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Applied Informatics - what is it? Applied mathematics and computer science - in what professions can it be applied? Profession "Applied Informatics"

Over the years, it turns out that entering and studying at the university is not the most difficult stages. Some problems arise when trying to move to an independent financial life and start pursuing your career. But, having received the coveted diploma of graduation from the university, some of yesterday's students fall into prostration. Where to go, where will the resume be accepted at all? If your specialty Applied Informatics who you may or may not know.

Directions in the specialty - where and by whom to work?

Let's get into the details first. The specialty may have several directions:

Informatics.
Maths.
Economy.

Graduates of the last specialty receive a specific education. It helps them find places financial analysts and consultants in large companies. But the work is practically not connected with computers, programming and computer networks. Don't let the modest postscript "in economics" in the title of your specialty fool you. Those who choose mathematics as their profile will be able to perform modeling tasks, creating software and mathematical software.

They are guaranteed the position of an engineer or developer at any specialized enterprise.

Who can get a job with a coveted diploma?

But precisely « Applied Informatics» in all respects a more attractive specialty. Applicants who choose it will be able to choose between a variety of specialties. Most often, graduates prefer positions:

System administrator in a large company.
An engineer in any enterprise.
Developer in a powerful startup.
Security representative. Information also needs to be protected.
Specialist in the development and implementation of everything related to high technology and information.

Along with the diploma, you get an extensive knowledge base in information technology and mathematical analysis. It is not very difficult to secure a worthy career for yourself, knowing how to work with computers and information products.

Administration of large and small networks.

In the absence of serious ambitions, yesterday's students choose the positions of system administrators. The work will force you to think regularly, look for errors and other malfunctions. But serious career development should not be expected. Fixed income, free schedule and enough free time. Ideal for implementation own projects. In the process of working on your idea, working “for an uncle” will help you master your specialty and earn money for basic needs. And if you have already decided to work in this area in the next few decades, set your priorities right. If you need just peace and free time - choose a few small firms and provide services to them. We need funds - only large companies with regular allowances and bonuses.

Security representatives and engineers.

There are not so many engineers in the country. The profession is in demand, but remember that you have taken a slightly different path. The choice of this particular specialty may be due to the manifestation of interest in a particular industry. This can happen during study, but this is not yet an indicator that you need to drop everything and retrain. Try yourself as an engineer at one of the related enterprises. And if you understand that you want to protect information and systems from hackers, you can choose the system security option for yourself. Additional courses and training may be required. But even in large companies, representatives of this department cannot boast of a large store of knowledge. Self-study will give you a significant head start and increase in the eyes of management.

Earn a living in 1 year - myth or reality?

Develop some kind of program and live on dividends until old age - blue dream the majority of the youth. Over the years comes the realization of the unreality of such an outcome of events. On the other hand, it turns out for a few to implement one successful project and no longer worry about anything. But even without such a favorable outcome, you can significantly increase your skill in terms of development. And in your memory long years memories of working in a team and overcoming difficulties together will remain.

Implementation option information technologies sounds pretty vague. Any specialty can fit this description. Even the sales manager. If you see an open vacancy for such a specialist, you can be sure that it will be in best case about developing an update to existing software or systems.

Seeing in your diploma in the line of specialty the phrase applied informatics, you already know who to work with. We would advise you to start your career in the 2nd or 3rd year so that by the end of the university you will already have workplace. Seniority and knowledge in the practical field is your invaluable advantage over other graduates. To those who were quick to me.

Video about applied mathematics and computer science

The profile subject for admission to a university in the specialty of computer science is mathematics, as well as physics and ICT. On average in Russia, for admission it is enough to score in these subjects, and in the Russian language on the EGE from 35 to 80 points. The passing score depends on the prestige educational institution and competition in it. Sometimes, at the discretion of the university, knowledge may be required for admission foreign languages.

Specialty "Applied Informatics"

The most modern, progressive and promising direction in the study of IT is applied informatics. This is an innovative direction, involving a creative approach, with subsequent work in the specialty "applied computer science".

Specialty code "Applied Informatics" - 09.03.03. It is also called informatics ICT. The specialty is studied at many faculties - economics, law, management and education, as an additional subject. The specialty involves the study of programming languages and foreign languages, but the emphasis is on practical use these skills in various information systems.

