Each University stands out with its own popular departments where the quality of education is high. For this reason, choosing the right University according to the Department is very important in terms of getting a good education. Candidates who decide to study in Russian universities are required to receive a quality consultancy service both during the university preference periods, during the visa process and to complete and correct the necessary procedures after arriving in Russia. In the table below you can see the programs by top majors of Universities in Russia.
Medicine, health sciences. It is the umbrella name of scientific disciplines consisting of many sub-disciplines that strive to maintain human health or to correct deteriorated health, diagnose diseases, cure (treat) diseases, and protect diseases from diseases and injuries. It is both a field of knowledge – the science of bodysystems and their diseases and treatments – and the professionin which this knowledge is applied.
Dentistry is one of the branches of medicine that deals with the diagnosis, prevention, and treatment of diseases and issues related to teeth and gums. Dental students undergo in-depth studies in the fields of basic medical sciences, dental sciences, diagnostic and therapeutic dental problems, dental surgery, orthodontics, restorative dentistry, and implantology during their education.
Dental education programs include theoretical courses, internships at hospitals or dental clinics, and performing clinical procedures under the supervision of specialized instructors. Students also become familiar with research achievements in the field of dentistry and can pursue careers as dentists, researchers, or university professors in the future.
After graduation, dental students can work as dentists in hospitals, private dental clinics, or their own practices. They can also engage in scientific research in the field of dentistry or take on roles in educating and supervising dental students.
In the field of pharmacy, students study and receive training in the production, prescription, and use of drugs. The curriculum typically includes courses in basic medical sciences, chemistry, biochemistry, pharmacology, pharmaceutics, and pharmacognosy.
Throughout the educational program, students become familiar with the scientific concepts and fundamentals of pharmacy and acquire the necessary skills for drug production and prescription. This includes studying the chemical structure and properties of drugs, drug manufacturing processes, analytical methods in pharmacy, and pharmacological effects on the body.
The educational program usually consists of theoretical courses, internships in pharmacies or pharmaceutical laboratories, and research projects in various areas of pharmacy. Upon completion of the program, students can work as pharmacists or practitioners, or engage in scientific research in the field of pharmacy.
Veterinary medicine, or veterinary science, is defined as a professional and scientific field related to the health and care of animals. Veterinarians, or veterinarians, specialize in the diagnosis, prevention, and treatment of diseases, disorders, and health problems in animals.
The duties of veterinarians include caring for the physical health and well-being of animals, performing surgical procedures, prescribing and managing medications, providing disease prevention services, and advising farmers on optimal livestock management.
In addition, veterinary medicine has various branches, including clinical veterinary medicine (in-person care), community veterinary medicine (inspections and disease control), and advanced veterinary medicine, which focuses on scientific research and new developments in the field. This field holds great importance in maintaining animal health, ensuring the safety of animal products, and supporting the livestock industry.
Nursing stands as a cornerstone in the realm of healthcare, bearing the pivotal responsibility of delivering care to patients, providing medical services, and championing community health. Nurses, armed with requisite education and technical proficiency, assume vital roles in a myriad of settings, spanning from hospitals to healthcare facilities. This profession demands not only substantial medical expertise but also effective empathy and interpersonal skills. The relentless progress in this domain culminates in a continuous enhancement of healthcare and therapeutic interventions.
As a major branch of Engineering, Civil Engineering combines specialized knowledge and skills to plan, design, build, and monitor various infrastructure and structures. It covers a wide variety of topics including structuring, irrigation, transportation, the environment, and Natural Resource Management. Civil engineers face infrastructure, safety, and economic challenges throughout their work and play a fundamental role in the sustainable development of societies. This field is known as the mother of Engineering from the beginning of engineering specialties and is widely involved in massive urban measurement, energy, and critical infrastructure projects.
Software engineering is a science that develops, designs and produces a variety of software.
This process includes requirements analysis, design, implementation and software testing.
The main purpose of software engineering is to provide users with quality, reliable and efficient software.
Various principles and methodologies such as Waterfall models and agile development are used in software engineering.
Requirements analysis, system design, implementation and testing are the main stages of the software engineering process.
Various techniques and tools are used to improve the software development process.
It is closely related to other engineering fields such as software engineering and systems engineering.
