The first degree (undergraduate) English-taught programme in Architecture comprises 8 semesters and follows the newest architectural education standards. It has earned - as the only one in Poland - two international accreditations: the Royal Institute of British Architects and the European Union Notification.

BSc In Medical Informatics there is a growing demand for biomedical engineers with interdisciplinary knowledge of medicine, computer science, and medical devices. Such a background is indispensable to meet the demands of the rapidly changing healthcare system, which strives to accommodate the needs of patients and healthcare personnel. This specialty is addressed to inquisitive students interested in biomedical applications of artificial intelligence, big data, mobile and wearable devices, augmented and virtual reality.

Graduates of BSc in Quality and Production Management will acquire the knowledge and skills necessary to compile, enforce, and refine quality systems in accordance with all international standards. Graduates will find out all the aspects of the quality management system and techniques for motivating the staff of all levels for the policy of the corporation.

The Medical University of Lublin offers the 3-year Bachelor of Nursing Program that meets national and EU standards.

The Faculty of Civil Engineering is one of the largest faculties of Cracow University of Technology and is also among the most prominent Polish faculties educating prospective civil engineers. Our Faculty offers 14 specializations, including Building and Engineering Structures, Road Engineering, Railroad Engineering, Mechanics of Materials and Structures, Bridges and Underground Structures, Technology and Management of Construction. Accredited by the European Network for Accreditation of Engineering Education

Our Bachelor's program in Biotechnology offers a unique opportunity for science enthusiasts to delve into biology and technology. Gain a solid foundation in biotechnology, with theoretical knowledge and practical skills essential for this dynamic field. You will learn about molecular biology, cell biology, genetics, and microbiology, understand the molecular structures and functions of organisms, and acquire laboratory techniques used in biotechnology.

This programme prepares the graduates for creative engineering work in machine design, machine operation, and manufacturing processes. The student will be familiar with fundamental methods, techniques, tools, and materials used for solving engineering tasks in the field of Mechanical Engineering. The student acquires a directional specialty by studying mechanics, machine theory, principles of machine design, thermodynamics, computer-aided engineering techniques, and manufacturing technologies. The programme gives reliable grounds to take a job in any segment of industry and services where designing, producing, or maintaining machines and equipment is essential for a business.

The programme emphasises practical aspects of Computer Engineering and can be adapted to the student’s interest. The final effect of studies is obtaining first-level competences - knowledge, skills, and qualifications – in accordance with “The Teaching Standards” in the field of Computer Science. The students obtain the basic knowledge of mathematics and physics, general computer science areas, such as operating systems, algorithms and data structures, languages and programming techniques, digital and analogue technique, computers architecture, project management as well as ethical and legal aspects of computer science. The graduates will be able to: implement and deploy effective, reliable, reliable, and safe information systems that meet user's requirements; comprehend, evaluate and deploy different solutions used in the scope of computer systems; maintain, install, administrate and deploy tools and problem-oriented information systems, develop system documentation.

The Electronic and Computer Engineering (EAC) programme meets the needs and demands of the modern labour market for modern electronics. This field of study combines the knowledge of traditional electronics, information technology, machine learning, industrial automation and robotics – all elements of the contemporary and future Internet of Everything devices.

Alumni of the Materials Design and Logistics degree program of a general-academic profile know engineering materials (metal, ceramic, polymer, and composite materials) combined with logistics knowledge. Alumni are familiar with materials manufacturing/processing technologies, the relationship between their structure and properties, and testing methods.

For the first three semesters, the program covers the basics of mathematics, which allows for the effective learning of computer science and programming techniques in the next semesters.

The curriculum is designed for people wishing to study architecture. It has been developed to educate future architects both in technical knowledge and to develop their awareness within esthetic and human-oriented values. It allows the students to develop the skills related to shaping urbanized areas both elements of little architecture, public utility facilities, and multi-spatial urban projects.

Making important decisions is always based on collecting and analyzing huge amounts of information. Data engineering helps achieve this goal by combining the experience and expertise of two areas: information technology and management. Students of this field of study will learn how to deal with large amounts of data from different sources and how to interpret them. All this is based on computer programs and algorithms, and knowledge of mathematics, statistics, and economics.

Specialization: Energy Technologies. The program of the studies allows the students to obtain detailed theoretical knowledge as well as the practical expertise of different aspects related to Power Engineering, Energy Technologies, and Energy Conservation, taking into account design, production, exploitation, diagnostics, and maintenance of power and heat plants, power transmission systems and energy distribution installations. The program is based on the CDIO (Conceive - Design - Implement - Operate) Concept emphasizing design issues.

The profile of the first cycle of full-time studies within Photonics Engineering was developed to provide an educational offer in the area of optomechatronics, especially in: the building of optical and optoelectronic equipment and its applications in optonumerical methods of inspection.