Specialty "Business Informatics"

According to the classifier "Business Informatics" has the code 38.03.05. This specialty is quite new and appeared only in 2009. Accordingly, choosing the specialty "business informatics", who to work for a student is important issue. Business informatics allows you to qualify as a designer, optimizer and administrator of systems and processes for business programs.

In order for a student to receive a specialty in business informatics, universities are trained to conduct analytics, planning and organizing IT projects of various levels of complexity. except logical thinking and technical mindset, students in the direction of 38.03.05 require analytical skills, communication skills and leadership qualities.

Specialty "informatics and computer technology"

Under the code 09.03.01 in the classification is the specialty "Informatics and Computer Engineering". Everyone decides who to work with such qualifications on the basis of acquired knowledge in the areas of software development, IT design and information security. During the period of study, students master high-level programming languages, and OS administration skills and local networks.

Training in the direction 09.03.01 takes 4 years. Despite relatively short term training, the direction of "Informatics and Computer Engineering" is considered one of the most difficult, since it involves obtaining skills for developing programs and algorithms.

Specialty "Applied Informatics in Economics"

Applied informatics with an emphasis on economics is a subsection "Mathematical support and administration of information systems" on 02.03.03 undergraduate and 02.04.03 in the magistracy. Computer science with an additional specialty "economist" allows you to create, implement and maintain software in the field of economics, analyzing its work and algorithms.

A student who has received an education in the field of "applied informatics in economics" is able to solve functional problems, and operate with financial and material flows, using special software.

"Mathematics and Informatics" - specialty

Applied Mathematics and informatics - a specialty in universities according to the code 01.03.02 in the undergraduate program and according to the code 01.04.02 in the master's program. As opposed to narrow specialists in the fields of economics, education and law, "Mathematics and Informatics" allows you to apply the acquired skills in any work that is related to the use of software, ICT, communication networks and systems, and the conduct of mathematical calculations. The acquired skills the student will be able to apply in the analytical, scientific, design and technological fields.

Informatics and control systems - specialty

At the department "Informatics and control systems" the directions of the section "Computer science and computer engineering" are being studied 09.00.00. Students gain skills in the areas of 3D modeling, WEB development, information security technology, design intelligent systems control and development of microprocessor systems.

Informatics and statistics - specialties

The Department of "Computer Science and Statistics" allows students to obtain qualifications in the specialties of the section "Information Security" 10.00.00. The department teaches special disciplines that are aimed at ensuring information security in the specialties 10.05.01-05 and interaction with the relevant software.

"Fundamental informatics and information technologies" - specialty

Bachelor's specialty in the direction 02.03.02 "Fundamental Informatics and Information Technologies" has a focus on system mathematical programming, information processing and communication systems management. In addition to programming, the student gains knowledge in the areas of design and sound processing, and can manage telecommunications facilities.

Institutes for the specialty "informatics"

In Russia, there are more than 50 universities offering training for students in the areas of computer science.

In the institutes of Russia, you can get skills to work as a programmer, developer, information systems engineer, designer, and administrator of local and WEB networks. The specialty teacher of informatics is also being studied at universities at the magistracy, in the directions 02.04.01 and 09.04.02.

College - specialty "applied computer science"

The specialty "applied computer science" in the college was not included in the list of specialty codes from 2015. Diploma-based training in applied computer science gives graduates the right to passing the exam get the qualification "Technician-programmer". The training lasts 3-4 years and opens up opportunities for working at any enterprise as a programmer.

Who can work in the specialty "informatics"

Computer science is one of the most demanded technical specialties nowadays. Therefore, many graduates who have received high scores in mathematics choose the direction of IT. Specialties related to computer science can be divided into fundamental, applied and additional.

Depending on the choice, the student is trained to interact with various systems at the stages from development to administration and practical use in various computing fields.

Perhaps you will be interested.

What is Applied Informatics. Where did this specialty come from and what then will you have to do at work.

Demand

Payability

Competition

entry barrier

prospects

What does it mean to be a graduate in Applied Informatics? This means being absolutely sure that with the help of information technologies, automation of routine processes, technologies for collecting and processing information, life modern man can be made easier and more convenient.