Software engineers usually work as developers, Analysts, Testers and project managers in the industry.
Mechanical engineering is a branch of engineering that deals with the study and design of various components of machinery, mechanical systems, and devices. It is a scientific discipline that applies the principles of physics to the design and construction of mechanical objects and the use of mechanical energy. This branch of engineering covers a wide range of fields including automotive, aerospace, oil and gas industries, manufacturing, machinery design, energy, and materials. Mechanical engineers typically use engineering software, simulation, modeling, and various precision tools to design, analyze, and develop mechanical products and systems.
Electrical Engineering or Electrical and Electronics Engineering; is a comprehensive engineering discipline that studies electrical, electronic and electromagnetism and deals with the design and development of various hardware and systems using them. Since the 19th century, the telephone, telegraph, along with the production, distribution and large-scale use of electrical energy, has emerged as a separate discipline. With the development of semiconductor technology in the 20th century, the invention of the transistor, the development of microprocessors and computers , it has become a more comprehensive discipline.
Aeronautics is a process that involves the analysis, design, and maintenance of equipment required for flight and travel in human-made aircraft. This activity encompasses all aspects related to airplanes, including the earliest stages of development to post-flight maintenance. In essence, the term aeronautics encompasses all areas, industries, and institutions that are in any way associated with airplanes. This includes aerospace engineering, propulsion, aircraft electronics, aerial navigation, and even flight research and testing related to aeronautics. In summary, aeronautics is a broad and multicultural field that encompasses all aspects related to flight and aircraft.
Nanotechnology is the control of matter at the atomic, molecular as well as supramolecular level.
The oldest and most common definition of nanotechnology, also referred to today as molecular nanotechnology , refers precisely to a specific purpose of the control of atoms and molecules for the manufacture of macroscale products . The more general definition of nanotechnology was later coined by the National Nanotechnology Initiative. The National Nanotechnology Initiative defines nanotechnology as the control of matter from 1 to 100 nanometers in size at least one dimension . This definition shows the fact that; The effects of quantum mechanics are important at this quantum-field scale.
Mechatronics, as a multi-specialized field of engineering, comes from the combination of Mechanical, Electronic, Software and Control Engineering and is seriously involved in the development of advanced technologies and tools. This unique combination of different domains allows the creation of intelligent systems, automated devices, and innovative solutions in different cases.
In the automation industry, Mechatronics is fundamental; from production lines to industrial robots, all of these components are designed based on Mechatronics principles. In the field of robotics, this field plays a fundamental role in the construction of intelligent robots by integrating mechanical and electronic capabilities that are used in various fields from industry to home services.
Complex control systems and precision instruments also use mechatronics, this combination of Engineering is also influential in the design of control systems and medical instruments. Also, in the automotive industry, smart cars and safety systems are designed based on Mechatronics principles.
In the field of consumer electronics, TVs, smartphones and other electronics, mechatronics technologies are used. It is also influential in the field of smart energy and the aerospace industry.Since Mechatronics is advancing rapidly and has a wide impact on industry and technology, education and research in this field have expanded sharply and are recognized as an independent and widely used discipline in today’s world.
By examining patterns, mathematicians try to form new concepts of the mathematical world. They bring patterns from real phenomena and problems, and they use mathematical evidence to try to explain and prove the accuracy or flaw of these concepts. When a mathematical structure manages to improve the representation of real phenomena, this mathematical thinking can help us understand complex patterns and use them to predict and justify natural behaviors.
Mathematics allows us to express different information in accurate mathematical language using the principles of counting, calculation, measurement and logic. These systematic mathematical tools allow us to dig deeper into the analysis and modeling of phenomena and understand the laws and relationships of mathematics.
Industrial engineering is a branch of engineering that deals with the management of the establishment and continuity of integrated systems consisting of people, materials and machinery. Industrial engineers are the branches of engineering that have the authority to take courses of many other engineering branches and have managerial authority in other engineering fields with special courses in business, management, production, economics and industrial engineering.
In radio frequency engineering (RF), specialists examine and design devices and systems dealing with radio frequency signals (from kHz to 300 GHz). This field includes concepts such as antennas, transmission lines, and electronic devices.
