June 2020

12.03.01 Instrumentation Engineering (Instruments, Complexes and Element Base of Instrumentation Engineering)

Major: Instruments, Complexes and Element Base of Instrumentation Engineering Level: Bachelor's degree programme Duration of training: 4 years Degree certificate: Diploma Mode of study: Full time Language of study: Russian Programme manager: Dmitrii Katsai, Candidate of Sciences (Engineering), Associate Professor Description of the educational programme Knowledge and skills gained by the graduates determine the field of future profession: mathematical modelling of the processes and objects of instrumentation and their study on the basis of standard software packages of computer-aided design and self-developed software products; measuring and studying various objects according to a given method; analyzing, calculating, designing and constructing in accordance with technical requirements of standard systems, instruments, components and nodes at the circuit and element levels; testing, adjustment of equipment, adjustment of software systems used for the development, production, and adjustment of instrumentation. The uniqueness of the programme is in the development of the classical methodology for the design and construction of instruments and systems using CAD. Contacts Room 429, SUSU Building No.3БВ, 87 Lenin Prospekt, Chelyabinsk 454080 Tel.: +7 (351) 267-94-21 E-mail: eecs@susu.ru Web-site: http://eecs.susu.ru https://vk.com/susu_eecs  

09.03.01 Informatics and Computer Engineering (Data Processing and Artificial Intelligence Methods)

Major: Data Processing and Artificial Intelligence Methods Level: Bachelor's degree Duration of training: 4 years Degree certificate: Diploma Mode of study: Full time Language of study: Russian Programme manager: Natalia Iaparova, Candidate of Sciences (Physics and Mathematics), Associate Professor Description of the educational programme The educational programme advantages: Education obtained under this programme allows you to create an attractive professional profile for the labour market; Students master up-to-date mathematical methods of modelling, control, analysis and synthesis of information processing algorithms, and also gain skills in implementing the developed approaches in real information management processes; Programme provides training in data analysis technologies, complexity of algorithms and information systems, methods for using artificial intelligence systems, methods for constructing and researching real systems models, methods and technologies of systems analysis, as well as methods and technologies for forecasting the directions of systems development; Final projects and research works, for the most part, are based on practical tasks dedicated to solving both applied and fundamental problems; Ability to work in the framework of initiative fundamental and applied projects and grants, including international ones; As a result of mastering the programme, graduates have excellent skills in: Analyzing, processing and storing data, using up-to-date methods of information analysis and computer technology; Basics of research and applied activities using the modern mathematical apparatus, and artificial intelligence methods using high-performance computer and network technologies; Developing data processing algorithms in various high-level programming languages to solve a wide range of applied problems; in implementing the proposed solutions, in the effective application of modern mathematical methods of the theory of optimization and control, modelling, analysis, synthesis, and data processing algorithms. Field of future profession: Today, a data analysis specialist is one of the most promising professions. The scope of activities of this type of specialists is the following: resource and energy saving; oil and gas industry; development of intelligent automatic process control systems in various industries; development of algorithmic support for intelligent measuring instruments; development of algorithmic support for automatic process control systems in the energy sector; nanotechnologies; development of algorithmic support for technological processes in metallurgy; analysis of industrial, commercial and consumer markets, and development of expert systems; intellectual support in making managerial decisions in technical, economic and social systems. The graduates of this Bachelor's degree programme are trained to work in scientific institutions, companies involved in the development and implementation of intelligent systems, as analyst programmers, expert systems developers, artificial intelligence specialists, or specialists in the development of technological solutions for industrial, commercial and consumer markets. Contacts Room 429, SUSU Building No.3БВ, 87 Lenin Prospekt, Chelyabinsk 454080 Tel.: +7 (351) 267-94-21 E-mail: eecs@susu.ru Web-site: http://eecs.susu.ru https://vk.com/susu_eecs  

SUSU to Hold Online Meeting for Students with Heads of Major IT Companies of Our Region

An online meeting for students and SUSU graduates of IT specialities with the heads and representatives of the major IT companies of our region will be held on June 25th at 12:00. Everyone is welcome to participate.

Закончились занятия в Летней онлайн-школе ВШ ЭКН: подводим итоги

Дистанционная Летняя школа  Высшей школы электроники и компьютерных наук  подошла к концу. На онлайн-занятия зарегистрировалось 55 школьников с 8-го по 11-й класс – это максимальное количество участников, которое могли принять организаторы. До финала дошли 35 человек.

Aleksandr Shestakov Congratulates Graduates

This year, more than 5000 students have graduated from South Ural State University. All of them are in demand and are highly-qualified specialists in their fields, they are the tower of strength and the future of our country.

Despite all the difficulties related to self-isolation, the now former students have successfully been engaged in science, developing professionally and creatively.