Who suits the profession

You don't have to be able to assemble a computer blindfolded and reinstall software with just a glance at the mouse. Of course, it will be much easier to learn for someone who is already interested in computers. However, something else is important: do you believe with all your heart that the development of technology is right, that it is necessary to look for moments that require improvement and automate various processes so that they can be carried out without human intervention by a multimillion-dollar number of operations. (For example, in the field of stock trading securities even about 1.3 billion trades are posted daily on the accounts for an average day: 99.9% - automatically, and only 0.1% of the remaining ones require human participation.)

Those who want to master a highly regulated specialty will be mistaken if they choose applied computer science. This is an innovative specialty, here you are always pioneers. Even if there is someone who does the same thing, your job is to figure out how to do it differently.

And note too creative people: in this area, especially if we are talking about a complex area of application, it’s easier not to automate work from scratch, but to improve something. There is something to build on, there is already a general vision of the system by the customer. In a project from scratch, it can take up to six months before the client begins to understand what he needs.

The heart of the matter and opportunities

It is difficult to evaluate the work of an innovative specialist correctly. Often there is no right or wrong in it, because after a while it turns out that another way of solving the problem is optimal in relation to the once universally recognized one. And this is the time to wait.

Applied computer science is the study of information technology applied anywhere. A specialist employed in , combines the skills and abilities to build an information environment that is convenient and easy to use, as well as optimally appropriate for the task, and knowledge in any subject area he has chosen.

Let's take a look at a professional ... a library, for example. What processes require innovation here? Perhaps this is the accumulation of information about various authors and topics, the construction of a library catalog according to a selected attribute ... Or the process of receiving and lending books - by the way, why not speed it up thanks to the use of a barcode scanner? So the reader's debt will be determined more precisely, and librarians will become happier!

Now imagine that this is not a library, but a bank. The scope has changed - but nothing has changed globally. There is a need for cataloging, accumulation of information and, possibly, the use of a barcode scanner (for faster and convenient way depositing money into the account of clients or transferring this money from the account of clients).

So any area requires professional attention of the applier. There is a certain logic of processes that needs to be studied before proceeding with improvements. And the goal of a specialist is to understand how technical knowledge can be adapted to solve problems in the subject area.

Automation is needed everywhere. Cashiers at a store scan receipts using a barcode scanner tuned to that store's inventory and accounting documents. At the factory, information about each part is also fed into the accounting program directly from the machine. At the dental clinic, your card is maintained in in electronic format; in many Western and some of our medical laboratories, analysis is processed automatically, without human intervention. Accountants work with R-keeper, 1C, SAP-R3 systems that automate their work.

At the same time, automation tools are still far from perfect - and are constantly evolving. Say, if you are interested in foreign languages and want to study applied informatics - please, there are systems like Lingvo or Promt and electronic dictionaries, and you, as a specialist interested in languages, will understand the requirements for such systems better than others and will be able to improve them with pleasure existing programs or develop a new one that will successfully compete with them.

A wide choice of areas of application of knowledge is, of course, an advantage for a graduate. Knowledge about how to look for information process improvement problems and how to solve them is completely unified. After graduation, one can equally well go to work both in a laboratory and in a trading company; both in school and government agency. The choice is determined by what the soul lies to.

Job Responsibilities

The analyst mainly communicates with the development team and with the customer (the project can be both external and internal). He collects information from both customers and intended users of the product and describes it to the development team in terms that they understand. Answers the question: what should be done? It is the analyst who is engaged in the most relevant specialty activities.

The programmer is a member of the development team. Answers the question: how to do it? It receives information either directly from the customer and users (if the project is very small and does not involve analysts), or from the analyst and from the documents that he prepared. After that, he creates a program.

Tester is a test engineer. Alas, the role of this specialist in the project is underestimated. However, it is the tester, or tester, who is responsible for the quality of the product: he writes scripts for testing the program in order to cover the maximum possible options its use and identify the maximum possible number of failures in its operation, as well as the maximum possible number of programmer errors.

The project manager often combines the role of project analyst and project management responsibilities.- distribution of tasks, control over their implementation, assistance to the team in difficult situations and providing a friendly infrastructure (comfortable conditions and the availability of all necessary programs).

