Graduates of the bachelor's and master's degree in the specialty "Power Engineering and Electrical Engineering" can occupy positions as design engineers, power system operation engineers, automation and control specialists in power companies, power engineers, electrical engineers, researchers in the field of energy technology, as well as project managers in engineering and consulting organizations.

Some graduates, after completing their studies, open their own design organizations, in particular, for the design of electrification of various construction projects.

Students studying in the field of training "Power Engineering and Electrical Engineering" in the profile "Electrical Supply and Automation of Buildings" during the training process perform laboratory work on stands on electrics, electronics, electric drives and automation.

When studying disciplines on the theory of automatic control and modeling of electrical systems, students master software for computer modeling (Matlab, SimInTech and others). When studying disciplines on microprocessor technology and controllers, they master software for their programming (Arduino IDE, ETS, Logo SoftComfort), as well as circuits with integrated circuits (SPICE), power and lighting networks (DIALux evo, NanoCAD), specialized software for automated electric drives. They study the principles of their software configuration.

Students studying in the field "Power Engineering and Electrical Engineering" constantly participate in Olympiads and competitions both in St Petersburg and in other cities of Russia: Moscow, Kazan, Ekaterinburg. They go on exchange to China.

Every year, students win prizes at the All-Russian Olympiad in Kazan "Advanced Technologies in Energy Saving" and the All-Russian student competition "Efficient Design" in St Petersburg. Senior students take part in scientific and experimental research, speak at conferences, and publish articles.

During the course of physics training, the theoretical study of each module is accompanied by solving problems on its topic both in the classroom and as independent work of students. To acquire and improve the skills of physical experimentation, students are offered laboratory practical training in physics, which is constantly updated and modernized. During the course of practical training, students become familiar with measuring equipment, learn to evaluate the accuracy of measurements and determine the error of the result.

When studying structural physics, students acquire skills in calculating and designing thermal protection for buildings, calculating humidity conditions and air permeability, assessing the quality of sound insulation of enclosing structures, assessing and standardizing conditions of natural and artificial lighting and insolation.

We are looking forward to having you at our department, come and study with us!