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Case Studies

Examples of completed projects

The examples below show project patterns and outcomes, with emphasis on release predictability and field reliability.

Automotive electronics setup representing telematics control unit development

Automotive Telematics

TCU Platform Engineering

Linux and RTOS architecture for Qualcomm modem and NXP i.MX8 controller, aligned with RFQ and ASPICE constraints.

  • Defined IPC, power, thermal, and connectivity architecture
  • Delivered Linux-side services with MCU/RTOS integration
  • Improved planning confidence through structured design artifacts
Smart thermostat device mounted on wall

HVAC Platforms

Smart Thermostat on i.MX 8

Product delivery from requirements to hardware validation with a strong focus on runtime stability.

  • Handled feature lifecycle from architecture to validation
  • Debugged timing and signal issues on real hardware
  • Hardened behavior through profiling and kernel-level fixes
Connected smart home devices and central control ecosystem

Smart Home Ecosystem

BRON Connected Platform

Connected smart home platform built around a central tablet hub, RF sensor network, mobile control, and cloud services for remote operations.

  • Developed Linux gateway software for stable communication between hub and RF devices (TI CC1310 family)
  • Supported automation scenarios across monitoring and safety devices: motion/opening, leak, gas, smoke, water shut-off
  • Integrated camera/intercom flows and remote mobile notifications through cloud-connected services
  • Built and maintained release and update workflows for long-term platform support

Instrumentation

Connected Measurement Device Platform

Project for a next-generation connected measurement device used in production workflows. Scope focused on platform delivery and cloud communication reliability.

  • Delivered and maintained Yocto BSP for device hardware and production image lifecycle
  • Built device communication services with AWS for status, firmware info, and user messages
  • Integrated cloud acknowledgement flow and data exchange between device-side software and backend services
  • Supported runtime stability and release readiness for connected operation in production environments

Industrial Monitoring

High-Voltage Monitoring Platform

Project for a distributed monitoring platform used in critical electrical infrastructure. Architecture and delivery details are presented at system level.

  • Designed distributed acquisition architecture for ultra-precise measurements using PTP time synchronization across nodes
  • Built edge data collection near sensors with local interference mitigation logic
  • Built central control and data workflow for configuration, diagnostics, and long-term storage
  • Improved deployability with modular Ethernet/PoE topology for scalable field installations

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Location

Portugal, Poland