Professional background

• C++
• CMake

• C++
• Embedded Linux

Contributed to safety-critical embedded systems for the world's first flying car, spanning real-time software, low-level drivers, and graphics in a DO-178C-compliant environment.

• C
• C++17
• STM32
• CMake
• Python
• SDL3
• Ramtex
• CUnit
• DO-178C

• Developed real-time embedded applications for STM32 F, G, and H microcontroller families.
• Implemented and tested drivers for SPI, QSPI, CAN, UART, LCD, touchscreen, external RAM, and Flash.
• Designed a custom LCD graphics library for aviation systems and contributed to certification documentation and reviews.
• Built unit-level tests with CUnit and automated binary memory operations and Doxygen documentation with Python.

Worked on an EPSON project covering web APIs, visual components, automated tests, and continuous delivery.

• Java 11
• Spring Boot
• Angular 8
• JUnit
• Jest
• GitLab CI
• Docker
• AWS

• Implemented QR code and barcode capture and reading in the front end.
• Built Spring APIs and Angular components with unit tests.
• Created a GitLab CI deployment pipeline and incorporated Docker images into the build process.

Led embedded Linux and cloud integration work for GERTEC payment terminal products.

• C
• C++
• Embedded Linux
• CMake
• Android NDK
• Catch2
• AWS IoT
• Amazon S3
• Amazon Cognito
• OpenSSL
• LVGL
• Docker

• Defined a C and C++ architecture with CMake, GitLab CI, and Catch2 unit tests.
• Integrated embedded Linux devices with AWS IoT, S3, and Cognito through the AWS C and C++ SDKs.
• Integrated OpenSSL, LVGL, and JSON libraries and connected mobile point-of-sale devices to web systems.
• Created Docker images to improve build and continuous integration workflows.

Developed firmware and real-time system components for GERTEC payment terminals.

• Embedded C
• C++
• ARM Cortex-M
• FreeRTOS
• CMake
• JTAG
• J-Link
• SEGGER SystemView
• Python

• Defined firmware architecture for ARM Cortex-M processors using embedded C and CMake.
• Implemented Wi-Fi, GSM/GPRS, USB CDC, UART, I2C, and SPI drivers.
• Built tasks and threading components with FreeRTOS and implemented SSL/TLS for an ESP8266 attached to an ARM SoC.
• Debugged firmware with JTAG, J-Link, SystemView, and RTT, and analyzed signals with a logic analyzer.

Led hardware development activities and built embedded, computer vision, and robotics modules for an LG Electronics partnership.

• C++
• Python
• STM32
• Mbed
• MATLAB
• Simulink
• Stateflow
• OpenCV
• PCL

• Developed embedded system, computer vision, and robotics modules.
• Modelled system state machines with MATLAB Simulink and Stateflow.
• Built computer vision modules with OpenCV and PCL and implemented UART, SPI, I2C, and TCP socket communication.
• Introduced Scrum practices to the hardware team.

Developed electrical substation power-demand forecasting software and coordinated the development team.

• C#
• Artificial neural networks
• Fuzzy logic
• Accord.NET
• OxyPlot

• Developed power-demand forecasting software using artificial neural networks and fuzzy logic.
• Managed the team and delegated development activities.

Designed and maintained electrical installations for university buildings and laboratories.

• AltoQi Lumine

• Prepared electrical installation designs, cost reports, and budgets.