> BOOT SEQUENCE... INIT
> CHECKING SENSORS... OK
> ARMING MOTORS... READY
0%
Tactical Drone
TURBOTOSTER.DEV SYSTEMS
FLIGHT MODE: STABLE

Software Engineer
& Drone Systems

Jestem entuzjastą elektroniki, programowania i tworzenia ciekawych systemów. W przyszłości chcę budować autonomiczne systemy latające. Koduję to, co lata.

C++
PYTHON
JS
WEB
flight_control.py

About Me

Profile
CLASS: ENGINEER
EXP: MID-LEVEL
LOC: POLAND

About Me

Hello, I'm Bartek. I am a software engineer driven by a deep passion for aviation and hardware. My goal is to bridge the gap between software and the physical world—specifically in the drone and defense sectors.

I find immense joy in creating tangible projects that actually work in the real world. Beyond programming and cybersecurity, I am an avid problem-solver who enjoys advanced mathematics and sailing. I believe in the power of knowledge sharing and am always ready to help others succeed.

My skills:

  • Low-Level Programming (C/C++)
  • Scripting & Data Analysis (Python)
  • Web Control Interfaces (Fullstack)
2021 - 2025 School

IV LO im "KEN" Bielsko-Biała, Poland

Fundaments of everything

2024 School

Achieved two certificates

Digital skills from Google, and project menagement form "Zolnieni z Teorii"

2025 - NOW University

Warsaw University of technology, Informatics

Informatyka. Członek koła naukowego dronów.

2023 - NOW JOB

E-Gminy

Junior Dev. Optical sensors configurator

Jet
MAX MID LOW

PROJECTS

VER: 1.0.4 READY TO DOWNLOAD

2D Kinetic Engine

2D Physics Engine & Collision Simulator A custom-built simulation engine in Python focused on high-precision elastic collisions. Features numerical stability via Decimal arithmetic for momentum and energy conservation. Validated with a comprehensive suite of unit tests (Pytest) to ensure physical accuracy and robust input handling

COLLISIONS: ELASTIC (100%)
ALGORITHM: MOMENTUM CONSERV.
PythonPygameVector Math
HW: REV-2 READY TO CREATE

Turbocamera

A custom-built contactless temperature screening system powered by the FLIR Lepton 3.5 sensor. Instead of direct radiometry, it utilizes a proprietary relative temperature estimation algorithm based on thermal contrast analysis. The system features intelligent face detection, artifact masking (glasses/hair), and real-time data synchronization with a web dashboard.

SENSOR: FLIR LEPTON 3.5
MCU: OpenMV H7+ / ESP32
PythonComputer VisionIoT
CLASSIFIED
LEVEL 4
VER: ???

Autonomous Swarm

System sterowania rojem dronów przy użyciu AI...

STATUS: ???

Stacja Naziemna

SYSTEM SCAN ACTIVE
LAT: 52.2297
LON: 21.0122
> ESTABLISHING UPLINK...
> ENCRYPTION: AES-256
> PING: 24ms [STABLE]
> WAITING FOR INPUT...
SECURE TRANSMISSION TX-CHANNEL-4

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