Digitalisation is here to stay. The on-going digitalization builds on an efficient communications infrastructure. Communication is not only for humans: The Internet-of-Things and the Industrial Internet are the forerunners of a connected and programmable world, where things are also able to communicate. The digitalization will, without doubt, impact industries such as energy, transportation, logistics, and manufacturing.

Another prevailing trend in the society and industries is robotization. Modern inventions, such as self-driving cars and drones, rely strongly on highly efficient and reliable wireless communications solutions.

Wireless communications and RF technologies enable the making of a wide variety of applications ranging from everyday consumer products to high-end industrial machines, robots and space science. The Internet-of-Things (IoT) and 5G mobile communication networks are the two most important application domains.... [-]

Technology is everywhere. We all use various technological systems every day, and it is not indifferent how we experience the use. By studying User Experience at TUT, you will be prepared for the challenges that the design of increasingly complex technological systems has to offer. In addition to purposeful functionality, the systems need to be easy to control and satisfying to use.

Suitable backgrounds for User Experience students are software engineering, computer science, electrical engineering and information technology. Additionally, previous studies in design-related topics or human-computer interaction will be considered as a bonus. A strong motivation for a human-centered design approach is needed to become successful in this field.... [-]

Computers are an integral part of our daily lives, and, hence, so is software. The interaction between people and computers takes different forms, as computers are integrated into different systems from mobile devices to clouds. The trend is towards more and more complex systems that are connected in various ways to form large distributed systems. As the systems and its component services are constantly evolving, understanding of the complexity and system integration is crucial — meaning there is a need for skilled software specialists in the field.

Applicants should hold a BSc degree in computer science, software engineering, or mathematics.

Software Engineering – Web & Cloud studies focus on software engineering but contain programming technologies, especially the ones related to the web and cloud-based services. As a student, you will be provided with a solid understanding of software engineering, the ability to design and implement large software systems, and the competence to manage and improve software development processes. Studies also include relevant technologies and skills like networking, clouds, information security, user experience, big data, and IoT.... [-]

Smart grids are a new way of designing and managing electrical power systems. Smart grids are designed to enhance the effectiveness, stability, and reliability of the systems and to integrate distributed energy resources as a part of system management. They are essential for increasing the share of renewable energy sources without compromising the competitiveness and system security. The smart grids studies aim towards systemic thinking in combination with detailed technical design and analysis skills.

Suitable backgrounds are B.Sc. studies in Electrical power engineering, Power electronics, Electricity markets or Renewable energy sources.

As a smart grids student, you will become familiar with the existing practices, but also gain ideas for future design, implementation, and maintenance of the smart grid. The studies combine technical skills of power electronics and electric power engineering with a broader understanding of controlling smart grids, electricity markets and ICT and automation.... [-]

Robotics has long been the key to efficient manufacturing. However, current robots mostly perform rigid tasks in a production pipeline with no ability to operate in changing environments. Next generation autonomous robots operate among humans, which require completely new kinds of skills. Not only do they need to understand their surroundings, but they should also be able to co-operate with humans, and even predict future human actions.

The applicants should hold a B.Sc. degree in computer science, mathematics, automation engineering, signal processing, or a related discipline. The student should be familiar with the basics of programming, digital logic, and processors. Recommended prerequisites include familiarity with machine learning and control engineering.... [-]

In a modern world, embedded systems are everywhere — in cars, buildings, factories, and roads. They make the world smart. Embedded systems work in interaction with their environment and other systems. They sense, process and communicate. They may even scavenge their energy from the environment. Embedded systems interact with people or work invisibly in the background. Many systems are designed to increase safety, like the automatic anti-collision braking in a car. Some are designed for fun, like a camera augmenting reality in an outdoor game.

Embedded systems combine hardware and software expertise. As a student, we expect you to know the basics of electronics, digital logic, processors, and programming. Optionally, you are familiar with computer networks and wireless communications. The applicants should hold a BSc degree in computer science, electrical engineering or software engineering.... [-]

Data engineering tickles your curiosity: every day is an adventure in a jungle of new data challenges. Data-driven systems are at the center of modern computer engineering and hold many promises for the future. Data engineering is needed for solving challenging pattern recognition problems, such as intelligent search engines, self-driving cars, autonomous robots, or automatic car number plate recognition systems.

The Data Engineering and Machine Learning studies combine machine learning techniques with efficient implementation skills. The courses combine theory and practice.