Additional requirements

From the very beginning, a specialist will have to get used to evaluating his work in terms of labor costs. It will be necessary to predict how much time this or that task will take, so that the project manager or client can then evaluate these labor costs at the rates established for them.
This job also requires well-developed communication skills. One of the main skills is the ability to prove and show that everything is well thought out. It is very difficult to prove to the client that he is wrong. And it’s even harder to admit later that it was the client who was right, because the “ideal” scenario does not work.

But there is an even more important skill - the ability to recognize the client as the main carrier of knowledge in his subject area. Alas, very often a specialist thinks out for the client what he supposedly needs, and then the client is surprised: even what was not asked was done. However, it happens that the client himself does not know what he wants. Or he formulates his wishes inaccurately and inattentively, because he simply does not understand what else needs to be explained: everything is obvious to him.

Working at the intersection of knowledge areas, you will often be an intermediary between narrow specialists in the chosen subject area and technical specialists. And it depends on you whether they find mutual language whether they will gain a common vision of the situation and a common point of view on the problem being solved. If you are building a system for commercial company, then for more than six months you will be explaining to the rest of the applicators, “what are debit and credit”, “how can I calculate this coefficient, which is indicated in the document.” And explain as simply as possible. And then you will repeatedly explain to users, “and when to click on this button”, and object to attacks like “is it difficult to add a new report? It's almost the same as the other report."

Your social circle will expand. You will be able to navigate the realities of subject areas. However, conflicts are also possible - so your choice depends on how comfortable you feel in conflict situations and plenty of communication.

Basic knowledge

It is necessary to be well versed in algebra and the school course of computer science - this is not discussed. But what about physics and geometry? They are also needed to develop abstract thinking.

It is very important to know English! It is English: otherwise it will be difficult to work even with Russian-speaking clients. The specialty is full of anglicisms and untranslatable terms, new technologies are accompanied by documentation only in English. If the main foreign language is not English, then you need to think carefully before choosing applied computer science.

And it would be nice to be able to play chess - this will develop logical thinking.

Choosing a university and studying

A very good selection criterion - teachers-practitioners! If teaching is the main and only occupation of university teachers, then this is bad: there is a risk that very soon they will teach outdated information.

Look for a university that gives a lot of tasks, where you need to think a lot in the abstract, learn to think in an unusual way for yourself, and also constantly look for analogies: after all, the more complex the subject area and the further it is from what the programmer is already familiar with, the more difficult and interesting it will be work.

And how to become a sought-after expert if you are more interested in the applied aspect, and not in the technical details? Pay attention to universities specializing in the subject area you want to choose. One person will be more interested in applied informatics in economics, another in medicine or tourism. And look for training in the specialty "Applied Informatics" in the relevant higher educational institutions.

Need to constantly learn new things

The apprentice is always learning. And you need to learn the processes of production of programs and technologies, study the new technologies themselves, used in a particular project, master new areas of application of knowledge, comprehend differently set business processes. The result in training must be achieved very quickly - and just as quickly switch between different knowledge that is already there. During the time that you are students, new process design algorithms will be invented, new ways of automation, new programs for documenting - everything will become new.

In the field of information technology, changes are unregulated and often undocumented.

There are so many different technologies today that a specialist will most likely have to work in a project where some of the technologies used will be practically unfamiliar to him. Getting into the project, you may encounter such a situation that not only you do not have the slightest idea how to work with new technology, but seasoned experts are also not up to date. And that's okay. However, will you have time to finish your studies? Will the new knowledge be too complicated? However, just after graduating, you will already be on the same level with many colleagues in your industry. Would you like to master new profession?

