Maksym Kulyk

Delivered over 680+ hours of lectures, laboratory, and practical sessions annually across 5 core disciplines, including Digital Devices, Microprocessor Electronics, Information Protection, Ethernet Technologies, and Power Electronics, guiding 1st to 4th-year students.

Led state-funded research project "Calculation of waveguide devices by the method of integral equations of intersecting partial regions," contributing to Chapters 2 and 3, registered under 0123U001243.

Authored and co-authored 5+ scientific publications in leading academic journals indexed in Scopus and Web of Science, advancing knowledge in radio engineering and electrotechnical systems.

Secured a patent (UA123742) for "Method of asynchronous motor control," demonstrating innovative contributions to electromechanical systems.

Developed and published 3 comprehensive teaching manuals on "Digital Devices and Microcontrollers," "Information Protection Technologies," and "Microcontrollers" (totaling 309 pages), enhancing student learning for 172 "Electronic Communications and Radio Engineering" programs.

Designed and deployed telecommunication network solutions, optimizing performance and scalability for various client requirements.

Managed network infrastructure, including configuration, monitoring, and troubleshooting, to ensure high network availability and minimize service disruptions.

Implemented security protocols and measures to protect network integrity and data privacy, adhering to industry best practices.

Collaborated with cross-functional teams to integrate new technologies and upgrade existing systems, improving overall network capabilities.

Supported curriculum delivery and laboratory development for radio communication and broadcasting disciplines, fostering student understanding of core principles.

Engaged in early-stage research activities, contributing to departmental projects and preparing for advanced academic pursuits.

Mentored undergraduate students in theoretical and practical aspects of radio engineering, preparing them for careers in the field.

Collaborated with senior faculty on various academic initiatives, enhancing the learning environment and departmental research output.

Executed in-depth research as a postgraduate student, focusing on specialized topics within radio communication apparatus, radio broadcasting, and television.

Developed strong analytical and research methodologies, contributing to the academic knowledge base of the department.

Prepared for and successfully defended a dissertation for the Candidate of Technical Sciences degree in "Electrotechnical Complexes and Systems" in 2021, demonstrating expertise in the field.