a
aqdass_hayat

Aqdass H

@aqdass_hayat

Persistent

Pakistan
Inglese, Urdu, Pashtu, Francese
Alcune informazioni sono riportate in lingua inglese.
Chi sono
I am an Electronics Engineer specializing in embedded firmware, microcontrollers, IoT, sensor integration, and SDR development. I work with ESP32, STM32, Arduino, XMC, FPGA/Vivado, Verilog, MATLAB/Simulink, and Python, including WiFi, MQTT, APIs, debugging, and hardware integration. I focus on clean code, reliable solutions, and clear documentation. Have an idea, existing code, or a technical issue? Send me your requirements and board details, and let’s turn your project into a working solution.... Continua a leggere

Competenze

a
aqdass_hayat
Aqdass H
offline • 
Tempo di risposta medio: 1 ora

Consulta i miei servizi

Sistemi integrati e IoT
I will develop and debug esp32 arduino and stm32 firmware
A partire da10 USD / progettoMaggiori dettagli
Estensioni del browser
I will develop chrome and edge extensions with ai and browser automation
A partire da40 USD / progettoMaggiori dettagli

Portfolio

Esperienza lavorativa

PI_Invent

Electronics Engineer

PI Invent • Part time

Sep 2024 - Mar 2026 • 1 yr 6 mos

Worked as a Research Engineer at Pi Invent as part of a multidisciplinary engineering team developing an off-the-shelf Software Defined Radio (SDR) system. My primary responsibility was the Digital Signal Processing (DSP) side of the platform, where I designed, implemented, and evaluated signal-processing algorithms required for reliable SDR operation. My work included digital filter design and implementation, signal windowing, spectral analysis, waveform and signal-processing experimentation, and optimization of DSP stages for the SDR processing chain. I also worked with MATLAB/Simulink, FPGA/Vivado, and embedded development tools to support algorithm development, simulation, implementation, debugging, and hardware validation. Key achievements included implementing the DSP processing chain for a practical SDR platform, developing and testing digital filtering and windowing techniques, analyzing real signal behavior, and supporting the integration of DSP algorithms with the wider hardware and firmware system. This role provided hands-on experience taking communication and signal-processing concepts from mathematical analysis and simulation through implementation and testing on real SDR hardware.