Hire the Best Handheld Computer Software Specialists in Lahore, PK

I build and verify embedded firmware that has to work the first time — in medical devices, diagnostic imaging, and industrial control systems where failure isn’t an option. With 5+ years across embedded development and quality engineering, I cover the full lifecycle: writing low-level C/C++, then testing it to the standard certifiers and auditors expect. Development: • Embedded C/C++ firmware for microcontrollers and RTOS-based systems • Device drivers, low-level peripheral interfaces, and bare-metal programming • Modular, maintainable architecture for resource-constrained targets • Code review and refactoring for reliability and MISRA-C compliance Testing & QA: • Firmware verification & validation (unit, integration, system-level) • Test automation and hardware-in-the-loop setups • Compliance-driven QA: IEC 62304 (medical), IEC 62443 (industrial security), MISRA-C • Requirements-to-test traceability, defect root-cause analysis, release readiness Why clients work with me: • I write firmware and test it — fewer handoffs, fewer gaps, faster releases • Real safety-critical experience, including embedded software for medical diagnostic imaging • I think like a developer and an auditor, catching defects before certification does • Clear documentation and communication, so you always know status and risk Background: BSc in Mechatronics & Control Engineering and an MSc in Computer Engineering (in progress) from UET Lahore. If you’re building embedded firmware that has to be reliable, traceable, and standards-compliant, message me with your project details and I’ll tell you honestly how I can help.

I design PCB and embedded hardware for industrial, IoT, robotics, and connected products, with a strong focus on reliable circuit design, practical layouts, and manufacturing-ready outputs. I’m Top Rated on Upwork with a 100% Job Success Score and 300+ hours of completed work. My experience includes ESP32 and STM32-based control boards, motor-control electronics, robotic communication interfaces, industrial PCBs, and medical-device electronics. My work typically covers: * Schematic capture and multilayer PCB design in KiCad and Altium Designer * Component selection, MCU integration, sensors, communication interfaces, and power circuitry * ESP32, STM32, nRF, and ARM Cortex-M based hardware * PCB review, debugging, bring-up, and design improvement * CAN/CANopen, UART, SPI, I²C, USB, Ethernet, and Modbus * Embedded C/C++ firmware when required alongside the hardware * BOM preparation, DFM, Gerbers, assembly files, and manufacturing documentation I’ve worked on motor controllers, industrial interface boards, robotic systems, IoT devices, and medical electronics, so I’m comfortable working on projects where hardware has to integrate with sensors, motors, firmware, and other subsystems. I also pay close attention to the requirements before starting the design. If I see something that could create reliability, manufacturing, or integration problems later, I prefer to identify it early rather than simply follow the specification blindly. If you need a PCB designed from scratch, an existing board reviewed or improved, or support taking an embedded hardware design through testing and manufacturing, feel free to send me the project details.

I help build embedded, IoT, and wireless products from idea to working prototype. I work across firmware and hardware, so I can help with product architecture, MCU selection, circuit design, PCB design, firmware development, board bring-up, debugging, low-power optimization, and wireless protocol integration. I am also a Zephyr RTOS Technical Contributor and a Z-Wave Alliance Contributor/Member, with hands-on experience working on real embedded products, wireless stacks, battery-powered devices, hardware prototypes, and low-power IoT systems. What I can help with: - Embedded firmware development in C/C++ - Hardware development and PCB design - Circuit design, schematic review, and PCB review - Zephyr RTOS and FreeRTOS based firmware - PCB bring-up, board testing, and hardware debugging - IoT and wireless product development - Battery-powered and low-power device development - Sensor integration and driver development - Power supply, BMS, controller board, and sensor board development - Existing firmware and hardware debugging - Wireless protocol integration - Bootloader, OTA, and firmware update workflows - Power profiling and energy optimization - Custom protocol implementation - Production firmware debugging and field issue analysis Technical areas I have worked on: - BLE advertising, scanning, GATT services, and custom BLE protocols - Z-Wave and Z-Wave Long Range development - Zigbee, Thread, Matter, Wi-Fi, and IoT integrations - Zephyr RTOS drivers, devicetree, Kconfig, work queues, timers, and low-power firmware - Nordic nRF52, nRF53, and nRF54 based firmware development - Silicon Labs EFR32 firmware using Simplicity SDK and Gecko SDK - STM32 firmware, timers, ADC, DAC, DMA, UART, SPI, I2C, and GPIO - ESP32 firmware using ESP-IDF and FreeRTOS - Sensor integration including ADC-based sensing, accelerometers, current sensing, and event detection - Ultra-low-power and battery-powered device design - Energy-harvesting and wake-on-event type devices - Custom PCB design for sensor boards, controller boards, power boards, and BMS-related circuits - Schematic design, PCB layout, component selection, and prototype validation - Hardware bring-up, board testing, debugging, and lab measurements - Bootloaders, secure firmware updates, and application validation Experience: - MCUs: STM32, ESP32, Nordic nRF52/nRF53/nRF54, Silicon Labs EFR32 - SDKs: ESP-IDF, nRF Connect SDK, Simplicity SDK, Gecko SDK, STM32 HAL/LL - RTOS: Zephyr RTOS, FreeRTOS - Wireless: BLE, Wi-Fi, Zigbee, Thread, Matter, Z-Wave - Hardware: PCB design, schematic design, BMS, power boards, controller boards, sensor boards, battery-powered devices - Tools: Altium, KiCad, EasyEDA, CMake, west, Git, J-Link, GDB, oscilloscopes, logic analyzers I focus on building products that work reliably in real-world conditions, not just on the bench. I can help with quick prototypes, hardware development, PCB design, board bring-up, firmware for existing hardware, wireless issues, low-power optimization, or complete embedded product development.

