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Specialties

Theory of Electronic Circuits and Electronic Circuit Design

Degree Level:

PhD

Professional Qualification:

Doctor

Language of Instruction:

Bulgarian

Professional Field:

5.2. Electrical Engineering, Electronics, and Automation

Curriculum 2026-2027

Why choose this specialty?

The doctoral program in “Theory of Electronic Circuits and Electronic Circuit Design” is driven by:

The growing interest of companies in the manufacturing sector in applied research related to the field of study;
The need to replenish the faculty of tenured professors by enhancing the educational and scientific qualifications of young teaching assistants and specialists in the country;
The presence at the Faculty of Electrical Engineering and Telecommunications (FETT) and the Faculty of Electrical and Computer Engineering (FEA) of highly qualified tenured faculty members across a wide range of specializations with interests in current and promising scientific and applied scientific fields;
The opportunity to enhance the qualifications of doctoral students.

What are the admission requirements?

The program is aimed at graduating students with a “bachelor’s” or “master’s” degree who wish to advance their educational qualifications.
The program and the admissions process are conducted in strict compliance with the legal requirements for the training of doctoral students.

What will I learn?

The requirements for preparation and training ensure the acquisition of the following knowledge and skills: Training and counseling are provided by highly qualified, tenured faculty members, while the facilities are continuously improved and updated to meet global standards.

Excellent training in the field of basic electronics;
Specific knowledge in the field of electronic devices and systems;
Training in the field of communications engineering and technologies;
Knowledge in the field of information technology, distributed systems, and distributed embedded systems;
Knowledge of modern measurement techniques ranging from low to ultra-high frequencies;
Application of modern advances in information and communication technologies for research and development, analysis, and processing of information and data;
In-depth and creative understanding and use of specialized literature in the specific field;
Acquisition of a high level of skills, knowledge, and qualifications for theoretical and/or experimental research work and the demonstration of creative thinking.