Студентам предлагают создать гимн и талисман антикоррупционного движения

Студенты Южно-Уральского государственного университета приглашаются к участию во Всероссийском конкурсе художественных работ на антикоррупционную тематику «Символ антикоррупционного движения». Мероприятие проводится Департаментом молодежной политики Минобрнауки России.

Конкурс «Символ антикоррупционного движения» направлен на вовлечение обучающихся образовательных организаций высшего образования в разработку и создание гимна и талисмана антикоррупционного движения.

Конкурс проходит в несколько этапов:

«Молодежь на стороне закона»: приглашаем к участию в конкурсе

Студенты Южно-Уральского государственного университета приглашаются к участию во Всероссийском конкурсе художественных работ «Молодежь на стороне закона». Мероприятие проводится Департаментом молодежной политики Минобрнауки России.

Конкурс «Молодежь на стороне закона» проходит среди обучающихся образовательных организаций высшего образования и направлен на активизацию духовности и гражданской ответственности, формирование активной жизненной позиции молодого поколения в области антикоррупционного просвещения.

Конкурс проходит в несколько этапов:

南乌拉尔国立大学的科学家研制出新一代用于5G通讯的材料

南乌拉尔国立大学的科学家正在测试性能有很大提升的新型陶瓷。该材料可用于5G基站的MIMO双频天线中,改善其接受和传输性能。样品的第一次测试是成功的,但是研究仍在进行许多测试,包括不同化学成分的实验。在第一个四分位数的著名期刊之一《材料化学杂志C》上发表了一篇有关新型耐热陶瓷开发的文章。

随着技术的发展,电子设备的尺寸越来越小,而开发人员收到了提高信息传输速度和数量的要求。使用微型天线满足相应要求,给人的第一印象是有争议的。现如今,接收和发送无线电波的设备数量正在增长。具有多个输入和输出(MIMO)的天线尤其受欢迎。这是由于第五代(5G)收发基站的到来。据南乌拉尔国立大学的科学家称,在不久的将来,现代设备中将使用多达128个小型化MIMO天线。

每个这样的设备都有一个独立的-双频率分离滤波器。因此,随着天线数量的增加,对它们的需求也将增加。据专家介绍,陶瓷过滤器将是首选。与中兴通讯和诺基亚仍在使用的金属空心过滤器相比,陶瓷设备的尺寸和重量更小,但它们的Q值因数却很高。

南乌拉尔国立大学的校长在第31频道现场讲述了远程学习

南乌拉尔国立大学的校长 亚历山大·舍斯塔科夫 在第31频道的«个人意见»中谈到了南乌拉尔国立大学远程教育的利与弊。

在与项目主持人 埃琳娜·列别达娃 的对话中大学校长回答了流行病期间南乌拉尔国立大学的收入与培训 等最重要的问题:

  • 大学是否迅速切换到远程学习形式?
  • 学生和老师面临着什么困难?
  • 无法返回俄罗斯的外国学生如何学习?
  • 对于那些即将毕业的同学,如何举行毕业典礼,毕业答辩?

南乌拉尔国立大学的校长 亚历山大·列奥尼多维奇  针对这些以及其他问题给出了全面的答案。

我们大学目前处于远程学习学生的活跃阶段。我们大学在短短两天内就成功地转换成了一种全新的教育形式。这是因为,在过去的15年里,南乌拉尔国立大学一直拥有一个开放远程教育学院,该学院可以进行在线培训。当然,没有什么能取代老师和学生之间的实时交流,但是,根据该负责人的说法,远程学习-这是大学扩展前进的机会。

“医学是我的志向!”:南乌拉尔国立大学医疗中心主任访谈

每年的6月的第三个星期日,我国都会庆祝全俄医务工作者日。为此,我们采访了南乌拉尔国立大学医疗中心主任 奥尔加·维瑟洛娃,了解了她为什么决定一生致力于医学事业,如何成为医疗中心负责人以及成为一名医生的意义。

-告诉我们为什么您曾经决定将自己的生活与医学领域联系起来?

-“我来自一个医学世家,是第三代医生。” 我的祖母和母亲毕生致力于医学。尽管我在医学环境中沉浸了好长时间,但我的梦想的职业是律师,我曾为进入南乌拉尔国立大学法学院做了大量的准备工作。我深入研究了文学,历史和英语。

我的祖父在选择职业方面发挥了重要作用,一名前线老兵有一天说道:“奥伦卡 你会当医生的,这是一定的!” 然后我问他-他为什么这么认为?毕竟,他不是医生,而那时我并不迷恋于这个专业。他是一个非常有智慧的人,他回答说:“家里一定要有医生!” 事情就这样发生了。在我上学的第一年,我就意识到医学是我的志向,它融在我的血液里。

-你是从哪里毕业的?

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