Institute	Institute of Applied Informatics
Direction	230700.62 - "Applied Informatics"
Profile	Applied Informatics in Economics
Form and term of study	full-time (budget/commercial) - 4 years (bachelor)
Disciplines	Database Computing systems, networks and telecommunications Discrete Math Computer science and programming Information Security Information systems and technologies Operating Systems Information systems design Systems Theory and system analysis
Core competencies	survey, description and analysis of economic objects, architecture and IT infrastructure project management for the creation of information systems feasibility study of design solutions, preparation of technical specifications for automation of solving applied problems, design of information systems formulation of requirements for the created software systems development of software applications, their testing and documentation taking into account standards implementation of business applications, adaptation, customization and integration of design solutions for the creation of information systems of economic objects coordination various kinds activities for the creation, maintenance and operation of information systems training and consulting of users during the operation of information systems
Software Productsand languages	MS Visual Studio(C#) 1C: Enterprise CASE tools (BPWin, ERWin) Rational Rose(UML), ARIS, Archi html, xml, etc.
Future Professions	information systems specialist database administrator systems analyst, business analyst Head of automation departments for industrial enterprises, banks, insurance companies director of IT firms, head of IT services of enterprises
Graduating Department	Department of Economic Informatics

According to Microsoft founder Bill Gates, in the "electronic age" the most important condition for the success of any enterprise is the high potential of corporate intelligence (IQ). Corporate IQ is a measure of how freely information is disseminated in a company and the exchange of accumulated and current knowledge is carried out.

Ensuring a high level of IQ of enterprises based on the creation of information systems is the task of computer scientists.

Informatics should not only develop and implement Information Systems but also to reorganize the activities of the enterprises themselves on the basis of new, more efficient technologies. Therefore, they must have combined knowledge, both in the field of informatics and in the applied field (economics, management, jurisprudence, etc.).

Bachelor degree

This is the first level of a two-level system of higher professional education, which involves obtaining basic professional knowledge and skills for their application in practice, as well as giving the opportunity to move to the second level of higher professional education for deeper and more specialized training for a specific master's program. Our department prepares masters in the following areas 230700.68 - "Business engineering" and 230700.68 - "Applied informatics in the delivery of high-tech solutions".

Relevance

The demand of employers for applied computer scientists is determined by the need for specialists involved in the development of applied information systems for commercial and non-profit organizations, public authorities and administration.

Bachelor of Applied Informatics in Economics is an analyst, developer, economist, organizer, manager in the field of information technology.

He is able to analyze the business processes of an enterprise, build mathematical and structural models of business processes, correctly formulate and set the task of informatizing business processes, prepare a technical task for designing an information system, complete and implement its project, operate, maintain and modernize information systems on various levels enterprises.

A Bachelor of Applied Informatics in Economics is a specialist who understands economics, knows the underwater reefs of economic laws, the market, knows how to model business processes, analyze the activities of enterprises, predict the state of financial and commodity markets.

Training of specialists involves both the development of various disciplines related to the theoretical and practical foundations of computer science and information technology (about 20 disciplines), and the development of disciplines related to economics, management, jurisprudence (about 15 disciplines).

Future work

After completing a bachelor's degree in Applied Informatics, you will be able to create information systems, develop IT infrastructure, which means managing an organization using modern computer technologies.

The profession of "informatics" in the coming decades will be in demand, and you are sure to find an interesting, creative and promising job in any field of human activity.

Rest assured that you have an exciting and challenging future in information product development and implementation firms, news agencies and think tanks.

You will be able to work:

information systems specialist, database administrator, system analyst, business analyst;

head of the department of automation of industrial enterprises, banks, insurance companies;

director of an IT company, head of IT services of enterprises.

student life

Participation in sports events of various levels and scales.

Participation in cultural events organized by the Student Club.

Participation in the work of the Case Club.

Participation in student conferences, seminars, competitions.

Participation in creative projects within the student design bureau.

Participation in Russian and international educational programs university: from language internships to obtaining diplomas from foreign universities.

Studying foreign languages at the highest level, obtaining an additional specialty and a diploma "Translator in the field of professional communications".

The study of information technology in international programs at the APTECH center.

Participation in the All-Russian Olympiads in Applied Informatics.

Participation in All-Russian competitions of scientific works in the field of business process reengineering.

Internship at the basic department of the university, organized at an IT enterprise. The availability of internship places is 100%.

Postgraduate education in the postgraduate specialty 05.25.05 "Information systems and processes" (technical sciences) or in postgraduate specialties in the field of economic sciences operating at our university.