The main specialties in RF engineering are:
Antenna design: radiation coating and sensitivity to electromagnetic fields.
Transmission lines: design of transmission structures without undesirable radiation.
Circuit design: the use of circuit elements to produce oscillators, amplifiers, and other devices.
Confirmation and measurement: conduct tests and measurements to ensure proper functioning.
To succeed in this field, they require knowledge of Mathematics, Physics and electronics, as well as expertise in the fields of wave pr
Architecture , or architecture, is the art and science of designing and constructing buildings and other physical structures. The art of building the necessary spaces with aesthetic creativity by reconciling functional needs with economic and technical opportunities in order to facilitate people’s living and to enable them to continue their activities such as housing, rest, work and entertainment; in other words, it is the art and science of designing and constructing structures and the physical environment in appropriate measures. Man needs a place to live for shelter and to be protected from natural conditions and creates this space in his own cultural, functional, technical and different tastes.
Interior architecture is the profession that produces solutions to offer the most appropriate design to users according to functional, structural and aesthetic criteria within an architectural space.
On the one hand, interior architecture is in a position that includes the plastic values required by fine arts, kneaded with aesthetic knowledge, and on the other hand, it is associated with the building phenomenon of architecture. In addition to approaching the subject in a dimension that evaluates the volumes and surfaces of the spaces in a building, the interior architect must also be knowledgeable about space comfort such as building systems, physical environmental control, lighting, ergonomics, heating. From this point of view, it is one of the main objectives of the profession to shape and design the defined spaces for the user with defined functions that emphasize the quality of life and comfort of the individuals using the space.
Marine Engineering is a field of engineering that deals with the study and development of technologies related to marine and ocean environments. This field encompasses the creation and optimization of various equipment and systems used in marine environments. Below are some of the important subtopics examined in this field:
Marine and coastal structures: Including the design, construction, maintenance, and optimization of structures such as ports, breakwaters, seawater desalination plants, and other marine structures. Maritime transportation: Studying and improving maritime vehicles including ships, submarines, oil tankers, as well as transportation systems on coasts and oceans. Marine power plants: Examining and optimizing energy production systems from marine sources such as wave power plants, offshore wind, and tidal power plants. Research in marine sciences: Including studies related to oceanography, marine biology, understanding oceans, and marine ecosystems. Advanced marine technologies: Development and implementation of technologies such as robots and drones, advanced sensors, and data management systems in marine environments. Protection of marine environments: Developing solutions and technologies for the protection of marine ecosystems and controlling marine pollution. Maritime surveillance and security: Using advanced technologies for monitoring, security, and control of maritime activities, including surveillance of coastal margins and oceans.
Marine technology engineers are engaged in efforts to enhance technology and improve knowledge in various fields, tackling challenges related to these environments, and increasing productivity in the use of aquatic resources.
Aerospace engineering is a branch of engineering related to the development of manned and unmanned aerial and space vehicles.There are two overlapping branches as aerospace engineering and aerospace engineering. Avionics engineering is similar, but encompasses the electronic systems part of aerospace engineering.
“Aerospace engineering” was a previously used term for this field. As flight technologies evolved to include vehicles operating in space , the broader term “aerospace engineering” began to be used. [
Chemistry, as a science, focuses on the investigation and analysis of the structure, properties, compositions, interactions, and reactions of matter. This discipline extensively deals with properties and classifications of materials, atoms, atomic theory, chemical compounds, chemical reactions, states of matter, intermolecular and intramolecular forces, chemical bonds, reaction kinetics, principles of chemical equilibrium, and other related concepts. This science deepens our understanding of the structure and behavior of matter.
Systems engineering aims to carry out the design, production and maintenance of complex systems or the subsystems that make up these systems, taking into account time and cost constraints. In today’s world, complex systems often appear as a combination of at least a few technical, biological, sociological, environmental, industrial, political, financial and economic systems. Systems engineering programs provide the student with all the basic concepts, tools and methods necessary for the analysis of these complex systems, which are functionally a single and complete unit. One of the most basic tools of systems engineering programs, which can use various methods from different disciplines together, is computers. System engineers can work in quite different units and levels (production, planning, control, management, etc.) within institutions operating in many different fields.