In addition to the mathematics of machine learning, real-life deployment skills require an understanding of databases, programming languages, and even hardware design; all aiming at the efficient handling of huge data masses.... [-]

Digitalisation is here to stay. The on-going digitalization builds on an efficient communications infrastructure. Communication is not only for humans anymore: The Internet-of-Things and the Industrial Internet are the forerunners of a connected and programmable world where things are also able to communicate. The digitalization will, without doubt, impact highly industries such as energy, transportation, logistics, and manufacturing.

Another prevailing trend in the society and industries is robotization. Modern inventions, such as self-driving cars and drones, also rely strongly on highly efficient and reliable wireless communications solutions.

The studies in Communication Systems and Networks place a special emphasis on Future Internet and evolving and emerging (4G, 5G and beyond 5G) wireless broadband and multi-service communication systems. While the focus is on radio access systems and networking levels, also physical layer digital communication techniques and system-level RF aspects are within the scope of the major.... [-]

Engineering Materials Science sets out to give universal solutions from science to various research challenges faced by the industry. Our ambitious yet highly fascinating mission is to help find and develop the best possible materials for different purposes in all aspects of life. We are keen on utilizing new breakthrough materials in solving future issues related to the environment, energy and human welfare.

After graduating from our Engineering Materials Science Program, you will be able to understand the technological and economic problems within the industry, analyze and refine the problems into scientific research questions, and use scientific methods to solve the problems to improve the competitiveness and performance of materials.... [-]

Technology businesses are going from local to global — they need young professionals with an intercultural mindset and an understanding of the latest technologies. We at TUT welcome engineers and engineering graduates from all over the world to study in our MSc Programme in Business and Technology (B&T) in an intercultural, business-oriented learning environment.

B&T focuses on business development in international sales and sourcing networks. Companies operate in global networks; both managers and business development professionals need to understand how such networks function and can be managed. In B&T you will develop a thorough understanding of the business processes characteristic to global business-to-business markets and the ability to apply business development practices in international networks.... [-]

Want to become an expert in Factory Automation and Robotics? Join our international and inspiring learning environment and gain the skills and knowledge needed to succeed in academia or industry!

The studies involve not only conventional lectures but also many practical ways of learning, such as different laboratory assignments, hands-on exercises and practical studies in innovative learning environments. The program ensures that you gain both theoretical knowledge and practical expertise in the field of automation.

After completing the program, you will be qualified to pursue a wide range of career opportunities in different fields of automation. You will also have the knowledge and skills to pursue a career in industry or continue studying towards a doctorate.... [-]

Objective of the Program: The program focuses on professional competence development in the optical design area. It builds on the scientific bases of applied and computer optics, photonic technologies, optoelectronics and CAD appliances.

Language: English

The program is focused: on applicants with an applicable Bachelor's degree, fluent in English and planning a future career in high-tech international companies, both in Russia and abroad.

Results:

The double degree Master's program “Optical Design” aims to prepare world-class highly qualified experts in the growing field of optical engineering synthesizing scientific and professional expertise of ITMO University and Warsaw University of Technology (WUT) and providing students with an inbuilt mobility period at WUT.... [-]

The objective of the Programme: Unique double-degree program of ITMO University and Aalto University, Finland in the cutting-edge field of Physics and Technology of Nanostructures. Study with the best professors and become a pro.

Language: English

The program is focused: on applicants with an applicable bachelor's degree, fluent in English and planning a future career in high-tech international companies, both in Russia and abroad.

Results:

The program is a master’s degree one in the field of photonics and nanosciences. The main objective of the Course is to combine the study and research in one process using the possibilities that are open through international cooperation. The Master's program includes nowadays physical and engineer disciplines, such as Photonics, Nanotechnology, Optoinformatics, Microfabrication, Practical use of Nanostructures etc., studied at two universities. Much attention is paid to research and hands-on work of students.Scientific and educational laboratories with new research and technological equipment allow getting a good practical training.... [-]

Objective of the Program: The Program provides the up-to-date knowledge, skills, and abilities required in the energy, resources, and energy management areas with the use of the modern technologies and teaching methods.

Language: English

The program is focused: on applicants with an applicable Bachelor's degree, fluent in English and planning a future career in high-tech international companies, both in Russia and abroad.

Results:

The students who have successfully completed this course will have an adequate command of the following (in general):

Objective of the Programme: The main goal of this program is to train of scientists and specialists, who will have abilities and skills to perform scientific research and project design in various areas of computational science, including HPC technologies for decision support systems, cloud computing and cloud eScience infrastructures, computer multi-scale simulation of complex systems and processes.

Language: English

The program is focused: on applicants with an applicable Bachelor's degree, fluent in English and planning a future career in high-tech international companies, both in Russia and abroad.