I am Bachelors of Electrical Engineering (Computer Engineering) by 2012 – 2016 National University of Computers and Emerging Sciences. Currently I'm associated with Tritium Technical Solutions as Hardware Design Engineer. Best specialist schematic and PCB design. Worked in the field of Internet of Things, Machine Learning and Artificial Intelligence. In PCB design, I've worked with following CAD tools Altium Designer/Circuit Studio Eagle CAD KiCAD Diptrace I've worked with the following development boards. STM32, Mbed OS, PIC12/PIC16/PIC18 Arduinos ESP8266/ESP32/CC3200 Nrf24L01+, Nrf51822, Nrf52832, Nrf52840, Nrf8001, CC2650, CC2460 Bluetooth LE boards. Raspberry Pi/Raspberry Pi CM 3/Orange Pi/Beaglebone Black. I've command on the following programming languages C/C++/Arduino Python C# Java SQL/SQLite I have used many modules, various sensors, pressure, temperature, light, humidity, Hall sensors, weight sensors, gas analysis, and many others. I also have experience with multiple SaaS and PaaS companies such as IBM Bluemix, AWS IoT and Google IoT core. Whenever I'm not working I'm reading, studying about new technologies and improving my skills in the field of Hardware and Software

I am a Senior Embedded Systems Engineer with 12+ years of experience designing, developing, and deploying production-ready embedded, IoT, and networking solutions for commercial and industrial use. I specialize in firmware development, embedded Linux systems, and secure IoT devices, helping companies move from prototype to stable, scalable, and reliable products. What I Do Best Bare-metal & RTOS firmware development Embedded Linux system & kernel programming IoT device development (WiFi, BLE, Cellular, GNSS) Secure networking & communication protocols Hardware bring-up, debugging & optimization PCB review, schematic design & system integration Technical Expertise Languages: C, C++, Bash, Make, CMake RTOS: FreeRTOS, TI-RTOS, Micrium OS-III Embedded Linux: System programming, drivers, shell scripting Networking: TCP/IP, UDP, HTTP, MQTT, SSL/TLS Interfaces: I2C, SPI, UART, USB, Ethernet MCUs & SoCs: STM32, ESP32, nRF52, ARM Cortex-M series IoT & Wireless Devices Cellular: Telit, u-blox, nRF9160 WiFi: ESP32, TI CC32 BLE: Nordic nRF52 series GNSS: u-blox M8 series Why Clients Work With Me ✔ Deep understanding of hardware + software ✔ Production-focused (not demo-only code) ✔ Clean, well-documented, maintainable firmware ✔ Strong debugging & problem-solving skills ✔ Clear communication & reliable delivery I have successfully delivered multiple embedded and IoT projects across networking, security, industrial, and commercial domains. If you need a reliable embedded engineer to build or stabilize your device, let’s discuss your project.

Embedded system engineer with years of shown and hard core experience of working with embedded systems. Refined engineering professional with Master degree in Embedded and Computer engineering. Services: • Bare-metal and RTOS development.. • Network programing. • Schematic design and printed circuit board (PCB) layout. • Linux programming • Altium PCB designing Skills: • Programming Languages: C, C++, Python. • OpenSSl, mbedTLS, wolfssl, micro-ecc • Operating Systems: FreeRTOS, TI-RTOS. • Processors: ARM cortex M4 and M0, STM32, TM4Cxx, EFM32, ESP32, PICxx, Arduino • Hardware Interfaces: I2C, SPI, FAT file system, USB FS/HS, UART, Ethernet, Modbus, RS-232, RS-485, CAN. • Networking: FTP, TCP, UDP, NTP, HTTP, MQTT, • ESP-IDF / Keil uVision / IAR / MPLAB / Stm32cubeIDE / Atollic True-Studio / SVN / GitHub / Visual Studio / Xilinx ISE / JIRA/ JAMA/ PERFORCE IOT devices: • Cellular Devices (mainly u-blox devices) • WiFi Devices (ESP32, TI CC32xx series) • GNSS Devices (u-blox M8)