Environmental engineering is a specialized field within engineering that focuses on the sustainable utilization of natural resources and the preservation of environmental quality for human well-being. Unlike many other engineering disciplines, environmental engineering seeks to minimize the depletion of natural resources and strives to restore and protect the environment.
The primary areas of focus for environmental engineers include water and wastewater treatment, air pollution control, solid waste management, soil remediation, noise abatement, and more. The overarching goal of environmental engineering is to identify strategies to prevent pollution of water, air, and soil, and to proactively implement measures to mitigate environmental degradation. Additionally, environmental engineers are tasked with developing solutions to remediate contaminated environments and restore them to their natural states when pollution occurs.
Geological Engineering is the branch of engineering that examines the structural changes that the earth has undergone from its beginning to the present day, the current situation of the surface of the earth’s crust and gold, and provides training on the selection of settlement areas and all kinds of engineering structures.
Based on today’s technological developments, the range of Geological Engineering services has expanded significantly. In the exploration and economic use decisions of metallic mines, industrial raw materials, energy raw materials and hot and cold water resources in relation to natural resources, environment and disaster management processes; earthquake, landslide, rockfall, liquefaction, flooding, disaster hazard and risk assessments; preparation of land use plans; in geological – geotechnical surveys for site selection decisions, mass movements identification, classification, monitoring, stability analyses and determination of stabilization measures; in solving environmental problems such as groundwater and soil pollution, waste storage, etc.; In geological – geotechnical surveys for engineering structures and buildings such as dams, tunnels, highways, railways, pipelines, power plants; Geological engineers undertake active duties in determining the basic parameters (digging of the ground, depth of groundwater, aggregate material, disaster hazard potential, etc.) that urban projects may need.
Rocket and missile engineering encompasses the design, development, and operation of vehicles that utilize rocket propulsion systems. Here’s a concise overview:
Rocket Engineering: Focuses on designing and constructing rockets for space exploration, satellite deployment, and military applications. Key considerations include propulsion efficiency, aerodynamics, structural integrity, and safety.
Missile Engineering: Involves creating self-propelled guided projectiles used in defense, warfare, and space exploration. Design priorities include speed, accuracy, range, and payload capacity, with emphasis on guidance systems, propulsion technology, and materials.
Propulsion Systems: Rockets and missiles rely on various propulsion systems, including liquid-fueled engines, solid rocket motors, and hybrid configurations. These systems provide thrust for propulsion.
Guidance and Control Systems: Sophisticated systems are essential for precise navigation and targeting. Sensors, computers, and actuators work together to steer rockets and missiles along predetermined trajectories.
Structural Design and Materials: Engineers must select materials and design structures capable of withstanding extreme conditions during launch, flight, and re-entry. Durability under high temperatures, pressure loads, and vibrations is crucial.
Payload Integration: Rockets and missiles carry payloads such as satellites, warheads, or scientific instruments. Integration involves ensuring compatibility, safety, and proper deployment mechanisms.
Testing and Evaluation: Rigorous testing verifies design performance, reliability, and safety. Ground testing, flight testing, and simulation identify and address potential issues.
In essence, rocket and missile engineering is a multidisciplinary field combining aerospace engineering, materials science, propulsion systems, guidance and control, and systems integration. Its applications range from space exploration to national defense, playing a critical role in modern technology.
Aerospace engineering is an expansive and multidisciplinary field of engineering that specializes in the design, development, testing, and operation of aircraft, spacecraft, and related systems. This includes both manned vehicles, such as airplanes and helicopters, and unmanned vehicles, like drones and satellites.
Originally, the term “aerospace engineering” was used to describe this field, primarily focusing on the design and operation of aircraft within the Earth’s atmosphere. However, as technological advancements allowed for the exploration and utilization of space, the scope of aerospace engineering expanded to include spacecraft and vehicles designed for space travel.
Avionics engineering is a crucial subset of aerospace engineering, dealing specifically with the electronic systems and components used in aircraft and spacecraft. This includes navigation systems, communication systems, flight control systems, and instrumentation.
Overall, aerospace engineering plays a pivotal role in advancing our understanding of flight and space exploration, contributing to innovations in transportation, defense, communication, and scientific research.
