Software Engineering

Software Engineering at Kazan Federal University offers a comprehensive curriculum designed to equip students with the essential skills and knowledge necessary to develop, implement, and maintain complex software systems. The program focuses on the fundamentals of computer science, programming languages, software design and architecture, testing and quality assurance, project management, and emerging technologies in the field. Students will gain hands-on experience through practical projects, internships, and collaboration with industry partners, preparing them for the dynamic challenges of the software development industry. The program emphasizes both theoretical understanding and practical application, fostering analytical thinking, problem-solving abilities, and innovative approaches to software engineering. Graduates will be well-equipped for careers in software development, system analysis, quality assurance, and technical project management. The curriculum is regularly updated to include the latest trends such as artificial intelligence, cloud computing, and cybersecurity, ensuring students are industry-ready upon graduation. The department prides itself on a faculty consisting of experienced professionals and researchers committed to providing a high-quality education. State-of-the-art laboratories and modern teaching methods support an engaging learning environment. Students have access to numerous workshops, seminars, and international exchange programs to broaden their perspective and enhance their professional network. The program aims to produce graduates who are not only technically proficient but also capable of contributing to innovation and technological advancement in various sectors, including finance, healthcare, telecommunications, and entertainment. Upon completing this program, students will have the skills to design efficient, scalable, and reliable software solutions, as well as the ability to adapt to rapidly changing technological landscapes. The degree prepares students for further research or postgraduate studies, fostering lifelong learning and continuous professional development in the field of software engineering.

Understanding the role of Software Engineering as powerful tool for interdisciplinary education and research, we have opened several tracks of education in our Master Program where students can select the list of courses that represent the modern trends in Software Engineering and related areas.

Selected List of Core Courses:

• Software Engineering Foundations
• Software Development Lifecycle
• Communication and Project Management for Engineers
• Domain and Application Engineering
• Research Basics & Methodology
• Building the Process of Software Development (Practicum)

Track “Intelligent Robotics”

The foundation of Intelligent Robotics Track is caused by the contradiction between old educational system and new employers’ requirements for specialists in Robotics considering the rapid growth of competition on the world market of engineers and engineering solutions.

During the program students will gain the knowledge in Robotics and they will get competent in system thinking, teamwork, creativity and presentation. Students will work in research labs of the Department of Robotics where they will be able to participate in research and applied projects in Robotics, to receive practical skills from experienced supervisors and make first steps in research.

Selected List of Courses:

• Robotics Foundations
• Artificial intelligence
• Motion Planning
• Introduction to Research
• Robot Operating System
• Sensors & Sensing
• Computer Vision

Track “Virtual Reality”

This track is the response to the global challenge of growing role of Virtual Reality Immersion Technologies with usage of special tools and I/O devices. This requires the advanced education of specialists that will be able to create new instruments and products in this area.

In this track students will master the basic principles of application development for Virtual Reality. The special feature of track is big attention to socio-psychological aspects of user interfaces in new environments that increase the immersion of virtual worlds.

Selected List of Courses:

• Unity3D
• OpenGL
• Augmented & Virtual Reality
• Devices of VR
• Motion Capture Technics
• Interactive Applications Development
• Virtual Worlds Content Creation

Track “Bio-inspired Artificial Intelligence”

Track “Bio-inspired Artificial Intelligence (AI)” is established for education of cross-disciplinary specialist of new format, able to work in cross disciplinary projects of Software Engineering, Neurobiology, AI and Robotics. Students will get deep into the modern approaches for the realistic simulations of biological systems and into the computational bio-inspired architectures of the new era.

Students will work in projects of Machine Cognition Lab, involved in the cutting-edge research areas like Bio-inspired Computations and Affective Computing.

Selected List of Courses

• Introduction to bio-inspired AI
• Computational Neurobiology
• System Biology
• Bioinformatics
• Affective Computing

Track “Advanced Software Engineering”

This track is the path to the next level for the software engineers with real work experience and those bachelors that strive to follow researcher career in software engineering. This track dives deep into the core of Computer Science and Software Engineering. Within the track we clearly define two subtracks:

• system architecture
• project management

 These two areas are the most common career path for the software engineer.

