity aimed at changing their physicochemical,
mechanical and other properties.
Professional opportunities and applications
Objects of professional activity of bachelors in the field of materials
science: Mechanical engineers in state and non-state organizations,
enterprises and institutions, companies (firms), production associations and
industry enterprises.
Is there an opportunity for graduates to work in
the field of education after pedagogical retraining? A person who
successfully completes pedagogical retraining courses is issued a state
certificate (certificate). This document gives the right to teach in general
education schools, colleges/lyceums, vocational schools or non-state
educational institutions in the subject. How are startups, digital
entrepreneurship opportunities, etc. supported by the department or
departments? The department's specialists advise students and researchers on
obtaining patents and registering copyrights.
Study the physicochemical properties of
materials in real tests, get acquainted with materials being developed based
on new technologies, and study the interrelationship of scientific theory and
industrial experience.
It involves conducting scientific research, such
as creating new materials, modifying existing materials, and proposing new
processing technologies.
The course consists of studying the structure and properties of materials,
materials processing, physicochemical processes in the process of obtaining
materials, material testing methods, the basics of creating and modifying new
materials, and studying the ecological, technical and economic aspects of
preparing new materials. Development of nanomaterials, biomaterials, strong
alloys, lightweight and environmentally friendly composites. Studying new
methods of processing materials (for example, plasma and laser processing).
Studying and developing energy-efficient, environmentally friendly, low-waste
technologies. Studying the properties of materials through mechanical,
thermal, electrical, and chemical experiments, conducting in-depth scientific
investigations using analytical testing methods. Writing scientific articles
based on the results of their research. Creating innovations in the
specialty, conducting scientific research, and solving problems is achieved
through a combination of analytical thinking, a scientific approach, and
practical skills. This forms the graduate as a mature specialist who actively
contributes to industrial, scientific, and technological progress. .
Programme overview
Main Subject
Chemistry
Degree
Other
Study Level
Undergraduate
Study Mode
On Campus
Materials Science and New Materials Technology (60720600)
60720600 - Bachelor's degree training in Materials Science is carried out
on a full-time basis. The standard duration of a bachelor's degree program in
full-time education is 4 years. It encompasses the technology of creating, updating and obtaining existing
and new materials, as well as a set of tools, methods, techniques and
techniques of human activity aimed at changing their physicochemical,
mechanical and other properties.
Professional opportunities and applications
Objects of professional activity of bachelors in the field of materials
science: Mechanical engineers in state and non-state organizations,
enterprises and institutions, companies (firms), production associations and
industry enterprises.
Is there an opportunity for graduates to work in
the field of education after pedagogical retraining? A person who
successfully completes pedagogical retraining courses is issued a state
certificate (certificate). This document gives the right to teach in general
education schools, colleges/lyceums, vocational schools or non-state
educational institutions in the subject. How are startups, digital
entrepreneurship opportunities, etc. supported by the department or
departments? The department's specialists advise students and researchers on
obtaining patents and registering copyrights.
Study the physicochemical properties of
materials in real tests, get acquainted with materials being developed based
on new technologies, and study the interrelationship of scientific theory and
industrial experience.
It involves conducting scientific research, such
as creating new materials, modifying existing materials, and proposing new
processing technologies.
The course consists of studying the structure and properties of materials,
materials processing, physicochemical processes in the process of obtaining
materials, material testing methods, the basics of creating and modifying new
materials, and studying the ecological, technical and economic aspects of
preparing new materials. Development of nanomaterials, biomaterials, strong
alloys, lightweight and environmentally friendly composites. Studying new
methods of processing materials (for example, plasma and laser processing).
Studying and developing energy-efficient, environmentally friendly, low-waste
technologies. Studying the properties of materials through mechanical,
thermal, electrical, and chemical experiments, conducting in-depth scientific
investigations using analytical testing methods. Writing scientific articles
based on the results of their research. Creating innovations in the
specialty, conducting scientific research, and solving problems is achieved
through a combination of analytical thinking, a scientific approach, and
practical skills. This forms the graduate as a mature specialist who actively
contributes to industrial, scientific, and technological progress. .
Admission Requirements
56.7+
Admission of students to full-time study programs at higher educational institutions in the Republic of Uzbekistan is regulated by the State Commission for Admission to Educational Organizations. This process is conducted in accordance with national policies and guidelines to ensure transparency, fairness, and equal opportunity for all applicants. Admission is based on a competitive rating system that takes into account the total number of points accumulated by applicants during entrance examinations and standardized tests. These examinations are designed to assess the academic readiness, knowledge, and skills of prospective students in their chosen fields of study.
Each applicant competes for a limited number of places available in various academic programs, and only those who achieve the highest scores are granted admission. The entrance exams are usually administered in subjects relevant to the intended course of study, and the scores are centrally evaluated to maintain consistency and objectivity. In addition, the admission process may consider quotas or special provisions for certain categories of applicants, such as those from underrepresented regions, individuals with disabilities, or recipients of state benefits.
.
01 Jun 2025
4 Years
Sep
Tuition fees
Domestic
584 USD
International
861 USD
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
Materials science and new materials technology
48 monthsProgramme duration
861 USDTuition Fee/year
01 Jun, 2025Application Deadline
SepStarting Month
Programme overview
Main Subject
Chemistry
Degree
Other
Study Level
Undergraduate
Study Mode
On Campus
60720600 - Bachelor's degree training in Materials Science is carried out on a full-time basis. The standard duration of a bachelor's degree program in full-time education is 4 years. It encompasses the technology of creating, updating and obtaining existing and new materials, as well as a set of tools, methods, techniques and techniques of human activity aimed at changing their physicochemical, mechanical and other properties.