Electronic engineering encompasses a broad range of applications, spanning from computer systems and communication networks to radar technology and medical electronics. Its interdisciplinary nature is highlighted through the design of hardware and software components, optimization methods, and the development of expert systems. From satellite communication to control systems, electronic engineering plays a crucial role in advancing technology across diverse domains.
Astronomy, a captivating branch of natural science, delves into the intricate tapestry of celestial phenomena, seeking to decipher the origins, evolutionary pathways, and physical attributes of celestial bodies. Unlike the focused domain of celestial mechanics, astronomy embraces a broader scope, encompassing the study of orbital bodies and all observable occurrences beyond Earth’s atmosphere. From the dazzling brilliance of stars to the enigmatic dance of planets, from the graceful arcs of comets to the majestic vistas of galaxies, astronomy unveils the secrets of the cosmos with each observation, painting a vivid portrait of the universe’s grandeur.
Physics explores the fundamental nature of the universe, from the smallest subatomic particles to the largest structures in the cosmos. At its core, physics aims to understand the underlying principles that govern all natural phenomena. By studying elementary particles like quarks, neutrinos, and electrons, physicists probe the fundamental building blocks of matter and unravel the fundamental forces that dictate their behavior.
Furthermore, physics extends its reach to the vast scales of the cosmos, investigating phenomena such as galaxy superclusters. By observing the behavior of celestial bodies and analyzing the structure of the universe, physicists gain insights into the origins and evolution of cosmic structures.
International relations, a branch of political science, is a multidisciplinary field that analyzes interactions among actors in the global system, primarily states, alongside international organizations, multinational corporations, and other entities. It explores relationships between states, international norms, and organizations, drawing on disciplines such as economics, history, law, philosophy, sociology, psychology, geography, anthropology, social work, criminology, gender studies, and cultural studies. Through this interdisciplinary approach, international relations aims to provide a comprehensive understanding of global politics and diplomacy.
Administrationism, or organizational management, is the art of efficiently overseeing the functions of a company or organization. It encompasses strategic planning, coordinating the activities of employees or volunteers, and judiciously allocating resources like finances, technology, and manpower to achieve predefined goals.
In larger organizations, management is usually structured into three hierarchical tiers: senior management, middle management, and line management. Conversely, in smaller organizations, managers may assume broader responsibilities, often fulfilling multiple roles typical of larger entities.
International trade facilitates the exchange of capital, goods, and services across borders or regions, driven by demand and preferences. This global commerce constitutes a substantial portion of the gross domestic product (GDP) in many countries, with its significance growing steadily over centuries, evidenced by historical trade routes like the Silk Road and the Atlantic slave trade.
However, international trade presents complexities beyond domestic commerce. Interactions between multiple states are influenced by various factors, including currency fluctuations, government policies, economic conditions, legal frameworks, and market dynamics. Navigating these intricacies demands a comprehensive understanding of global trade dynamics, emphasizing the need for informed decision-making and strategic planning at international levels.
Law serves as the guiding framework that governs the actions of individuals, society, and the state. It is a normative science established by competent authorities with the support of public power, regulating behavior and interactions within society. Law ensures peace, security, and justice by considering the common good and shared interests of all stakeholders. Ultimately, it functions as a dynamic force that fosters societal harmony while upholding the rights and responsibilities of its members.
International law, or interstate law, is a branch of public law as well as a discipline under international relations. As an international relations discipline, it examines and regulates the legal dimension of international relations within a scientific discipline. As a branch of law, international law regulates relations between states and international organizations . Issues such as how to make international treaties, what should be understood from the terms used in international treaties, the immunity of the diplomatic representatives of the states, the continental shelf, the adjacent region, the exclusive economic zone are within the scope of international law.
Tourism or sightseeing is the whole of the economic, cultural, technical measures and studies taken to attract tourists to a country or a region. Touristic sightseeing is not only the fact that people go from one place to another, but also communicate culturally, economically and socially . Thanks to tourism, people can look at life from different angles, noticing the beauties outside other countries, the region where they live in their own countries, and the cultural heritage left by people who have lived in the past, believing in the necessity of leaving a more livable world to future generations.
