Олексій

Oleksii Izvarin
Mobile: [open contact info](look above in the "contact info" section)

Address: Krakow, Poland

Email: [open contact info](look above in the "contact info" section)

Link to GitHub

Link to LinkedIn

Profile

Results-oriented, motivated second-year computer engineering student. Experience in creating own
and university projects. Top-ranking academic student. Seeking an Internship or Junior position in areas
as Embedded Development, Research & Development, Backend Development.

Skills

Technical skills:

• Languages: C, C++, Java, Python, VHDL

• Embedded & Hardware: Microcontrollers, KiCad, Quartus, 1-Wire, UART, SPI, FPGA

• Software & Frameworks: Spring Boot, JavaFX, Docker

• Operating systems: RHEL (Red Hat Enterprise Linux), bash, system administration

• Databases: PostgreSQL, MySQL

• AI/Data Science: Mediapipe, Transformer & LSTM models

Soft skills:

• Critical thinking and analysis
• Communication and teamwork skills
• Creativity and problem solving
• Striving for improvement, responsibility, initiative
• Mentoring and coaching in math

Experience and projects

• Sign Alphabet:

A real-time sign language alphabet recognition system using Python and Mediapipe. Designed
recognition and model training. Models used: LSTM and Transformer.
• Multi-cycle processor:

A multi-cycle processor operating on 16-bit registers, written in VHDL. The microarchitecture and
design are fully developed, and a simulation is created for testing.

• FMT:

A text formatting utility similar to Troff or Groff. Functions are split into multiple files, which makes it
comfortable and easy to develop. Written in pure C using a Makefile to manage compilation and linking.

• Pervagus-aerius:

Application for booking and purchasing seats on flights, with a convenient graphical interface. The
project is written in Java using JavaFX, Spring Boot, Docker and PostgreSQL database. Implemented the
graphical part, application model, networking and database.

• Hysteresis thermostat:

A controller that controls the temperature according to data received from a temperature sensor that
operates on the 1-wire protocol. Components: ATmega microcontroller, DS18B20 temperature sensor,
LCD display and buttons. The development took place in two stages: prototyping the controller and
writing code to implement the logic in pure C.

Education

Oct 2023 – Present (Expected Graduation: 2027):

B.Sc. Computer Engineering, Krakow University of Technology (Politechnika Krakowska)

Languages

• Polish: C1
• English: C1
• Ukrainian: Native

Certifications

• Red Hat System Administration I (RH124 – RHA) – Ver.9.3