The classes within this track include the translation of experience, case studies, introduction to ontology of Software Engineering and more. The practice ranges from development to training and master-classes, including discussions, presentations, projects, problem-based learning and more.

List of Select Courses:

• Applied Natural Language Processing
• Service oriented and Cloud computing
• Requirement Analysis
• Delivery and Contracts Management
• Risk Management

1. Applicants must have a qualification/degree corresponding to a 4-year educational program of higher education.
2. Oral Examinations in the field of Specialization.

The financing of the Software Engineering program at Kazan Federal University primarily involves a combination of governmental funding, targeted grants, and personal investments from students and their families. The program benefits from state support, which covers a significant portion of tuition fees for domestic students enrolled through budget places. These budget allocations are allocated based on government decisions aimed at developing the IT sector and promoting technology education within Russia.

Additionally, Kazan Federal University actively collaborates with industry partners and private technology companies, which sometimes contribute to the funding of specific courses, workshops, or research projects within the program. Such partnerships may provide scholarships or financial incentives for outstanding students, encouraging engagement with practical industry applications and research initiatives.

International students wishing to enroll in the Software Engineering program often seek scholarship opportunities offered by the university or through external organizations. These scholarships are designed to support talented students financially and are often competitive, involving application processes that assess academic achievement and research potential.

For students who self-fund their studies, tuition fees vary depending on the level of study and nationality. The university provides detailed information on tuition costs and payment options on its official website. Students have access to multiple payment plans and can apply for financial aid or scholarships if eligible.

Research grants and project-based funding also play an important role in supporting the program, particularly for students involved in scientific research or innovative projects. The university’s support infrastructure includes career services and financial consultation to help students navigate the financial aspects of their education, apply for grants, and manage their budgets effectively.

It is important to note that the university continuously seeks to expand funding opportunities and improve financial accessibility for students pursuing software engineering and related disciplines. Funds also come from national initiatives aimed at digital economy development, which often include special funding streams for IT training programs.

In summary, the financing of the Software Engineering program at Kazan Federal University is a multi-layered system involving government support, industry partnerships, scholarships, and personal investment. The university strives to make education accessible through various financial aid options, ensuring that talented students can pursue their studies regardless of their financial background. The coordinated effort of these funding streams helps sustain the program's high quality and aligns it with national priorities in technological development.

The Bachelor’s program in Software Engineering at Kazan Federal University is designed to prepare students for a career in software development, programming, and systems analysis. This program emphasizes practical skills alongside theoretical knowledge, ensuring graduates are well-equipped to meet the demands of the rapidly evolving IT industry. The curriculum covers core areas such as computer science fundamentals, programming languages, software design and architecture, algorithms, data structures, and databases. Additionally, students gain proficiency in modern development tools and methodologies, including Agile and DevOps practices, to facilitate efficient project management and software delivery. The program also integrates courses on operating systems, computer networks, cybersecurity, and quality assurance to provide a comprehensive understanding of the software lifecycle.

Students benefit from a blend of classroom instruction, laboratory work, and project-based learning. The university collaborates with various tech companies and organizations, offering internship opportunities that provide real-world experience. The program also emphasizes team work and communication skills, recognizing their importance in collaborative software projects. Faculty members are experienced professionals and scholars who often participate in international research and development initiatives, ensuring the curriculum remains aligned with international standards and industry needs.

Kazan Federal University provides modern computing facilities and access to current technology stacks, allowing students to practice and hone their technical skills in a realistic environment. The program aims to produce graduates capable of designing, developing, testing, and maintaining complex software systems across different sectors such as finance, healthcare, and telecommunications. Graduates can pursue careers as software developers, systems analysts, quality assurance specialists, or project managers. The program also lays a foundation for those wishing to continue their education through master's and doctoral studies in related fields.

Overall, the Software Engineering bachelor’s program at Kazan Federal University is tailored to foster innovation, technical competence, and adaptability in its students, positioning them for successful careers in the global technology landscape. The program’s interdisciplinary approach ensures that students are not only technical experts but also capable of addressing complex challenges in a dynamic environment, contributing effectively to technological advancements and digital transformations in various industries.