Russian literature is known for its rich history and diverse range of genres, styles, and themes. It explores complex psychological and philosophical concepts while often reflecting the social and political climate of Russia. From the mystical realism of Gogol to the existentialism of Dostoevsky, and from the romanticism of Pushkin to the satire of Bulgakov, Russian literature offers a wide array of voices.
Key works include Tolstoy’s “War and Peace” and “Anna Karenina,” which delve into themes of love, war, and the search for meaning. Chekhov’s plays and stories are celebrated for their insight into the human condition.
In the 20th century, writers like Pasternak, Solzhenitsyn, and Sholokhov continued to produce significant works despite political repression, addressing controversial subjects and exposing injustices.
Overall, Russian literature is known for its depth, complexity, and enduring relevance, offering readers a rich tapestry of stories and ideas to explore.
A translator is a person who makes it his profession to translate a written product (books, texts, newspapers, encyclopedias, legal or commercial contracts, legal decisions, etc.) from one language to another language in written form. The role of the translator in sharing the written culture is great. Translations should be made with accuracy and impartiality in mind. Otherwise, the reader is presented with an incorrect, biased and incorrect translation. The difference of the translator from the translator is that the translator does the oral translation and the translator does the written translation. In this context, an interpreter who knows how to speak two languages can act as an interpreter between the source language and the target language, but he cannot act as a translator if he does not have literacy knowledge in those languages. A person can be both a translator and an interpreter. This is possible if he is proficient in the required literacy and speaking levels in the languages he knows.
History is one of the most important fields of humanities, focusing on the study and analysis of past events, occurrences, cultures, societies, and developments. It spans from ancient times to the present and involves analyzing various historical periods, including significant eras, the rise and fall of empires, wars, revolutions, and political, economic, social, and cultural changes.
In summary, history is a study of the past that helps us understand the roots and complexities of different societies and cultures, comprehend historical patterns, and gain a better understanding of the world today and in the future.
In Russian universities, the field of music is one of the popular and reputable disciplines that allows students to specialize in various aspects of music. Russian universities offer extensive and interdisciplinary music education programs covering diverse topics such as music history, music theory, musical performance, composition, electronic music, and other related fields.
Moreover, Russian universities provide students with opportunities to enhance their practical and theoretical skills in various areas of music using modern facilities and advanced equipment. Additionally, these universities offer job opportunities and industry connections to help students succeed professionally in the field of music.
Geography involves the study and analysis of various components of the Earth, human beings, and interactions between them. This includes the study of Earth sciences, natural environments, demography, culture, economics, and human geography. Geography provides us with information about regions, countries, continents, climates, natural resources, human geography, and economic geography.
Studying geography helps us understand different spatial patterns and mechanisms behind geographical structures. Additionally, this course explores concepts such as sustainable development, climate change, environmental issues, migration, population distribution, and the impact of technology on the environment.
In general, geography helps us gain a deeper understanding of the world around us and the various impacts it has on our lives.
Philosophy is a discipline that explores fundamental questions about existence, knowledge, values, reason, mind, and language. It includes branches like metaphysics, epistemology, ethics, logic, aesthetics, and political philosophy. Philosophers use critical thinking and logical reasoning to analyze concepts and theories. Major historical figures include Socrates, Plato, Aristotle, and Kant. Contemporary philosophy addresses topics like consciousness, ethics of AI, and environmental ethics. Philosophy intersects with various disciplines and has practical applications in guiding moral decisions, informing public policy, and enhancing critical thinking skills.
Sociology is a vibrant discipline that dives deep into the fabric of society, unraveling the intricate connections between individuals, groups, and institutions. It scrutinizes the ways in which social norms, cultural values, and power dynamics shape human behavior and influence societal structures. By exploring topics like inequality, diversity, globalization, and social justice, sociology seeks to illuminate the complexities of modern life and uncover pathways towards positive societal change. Through a combination of empirical research, theoretical inquiry, and critical analysis, sociologists strive to deepen our understanding of the human experience and contribute to the creation of more just, inclusive, and sustainable societies.
