Standardizing and Metrology

Published: 02 April 2014

Solving the problems of integration interaction in the international community is impossible without the expert participation in the field of metrology, standardization, confirmation and quality control in production systems. The conformity assessment procedures can make a major contribution to the achievement of specific objectives of the countries national policies, the abolition of trade barriers. They can balance the free circulation of commodities in the domestic market with the requirement to provide a "high level of health, safety and environment protection and advocate consumer interests".

NosovMagnitogorskStateTechnicalUniversityoffers a master's degree for students interested in standardization, metrology and certification.

Master's Degree Program covers a broad range of subjects which provide students with the foundation in the field of standardization, metrology and certification of quality control for the metalworking industries.

The program's special focus is on:

• providing the students with skills and knowledge in the field of metrology software, metrological control and monitoring, aimed at traceability maintaining, of products ( services) quality and safety, high economic efficiency for producers and consumers based on modern methods of quality control subject to operational and safety requirements;
• development of skills of quality management system component design, relating to the specific production conditions and products sales based on domestic and international regulations;
• involving in research activity and the development of complex applied problems in the field of metrology, standardization, certification and quality management;
• practical skills in the design, research and maintenance of conformity assessment systems of products , processes and services;
• providing the students with skills for professional practice in research and teaching in the field of metrology, standardization, certification and quality management.

Program Structure:

The master's degree program consists of 4 semesters:

• three core subjects with a specific focus on general academic subjects in the first and third semesters
• five core subjects with a specific focus on professional subjects in the first and third semesters
• More than ten subjects of variable part in the first, second and third semesters
• research and teaching activities in the third and fourth semesters

Admission Requirements

Applicants to a Master's Degree in Materials Science program should hold a Bachelor's degree in a related subject with good results.

Master's entrance examination is carried out in written form.

Masters training

Course - Standardization and Metrology

Major: Testing and Certification

Pedagogical Education

Published: 02 April 2014

Masters training

Course - Teaching Education

Major: Adult Education

Machine Building

Published: 02 April 2014

The aim of the program

The aim of the program is to train highly qualified specialists for the mechanical engineering industries, where the generation and implementation of innovations, the latest scientific advances and technological solutions are required. Graduates of the program are provided with deep professional knowledge and skills to evaluate the technical state of a wide range of engineering equipment, including machine tools and systems.

As a graduate of Master's Degree Program in Mechanical Engineering and Technology, you will be prepared to demonstrate the ability to:

• carry out patent research, ensuring the purity and patentability of new design solutions;
• identify indicators of the engineering level of designing processes, mechanical engineering industries and products for various service purposes;
• develop generalized design problem solutions, analyze the variants and select the best solution, predict its introduction results, plan the projects implementation;
• participate in the project development of mechanical engineering products and industries taking into account engineering, designing, operation, aesthetic, economic and management options;
• develop adumbrative, engineering and production projects of mechanical engineering industries, facilities and equipment systems;
• develop functional, logical, engineering and economic management of the mechanical engineering industries, their components, engineering, algorithmic and software based on modern methods, tools and design technologies;
• evaluate the innovation potential of the performing project.

Program Structure

The master's degree program consists of 4 semesters:

• four core subjects in the first semester;
• three modules in 2 and 3semesters;
• research activity in the last semester.

Study conditions

The course lasts two years. Full-time education.

Admission Requirements

Applicants to a Master's Degree in Materials Science program should hold a Bachelor's degree in a related subject with good results.

Master's entrance examination is carried out in written form.

Masters training

Course  -  Mechanical Engineering

Major: Machinery and Metal Pressure Treatment  Technologies

Land Transport and Technological Complexes

Published: 02 April 2014

Masters training

Course - Ground transport technological complexes

Major: Mining – and - Metallurgical Manufacturing Transportation Complexes

Electronics and Nanoelectronics

Published: 02 April 2014

The following special academic disciplines in the curriculum are designated by the University as follows: methods and tools for diagnosing, primary information sensors, electronic device designing, debugging tools of microprocessor systems, transmission facilities, fundamentals of electrical drive, signal processors and specialized microcontrollers.

Core subjects required in the curriculum are complemented by electives, as well as optional subjects such as: information collection, processing and transmission systems, fundamentals of energy saving, sensors, engineering sensors, control and testing of electronic devices, reliability of electronic devices, microprocessor systems hardware, telecommunication systems .

Master's Degree Program is focused on the research and research and teaching activities. The course lasts two years and culminates with a thesis project and master's degree awarding in the area of training.