Benefits of learning

high level of training in economic disciplines;

Teaching Staff- highly qualified specialists with experience in practical and pedagogical activities;

availability of technical base and specialized professional software;

basic departments for the practice of bachelors and masters;

partnerships with MESI and UMO;

opportunity to study on international program Arena Multimedia(program for training specialists in the field of computer graphics and multimedia technologies);

the possibility of studying for master's programs in the field of information technology. Our department prepares masters in the following areas: 230700.68 - "Business engineering" and 230700.68 - "Applied informatics in the delivery of high-tech solutions".

Our achievements

Participation in competitions of graduation projects in the direction of "Applied Informatics":

first place in the competition of graduation projects in the direction of HPE "Applied Informatics" in 2008 (Tsynkov D.V., gr. 3093, supervisor Pashkov P.M.);

first place in the nomination "Informatization of the financial environment" of the competition of graduation projects in the direction of HPE "Applied Informatics" in 2009 (Ignatova A.M., group 4091, supervisor L.K. Bobrov).

Participation in Olympiads in the direction of "Applied Informatics":

first command position the final stage of the All-Russian Olympiad in Applied Informatics in 2013. (Heine I., gr. 9099, Buzulutskova Yu., 9091, Korotchenko E., 9091, supervisor Rodionova Z.V.);

first team place at the regional stage of the All-Russian Olympiad in Applied Informatics in 2007, 2008, 2009, 2010, 2011, 2013 (region - Ural and Western Siberia);

the first team place at the regional stage of the International Olympiad in 1C programming in 2010;

prizes in the International Olympiad in programming in 1C in 2010.

second team place at the final stage of the All-Russian Olympiad in Applied Informatics in 2007. (Shugurov P.V. gr. 3091, Bardakov V.B. gr. 2091, Minaev M.V. gr. 3091, scientific advisor Moshegova A.T.);

second team place at the regional stage of the All-Russian Olympiad in Applied Informatics in 2012 (region - Ural and Western Siberia);

third team place at the final stage of the All-Russian Olympiad in Applied Informatics in 2009. (Grishmanovskaya E.A., gr. 5092, Osipova E.A., gr. 5091, Slesarenko N.S., gr. 5091, supervisor Rodionova Z.V.).

Participation in competitions of research works of students:

first place in open competition scientific works within the framework of the XIV scientific and practical conference "Reengineering of business processes based on modern information technologies, knowledge management systems" in 2011, MESI, Moscow;

first place at the All-Russian Conference of Students, Postgraduates and Young Scientists "Innovation - 2012" (Tomsk State University);

Student publications:

publication of graduate essays in the almanac "I am 2010", "I am a specialist 2011", "I am a correspondence student 2011", "I am a specialist 2012", "I am a specialist 2013";

publications in the collection of proceedings of conferences "Master's Forum - 2012".

Informatization of society makes special demands on the training of specialists. modern science, business and social in more need not just those who can understand the technical intricacies of information technology. There is a need in society for professionals who have received versatile training, have broad erudition and are ready to apply their knowledge and skills in applied fields.

Computer science today is becoming more and more an applied science. This means that its principles are increasingly being used in various fields of production and science: and, linguistics, geoinformatics, the chemical industry, genetic engineering, and so on. For this reason, applied computer scientists need knowledge that goes far beyond information technology.

An applied specialist must be a generalist, that is, master the methods of information technology, statistics, mathematics, and economics. This set of skills makes it possible to be an expert in the chosen field of activity. The range of tasks solved by a professional can be quite wide and is usually determined by the specifics of specific areas of activity of a research institution or commercial enterprise.

Where Applied Informatics is Used

Applied solves problems for proper use computer technology in scientific research. Very often the success of one or another research work depends on the ability to correctly set the task of developing software or compiling a package from those already on the market computer programs. It can be very difficult for ordinary programmers who have no idea about applied computer science to do this, because they lack erudition and special knowledge in a specific narrow field of activity.

The widest opportunities for applied informatics exist in the field of economics and entrepreneurship. It is easier for a professional to provide an enterprise with suitable business tools. For this purpose, he uses the most modern developments in the field of Internet technologies. He has to work with databases, develop a marketing strategy for the company, keep computer records of technological operations.

An economist specializing in the field of applied informatics is engaged in solving problems of managing not only information, but also material and financial flows, using specialized information systems. Without such a specialist, today it is impossible to imagine the work of a large bank, stock exchange or other institution operating in the field of finance.