Psychology is the scientific exploration of human behavior and mental processes, covering a wide array of topics such as perception, cognition, emotion, personality, and social interactions. It includes diverse subfields like clinical psychology, which focuses on mental health treatment, and cognitive psychology, which studies mental processes like memory and decision-making. Psychologists use research methods such as experiments and surveys to investigate human behavior, applying their findings to areas like therapy, education, and organizational management. Throughout its history, psychology has evolved through various theoretical perspectives, each offering unique insights into human nature. Additionally, ethical principles guide psychologists in conducting research and providing services, ensuring the well-being and confidentiality of individuals involved.
Political Science at universities encompasses the study of politics, governance, political systems, and international relations. Students in this field explore various topics such as political history, political theories, international law, foreign policy, and international relations. The discipline equips them with analytical and research skills and provides extensive knowledge in various political and social domains. Additionally, graduates have opportunities in government, media, consultancy, and research sectors. Through practical courses and research projects, the program prepares students to tackle challenges related to politics and encourages them to develop the necessary skills for conducting in-depth analyses and presenting effective policy proposals.
Public administration refers to the formulation and implementation of public policies, encompassing organizational structure and governmental functions. The term “public” pertains to the entire populace or community of a country, and public administration involves managing and communicating with this community.
As a profession, public administration entails activities and disciplines involved in the management and governance of the entire society or public affairs. Public administration, as a branch of public management, has the responsibility to address issues and problems of public concern by receiving inputs from various fields.
This field of study deals with all activities and operations related to public policies, including planning, organization, direction, coordination, supervision, and execution. Additionally, it helps us understand public bureaucracy and its interactions with the people, and elucidates various elements of management, such as status, organization, performance, and behavior.
Radio and television at the University teaches students in the field of production, transmission, and communication with audio and video media content. Students in this field are introduced to the history and analysis of media, the production processes of radio and television programs, filmmaking techniques, and the impact of media on culture and society. Training in this field generally includes theoretical and practical lessons that equip students with mastery of concepts related to the media industry and methods of producing and analyzing radio and television content. Graduates can work as filmmakers, journalists, program producers, and digital media professionals in the media and culture industry.
The field of Public Relations at university focuses on educating and training students in the areas of communications and public relations. This field teaches students how to effectively communicate with individuals, groups, and various communities, encouraging information exchange, mutual understanding, and structuring of concepts and values.
Courses offered in this field include topics such as the history and theories of communication, intercultural communication, communication methods, crisis management, organizational public relations, advertising and marketing, and media and digital communications.
Graduates of this field can work as public relations specialists, marketing managers, organizational communication specialists, government relations managers, and communications consultants in various sectors including corporations, non-profit organizations, government, and media.
The field of information advertising is one of the subfields of advertising and marketing that is offered at some universities and higher education institutions. In this field, students become familiar with combining advertising knowledge and skills with information technologies and digital tools. This field helps students understand modern advertising concepts and methods and use state-of-the-art technologies to create and implement advertising campaigns.
During the course of study in information advertising, students may encounter topics such as advertising data analysis, using digital marketing and online advertising methods, optimizing websites to attract customers, managing social networks as advertising tools, and using new methods such as mobile advertising and video advertising.
The main goal of this field is to enhance students’ knowledge in digital advertising and the use of information technologies to improve advertising performance. This field is very important in today’s world, as digital advertising has rapidly become one of the primary advertising methods, and students’ ability in this area can prepare them for entering the job market.
Journalism is the process of gathering, analyzing, and disseminating news and information through newspapers. In this process, various individuals including reporters, writers, photographers, and editors are involved.
Reporters are responsible for collecting news from various sources and must carefully verify information to accurately report the news. Writers prepare articles, reviews, and analyses based on the news and must have the ability to analyze and interpret information accurately. Photographers capture images of events and various subjects to visually convey information. Editors are responsible for improving the quality of newspaper content and must correct errors and carefully review content.
Additionally, production managers are responsible for planning and controlling the newspaper production process and must make important decisions regarding content, scheduling, and distribution.
Journalism plays a very important role in society as it facilitates information dissemination to the public and has a significant role in shaping public opinions and creating social awareness.
Graphic design refers to a process in which various elements such as images, colors, fonts, and shapes are used to create a meaningful visual experience. This process spans from initial design stages to final production and may involve printing or digital publication.
Graphic design can encompass the creation of logos and brands, website and user interface (UI) design, designing advertising materials such as banners, brochures, and catalogs, designing printed materials including books, magazines, posters, and business cards, as well as packaging design for products.
