The convergence of fundamental physical sciences, innovative engineering methodologies, and artificial intelligence transcends mere buzzwords. Throughout your studies, you’ll delve into the practical application of artificial intelligence to tackle diverse engineering challenges—ranging from agricultural issues to industrial production and extending to cutting-edge high technologies and fundamental research. The world’s spotlight is firmly fixed on areas like micro- and nano-electronics, nanotechnology, industrial biotechnology, advanced materials, photonics, and advanced manufacturing technologies.

KTU’s membership in international organisations, such as Inter-Academia, Federation of European Materials Society, Physics and Chemistry of Advanced Materials, the visiting professors from the world’s best universities, such as Stanford University, Shizuoka University, Tokyo Institute of Technology ensure that the competences of the graduates meet and exceed the expectations of industry and business.

• State-of-the-art research facilities of KTU Santaka Valley available for students;
• Possibilities of carrying out research with internationally renowned research groups;
• Talented students can join an advanced study path of KTU GIFTed Community.

Values:

Three important areas:

• Your studies won’t hold you back; they’ll set you free. It’s at the crossroads of physical sciences and technology where game-changing innovations are born, driving progress in vital sectors like sustainable energy, health tech, biotechnology, advanced manufacturing, and cutting-edge electronics.
• Throughout your promising undergraduate journey, you’ll explore physics, machine learning, artificial intelligence, and electronics engineering in tandem. So, when you graduate, you won’t just be a physicist—you’ll possess the expertise to install sensor systems, manage extensive data streams, and implement artificial intelligence effectively.

Hack the Future:

• Fluent in artificial intelligence systems and physics at the same time? Yes, they are graduates of this program. They are well versed in various aspects of physics, programming and electrical engineering. If physics and informatics exams don’t scare you, but look like an interesting test, these studies are just for you! After all, such specialists are now especially needed for Industry 4.0!

Needs of the Future:

• “Recognizing artificial intelligence development as a priority in Europe, it’s apparent that this is not an isolated focus—it’s a global consensus. Therefore, advancing this agenda requires a pool of new experts proficient in AI development across diverse industries and scientific disciplines. And what better foundation than fundamental knowledge in physics, the cornerstone of all sciences? This tandem holds great promise indeed!

State-of-the-art experiments:

• You’ll be able to solidify your practical skills by utilizing excellent laboratory equipment. You’ll have access to the most advanced experimental equipment available in the “Santaka” Valley at KTU.

Innovative products and services for the world of tomorrow:

• During your studies, would you like to create real products and services? Try yourself out by engaging in a Product Development Project (PDP). Throughout this project, you’ll work in teams, collaborating with KTU researchers and social partners. Addressing current issues will enhance teamwork, project management, problem-solving skills, deepen professional knowledge, and broaden career opportunities for the volatile world.

Discover Europe with Erasmus+:

• Choose from a variety of European cities for your Erasmus+ studies. Experience diverse cultures, languages, and academic environments while gaining invaluable international experience. Seize the opportunity to broaden your horizons and make unforgettable memories with Erasmus+.

Programme structure:

Programme is comprised of 3 main quest-lines of competences, with corresponding subjects.

ACQUIRE UNDERSTANDING OF FUNDAMENTALS OF PHYSICS

Classical Mechanics
Electromagnetism
Electrodynamics
Thermodinamics and Statistical Physics
Mathematical Physics and Numerical Methods
Solid State Physics
Quantum mechanics
Optics and Light Technologies
Nuclear and Particle Physics
Physics of Surface Phenomena

MACHINE LEARNING AND AI
Discrete Mathematics
Algoritms and Parallel Computing
Machine Learning Methods
Optimization Methods
Development of AI Solutions
Application of AI Methods

MEASUREMENT TECHNOLOGIES
Programming for Engineers
Fundamentals of Electronics
Measurements and Fundamentals of Metrology
Communications of Computer Systems
Image Processing and Analysis

Career opportunities:

Graduates from the program are primed for a multitude of career pathways that capitalize on their interdisciplinary competencies. Armed with a robust grasp of physics coupled with expertise in measurement technologies and artificial intelligence (AI), these alumni are well-poised for roles spanning various cutting-edge industries. Their skill set finds ample application in research and development, where the fusion of fundamental physics principles and AI-driven innovation drives progress in sectors like renewable energy, biomedical engineering, and materials science.

Moreover, these graduates are highly sought after in technology-centric domains such as autonomous systems and robotics, employing their AI and measurement technology proficiency to engineer and optimize intricate systems. Their expertise holds immense value in precision-focused fields like aerospace, semiconductor manufacturing, and telecommunications. Equipped with a comprehensive understanding of physics alongside the application of AI and measurement technologies, alumni of this program stand prepared to excel as leaders, researchers, engineers, and trailblazers, making significant contributions to the advancement of diverse industries.