NURE Kharkiv national university of radioelectronics

Design Automation Department

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“Verification Methodologies for Digital Systems” Club

Professor Iryna Vitaliivna Hahanova of the Design Automation Department leads the “Verification Methodologies for Digital Systems” Club (Verification Club).

Do you want to become an expert in the field of digital system verification? Master the most advanced methods using SystemVerilog and UVM (Universal Verification Methodology)!

Verification of digital devices is one of the most crucial stages of their design, especially for complex systems where even a single error can have serious consequences.

Verification is the process of checking the correctness of device operation in terms of compliance with their technical specifications and given requirements. High-quality verification prevents errors that can lead to costly corrections or device failures after their production; increases product reliability; and speeds up the development process by detecting errors at early stages.

What will you gain?

  • Deep understanding of SystemVerilog: from basic concepts to powerful language capabilities.
  • Practical experience with real-world examples: create effective testbenches and verification environments.
  • Working with UVM: build your verification architecture using advanced methodologies.

Who is it for?

  • Novice engineers who want to learn the fundamentals of verification.
  • Students of technical specialties who aspire to career growth.

Club Website: https://sites.google.com/nure.ua/verids/home-page?pli=1&authuser=1

Structural Unit: Design Automation Department

Supervisor: Iryna Vitaliivna Hahanova, Doctor of Technical Sciences, Professor, Professor of the Design Automation Department (Profile)

Areas: Engineering and Technological (Digital Device Design)

Club education, as a form of non-formal education, can contribute to the achievement of the UN Sustainable Development Goals, namely:

  • Lifelong learning: clubs create opportunities for lifelong learning, which is a key aspect of SDG 4 “Quality Education.”
  • Science and technology clubs: can contribute to the development of innovations and technologies necessary for sustainable development (SDG 9).

Thus, club education, due to its flexibility, accessibility, and ability to involve people in active participation, is a valuable tool for promoting the Sustainable Development Goals at the community level.

University website: https://sciencecircle.nure.ua/наукове-обєднання/?circle=88