The program includes topics which provide technology comprehension in related areas in order to develop a career in the field of industrial electronics development and application.

The program aims at providing students with:

• skills and knowledge resulting from the course of research and teaching activities and requiring extended professional knowledge;
• ability to analyze the acquired knowledge, collect, process, and arrange scientific and technical information on research area;
• ability to design, construct and remodel electronic equipment;
• skills in research description, processing and analysis of obtained results, results presentation in the form of reports, reviews, essays and articles;
• methods of evaluation of technical and economic efficiency of scientific and technical developments.

Admission Requirements

Applicants to a Master's Degree in Electronics and Nanoelectronics program should hold a Bachelor's degree in a related subject with good results.

Master's entrance examination is carried out in written form.

Masters training

Course - Electronics and Nanoelectronics

Major: Industrial Electronics and Electrical Complexes Automation

Design-engineering of Machine Building Industries

Published: 02 April 2014

The aim of the program

The aim of the program is to train highly qualified specialists for the mechanical engineering industries, where the generation and implementation of innovations, the latest scientific advances and technological solutions are required. Graduates of the program are provided with deep professional knowledge and skills to evaluate the technical state of a wide range of engineering equipment, including machine tools and systems.

As a graduate of Master's Degree Program in Mechanical Engineering and Technology, you will be prepared to demonstrate the ability to:

• carry out patent research, ensuring the purity and patentability of new design solutions;
• identify indicators of the engineering level of designing processes, mechanical engineering industries and products for various service purposes;
• develop generalized design problem solutions, analyze the variants and select the best solution, predict its introduction results, plan the projects implementation;
• participate in the project development of mechanical engineering products and industries taking into account engineering, designing, operation, aesthetic, economic and management options;
• develop adumbrative, engineering and production projects of mechanical engineering industries, facilities and equipment systems;
• develop functional, logical, engineering and economic management of the mechanical engineering industries, their components, engineering, algorithmic and software based on modern methods, tools and design technologies;
• evaluate the innovation potential of the performing project.

Program Structure

The master's degree program consists of 4 semesters:

• four core subjects in the first semester;
• three modules in 2 and 3semesters;
• research activity in the last semester.

Study conditions

The course lasts two years. Full-time education.

Admission Requirements

Applicants to a Master's Degree in Materials Science program should hold a Bachelor's degree in a related subject with good results.

Master's entrance examination is carried out in written form.

Masters training

Course - Design-Engineering Support of Machine-Building Manufacture

Major: Technology of Dimensional Shape-Generating Preparation

Information and Computer Science

Published: 02 April 2014

The educational objective of the program leading to the Master of Engineering degree in Computer Science is to develop experience, competencies, knowledge and practical skills, required for professional independent solution of designing tasks, development, application and implementation of information technology basic elements, which meet requirements and current state of software systems and computing market.

The program's special focus is on:

• providing skills and knowledge in research, academic and educational activities, project design, project engineering and managerial activities in the field of information and telecommunication technologies;
• development of the ability of searching and receiving new information needed to solve the problems in the area of knowledge integration relating to their activity field, to realize their responsibility for making professional decisions;
• ability to prove and defend their own conclusions and findings in front of the audience of various professional levels, to organizational and management activities in interdisciplinary production areas;
• development of self-education skills and continuous professional self-improvement under conditions of market economy.

Master’s Degree professional areas include:

• computers, systems and networks;
• automated data processing and control systems;
• computer-aided design and product information support systems;
• automated systems software.

Master’s Degree professional objects are:

• computing machinery, systems and networks;
• automated data processing and control systems;
• computer-aided design and industrial products lifecycle information support systems;
• computer hardware and automated systems software (programs, software packages and systems);
• mathematical, information, engineering, linguistic, soft, ergonomic, organizational and law support of the listed systems.

Graduate professional areas

Master of Engineering degree in Computer Science must be ready for a career in design and engineering work, design and technological activities, research activity, research and teaching activities, organizational and management activities.

Education Program Structure:

• subjects studying – 1-3 semesters;
• teaching experience – 4 semester;
• research activity –1-4 semesters.

Master's entrance examination is carried out in written form.

Masters training

Course -  Computer Science and Computing 

Major:  Computing Tools and Computer – Based Systems Software

 1^st year

2^nd year

Building Engineering

Published: 02 April 2014

Masters training  

Course - Construction

Major: The Theory and Practice of Organizational and Economic Solutions