69 Electronics Master's Degree Programs

Become an Industry 4.0 expert! In the Master's in Robotics program, you learn how to foster innovation and new technologies. You not only get to expand your technical and management knowledge but also your soft and leadership skills.

The Master in Electronics and Telecommunication Technologies programme aims to train highly qualified, international standards-meeting specialists who can understand, develop and integrate the latest technologies in the modern electronics and telecommunication industry, plan and organize their maintenance and renewal. The graduates will be capable of working in electronics and telecommunication companies as well as in scientific laboratories, implementing the latest scientific, technological and engineering achievements.

This one-year Master’s programme will give you the knowledge, skills and competences to design and research new electronics and ICT engineering technologies by combining informatics, communication and electronics with new state-of-the-art machine learning, Cyber-Physical Systems or Internet of Things methodologies. The lessons will be a mix of theory and practice in which you will gain more in-depth knowledge of the relevant advanced topics.

Electronics engineering is the element of innovation and technological progress that drives physical and functional changes in electronic systems. It is a fusion between design methods, modelling tools, and the development of the manufacturing process.

The Master’s program in Sustainable Printed and Integrated Electronics (Master’s Degree, One Year Graduate Program) is developed to train specialists in the field of printed electronics and equip them with the skills needed to design, develop and add new functionalities to 2D and 3D objects using innovative printing processes.

Following a +40 years strong tradition at AU in engineering training in Telecommunications and Electronics, this master's degree provides a high quality specialization in this field, recognized by several business and industrial sectors, national and foreign. To respond to the continuing expansion of ICTs, this course enables an aggregated specialization in Electronics, Telecommunications and Control and Automation, providing direct guidance for business and industrial activities. In addition to a direct interaction with companies at the level of disciplines (with the enrollment with challenging projects with companies), the teaching staff has extensive experience in top scientific research with the industrial and business sectors, maintaining up-to-date training, with a view to the future, preparing professionals for a changing world that presents increasingly complex and multidisciplinary challenges.

The main objective of the degree is to train highly qualified professionals in the study and specific analysis of power electronics applications (power generation, renewables, industrial applications, traction); in the study and specific analysis of electronic power converters (design, modeling, control and analysis); and in the study and specific analysis of electrical machines (design, modeling, control and analysis).

Electronics for intelligent systems, Big-data and Internet of things (E-BIT) is an international curriculum which imparts thorough knowledge in electronic technologies related to the development and design of electronic devices, solid-state sensors, circuits and systems employed for acquisition, reliable storage, and processing of the big data generated by Internet-of-Things applications.

Are you interested in cars? Do you want to work in a field that is currently attracting the attention of the whole world, as its direction towards advanced technologies such as electromobility, autonomous driving or communication in high mobility systems makes it one of the most attractive industries? If at the same time you want to continue the tradition of the automotive industry in the Czech Republic and be a sought-after expert in Czech, foreign and renowned multinational companies active in the automotive industry, then this field of study is just for you.

The curriculum in Electronic and Communication Systems (ECS) is part of the Master’s Degree Course in Electronic Engineering for Intelligent Vehicles (EEIV). This curriculum is designed to provide students who wish to become electronic engineers with a solid knowledge of the methods and tools that make electronics the foundation of all systems that collect, process, transmit and store information in current and future vehicles.

Are you considering pursuing a PhD or Masters by Research degree? Do you want to find out more about our attractive scholarships that are available? Join our Postgraduate Research Programmes Virtual Fair and discover the opportunities awaiting you at NTU!

DCU's MSc in Electronic and Computer Technology equips students with technical expertise and a visionary mindset to tackle 21st-century challenges. From cyber-physical systems to microelectronics, this program empowers future innovators to drive change in a world shaped by technology integration.

Master in Electronic Information focuses on cultivating highly sophisticated talents of advanced electronic information technology aiming for scientific research and technical services.

Particle physics (high-energy, subnuclear physics) investigates the structure of matter on the level of elementary particles and their fundamental interactions. Nuclear physics studies the structure of atomic nuclei and more generally the behavior of finite quantum systems of mutually interacting particles. The study is based on comprehensive courses of theoretical and experimental particle and nuclear physics, based on extensive courses of quantum mechanics and quantum field theory. The emphasis is put on mastering the relevant computational techniques and managing the methods of acquisition and evaluation of experimental data, including efficient use of computing and advanced software tools. With the aid of optional courses and the Master thesis project, the students gain deep knowledge in a selected area and choose orientation to theory or experiment.

Electronic engineering constitutes one of the basic pillars on which the society of the 21st century is based. The constant evolution that has been taking place in this discipline in recent years has extraordinarily energized scientific, technological and industrial development, both in the field of the information and communications society, and in process automation. industries and efficient energy processing. The training of qualified professionals in the design, continuous improvement and maintenance of electronic systems responds to a demand from companies that carry out their activity in these sectors, some of which actively participate in the Master by giving professional seminars, offering scholarships to cover tuition fees and hosting students for stays during the last period of their training.