Professional opportunities and applications
Objects of professional activity of bachelors in the field of materials science: Mechanical engineers in state and non-state organizations, enterprises and institutions, companies (firms), production associations and industry enterprises.
Is there an opportunity for graduates to work in the field of education after pedagogical retraining? A person who successfully completes pedagogical retraining courses is issued a state certificate (certificate). This document gives the right to teach in general education schools, colleges/lyceums, vocational schools or non-state educational institutions in the subject. How are startups, digital entrepreneurship opportunities, etc. supported by the department or departments? The department's specialists advise students and researchers on obtaining patents and registering copyrights.
Study the physicochemical properties of materials in real tests, get acquainted with materials being developed based on new technologies, and study the interrelationship of scientific theory and industrial experience.
It involves conducting scientific research, such as creating new materials, modifying existing materials, and proposing new processing technologies.
The course consists of studying the structure and properties of materials, materials processing, physicochemical processes in the process of obtaining materials, material testing methods, the basics of creating and modifying new materials, and studying the ecological, technical and economic aspects of preparing new materials. Development of nanomaterials, biomaterials, strong alloys, lightweight and environmentally friendly composites. Studying new methods of processing materials (for example, plasma and laser processing). Studying and developing energy-efficient, environmentally friendly, low-waste technologies. Studying the properties of materials through mechanical, thermal, electrical, and chemical experiments, conducting in-depth scientific investigations using analytical testing methods. Writing scientific articles based on the results of their research. Creating innovations in the specialty, conducting scientific research, and solving problems is achieved through a combination of analytical thinking, a scientific approach, and practical skills. This forms the graduate as a mature specialist who actively contributes to industrial, scientific, and technological progress. .
Programme overview
Main Subject
Chemistry
Degree
Other
Study Level
Undergraduate
Study Mode
On Campus
60720600 - Bachelor's degree training in Materials Science is carried out on a full-time basis. The standard duration of a bachelor's degree program in full-time education is 4 years. It encompasses the technology of creating, updating and obtaining existing and new materials, as well as a set of tools, methods, techniques and techniques of human activity aimed at changing their physicochemical, mechanical and other properties.
Professional opportunities and applications
Objects of professional activity of bachelors in the field of materials science: Mechanical engineers in state and non-state organizations, enterprises and institutions, companies (firms), production associations and industry enterprises.
Is there an opportunity for graduates to work in the field of education after pedagogical retraining? A person who successfully completes pedagogical retraining courses is issued a state certificate (certificate). This document gives the right to teach in general education schools, colleges/lyceums, vocational schools or non-state educational institutions in the subject. How are startups, digital entrepreneurship opportunities, etc. supported by the department or departments? The department's specialists advise students and researchers on obtaining patents and registering copyrights.
Study the physicochemical properties of materials in real tests, get acquainted with materials being developed based on new technologies, and study the interrelationship of scientific theory and industrial experience.
It involves conducting scientific research, such as creating new materials, modifying existing materials, and proposing new processing technologies.
The course consists of studying the structure and properties of materials, materials processing, physicochemical processes in the process of obtaining materials, material testing methods, the basics of creating and modifying new materials, and studying the ecological, technical and economic aspects of preparing new materials. Development of nanomaterials, biomaterials, strong alloys, lightweight and environmentally friendly composites. Studying new methods of processing materials (for example, plasma and laser processing). Studying and developing energy-efficient, environmentally friendly, low-waste technologies. Studying the properties of materials through mechanical, thermal, electrical, and chemical experiments, conducting in-depth scientific investigations using analytical testing methods. Writing scientific articles based on the results of their research. Creating innovations in the specialty, conducting scientific research, and solving problems is achieved through a combination of analytical thinking, a scientific approach, and practical skills. This forms the graduate as a mature specialist who actively contributes to industrial, scientific, and technological progress. .
Admission Requirements
Admission of students to full-time study programs at higher educational institutions in the Republic of Uzbekistan is regulated by the State Commission for Admission to Educational Organizations. This process is conducted in accordance with national policies and guidelines to ensure transparency, fairness, and equal opportunity for all applicants. Admission is based on a competitive rating system that takes into account the total number of points accumulated by applicants during entrance examinations and standardized tests. These examinations are designed to assess the academic readiness, knowledge, and skills of prospective students in their chosen fields of study.
Each applicant competes for a limited number of places available in various academic programs, and only those who achieve the highest scores are granted admission. The entrance exams are usually administered in subjects relevant to the intended course of study, and the scores are centrally evaluated to maintain consistency and objectivity. In addition, the admission process may consider quotas or special provisions for certain categories of applicants, such as those from underrepresented regions, individuals with disabilities, or recipients of state benefits.
.Tuition fees
Domestic
International
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
Scholarships to study abroad
Find scholarships to study abroad with our lists of international scholarships – categorized by country, by subject, and by type of student.
Scholarship Applications: Frequently Asked Questions
Get answers to all your questions about scholarship applications, including tips on how to find scholarships and chances of success.
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