Максим

MAKSYM PROFILE

PODLIESNOV 3rd-year Computer Science student and winner of the
SiTime Engineering Hackathon with hands-on
Embedded Software / experience in Embedded systems. I specialize in C++
firmware development, microcontroller programming
Backend Engineer (STM32, ESP32, Arduino), and hardware testing. Highly
motivated to grow in Embedded Software Engineering,
[open contact info](look above in the "contact info" section) combining a deep understanding of low-level hardware
[open contact info](look above in the "contact info" section) processes with efficient code optimization.

Lviv, Ukraine
github.com/Maksosik EXPERIENCE/PROJECTS
github.com/Maksosik
EXPERIENCE
SiTime | Embedded Software Engineer Intern Lviv,
Ukraine | [May, 2026] – [September, 2026] (4 months)
EDUCATION
Tested and debugged Apollo hardware boards, and
•

performed component soldering for testbenches.
Bachelor's Degree, Computer Science
Analyzed and processed measurement data arrays
Lviv Polytechnic National University
•

using MATLAB.
Institute of Computer Science and
Researched technical characteristics of MEMS
Information Technologies (ICSIT)
•

oscillators, focusing on aging processes, daily drift,
and data extrapolation.
SiTime Hackathon Winner: Developed a high-
LANGUAGES
•

precision network frequency monitoring system
based on the STM32F411E-DISCO microcontroller.
English: B2 (Upper-Intermediate)
•

Implemented frequency measurement in the range of
•

German: A1 (Beginner)
•

1 MHz to 30 MHz (including 50 Hz) using the
Reciprocal Counting algorithm.
Integrated a 10 MHz MEMS oscillator SiT5503 as a
•

SKILLS reference clock.
Configured two-way communication between the
•

Programming: C++ (firmware,
•
microcontroller and PC via the USB CDC (Virtual
microcontrollers, OOP basics, COM Port) interface.
memory management), C# / .NET PROJECTS
(ASP.NET Core, Web API, Entity Automated Microclimate System (IoT) | ESP32-C6, C++,
Framework Core). Wi-Fi
Hardware & OS: STM32
•
Participated in the architecture design and hardware
•

(STM32F411), ESP32-C6, Arduino, assembly of an ESP32-C6 based smart watering
FreeRTOS (basics), MEMS oscillators, device.
circuit design, soldering, component- Developed C++ firmware to collect telemetry from
•

level prototyping, hardware testing. temperature and humidity sensors.
Interfaces & Communication: UART,
•
Built a C# ASP.NET Core Web API backend for processing
•

SPI, I2C, 1-Wire, Wi-Fi OTA, USB CDC and storing IoT data.
(Virtual COM). Configured Wi-Fi communication for reliable data
•

Tools & Lab Equipment: Keysight
•
transmission to a remote backend system.
Digital Multimeters & Frequency Battery Heating and Monitoring System (Nissan Leaf
Counters, Oscilloscopes (basic), prototype) | C++, Arduino, I2C, 1-Wire
MATLAB, CubeMX, Git. Participated in assembling the hardware testbench
•

for battery diagnostics using INA219 current sensors
and DS18B20 temperature sensors.
Developed C++ firmware to calculate real-time energy
•

metrics and collect temperature, voltage, and current
data.
Configured telemetry transmission via UART to a PC
•

for further logging and analytics.