Graphic designers need to have creativity and artistic skills to apply creative and engaging ideas in their designs. Additionally, they must be familiar with various software tools such as Adobe Photoshop, Illustrator, InDesign, etc., to create their designs professionally and with high quality.
This industry is one of the most important and complex sectors of global transportation, playing a significant role in international trade and the global economy. Maritime transportation includes the transportation of various goods such as raw materials, industrial products, agricultural products, petroleum products, chemicals, and electronic products.
Throughout history, this industry has experienced remarkable growth due to advancements in technology, improvements in port infrastructure and shipping equipment, and developments in legal and security matters. The benefits of maritime transportation include the ability to economically transport large cargoes, reducing air pollution and traffic congestion, and providing access to global markets through international waterways.
However, this industry also faces challenges, including issues related to maritime security, energy supply, environmental impacts such as oil pollution and rising sea levels due to climate change, and the need for the development of innovative technologies in shipping and maritime transportation.
The customs affairs field is dedicated to studying and researching the laws, regulations, and processes related to the import and export of goods as an essential part of international trade. Individuals working in this field are familiar with the latest changes in customs and trade laws and are knowledgeable about the principles of international trade management and concepts related to international transportation.
In this field, students are introduced to various topics such as customs laws, methods of customs clearance, fundamentals of economics and international trade, concepts related to supply chain management, and analysis and prediction of commercial and customs trends. These students acquire the necessary skills to perform tasks related to customs arrangements, assess risks associated with international trade, and provide advice to companies and organizations involved in international business activities.
Graduates of this field can work as customs specialists, international trade consultants, supply chain management experts, and employees of companies engaged in international activities. This field is of great importance as ensuring a proper and fair process of international trade and facilitating customs procedures are essential for global economic growth and development.
Fine arts is one of the popular and diverse fields, including visual arts, music, painting, photography, architecture, playwriting, and digital arts. Universities mostly provide adequate facilities and resources for studying these fields, allowing students to acquire the necessary skills and knowledge in the realm of fine arts during their academic courses.
In these fields, students not only learn techniques and artistic skills but also become familiar with theoretical concepts and the history of art. Additionally, they have the opportunity to showcase their creativity through projects and artistic presentations, further developing their skills.
After graduation, career opportunities in this field include artist, painter, architect, industrial designer, photographer, art director, and art teacher. Besides enhancing artistic skills, these fields also contribute to the promotion of students’ creative thinking and critical abilities, playing a significant role in the cultural and artistic transformations of society.
This field includes various subjects such as sports physiology, nutrition, exercise science, sports psychology, movement analysis, physical education in schools and youth, sports management, sports injury pathology, and sports physiology and nutrition.
In this field, students not only acquire theoretical concepts but also engage in practical experiences and laboratory experiments to gain skills and practical knowledge in various sports-related areas. Additionally, they gain knowledge and experience in teaching and coaching.
After graduation, career opportunities in this field include sports coaching, sports management, research in sports science, teaching in schools and universities, sports psychology, sports nutrition counseling, and sports injury specialist. This field is of great importance as it contributes to improving the health, physical and mental performance, and quality of life of individuals and communities.
The field of linguistics is the scientific and practical study of languages, linguistic structures, language histories, and the social, cultural, and psychological influences of languages. This field encompasses various subfields including phonology, morphology, syntax, grammar, semantics, comparative linguistics, and cognitive linguistics.
In linguistics, students learn about various topics such as language structures, language histories, language changes, indigenous and non-indigenous languages, ideational languages, and idiomatic languages. They also engage in analyzing and interpreting linguistic data, linguistic study methods, and linguistic criticisms.
After graduation, career opportunities in this field include linguistics researcher, university lecturer, translator, foreign language specialist, language project manager, and language specialist in the field of information technology. This field is highly important in better understanding cultures, international communications, and the development of new languages and has a significant impact on various other areas as well.
Business management refers to a set of activities and processes designed to achieve organizational goals. These activities encompass planning, organizing, leading, and controlling business operations. The primary aim of these activities is to ensure the efficient and effective functioning of the organization and the attainment of its objectives.
