Mostafa Sepehrian Email & Phone Number

Maassluis, South Holland, Netherlands

Amsterdam, North Holland, Netherlands

Architect, designing and implementing of DAC system embedded software with C/C++ with a 3 layer architecture of HAL/PAL/AAL to make the maintenance and upgrading the code easier. Also in order to can apply the code with the total different MCUs as it was planned to have an immigration to another MCU in the newest PCB design.

Eindhoven, North Brabant, Netherlands

As an embedded software designer, I developed software for a bedside medical device, adhering to medical grade B standards and utilizing Renesas microcontrollers with Azure (ThreadX) RTOS. Employing an object-oriented structure and domain-driven design, I ensured reliable communication between domains and subsystems. Through extensive testing and optimization, the software demonstrated excellent performance and incorporated essential features. Jenkins served as the build server, while SVN… Show more As an embedded software designer, I developed software for a bedside medical device, adhering to medical grade B standards and utilizing Renesas microcontrollers with Azure (ThreadX) RTOS. Employing an object-oriented structure and domain-driven design, I ensured reliable communication between domains and subsystems. Through extensive testing and optimization, the software demonstrated excellent performance and incorporated essential features. Jenkins served as the build server, while SVN facilitated version control. The successful integration of the software into the device provided reliable performance, meeting the project's requirements and specifications. Show less

Mashhad

In my six-year tenure at IRIC Smart Home, I excelled in optimizing production costs for embedded systems, leveraging my expertise in microcontroller programming using C and C++. I developed efficient bare-metal programs for microcontrollers, ensuring high-performance outcomes. Additionally, I incorporated real-time operating systems (RTOS) for enhanced system responsiveness and efficient task management. With a focus on seamless connectivity, I utilized MODBUS for wired connections and… Show more In my six-year tenure at IRIC Smart Home, I excelled in optimizing production costs for embedded systems, leveraging my expertise in microcontroller programming using C and C++. I developed efficient bare-metal programs for microcontrollers, ensuring high-performance outcomes. Additionally, I incorporated real-time operating systems (RTOS) for enhanced system responsiveness and efficient task management. With a focus on seamless connectivity, I utilized MODBUS for wired connections and employed Wi-Fi and BLE for wireless communication. Creating intuitive user experiences, I developed GUIs using Java for luxury Android displays and utilized TouchGFX for microcontroller-based displays. I played a pivotal role in developing a robust local server and gateway, employing BeagleBone and Arm-friendly boards, Python, multi-threading, SQL integration, and socket programming. Rigorous unit testing using Google Test and Unity ensured exceptional quality and reliability. By utilizing Jira and SCRAM, I streamlined the development process, effectively tracking bugs, issues, and feature requests. My proficiency in microcontroller programming and embedded system development significantly contributed to IRIC Smart Home's leadership in the smart home industry. Show less

Mashhad, Iran

As an Embedded Software Designer at Fsys, I designed and developed a variety of products for B2B and B2C markets. I utilized NXP microcontroller for customized communication, Ethernet, SD card, display interface. For human access control, I used fingerprint readers and RFID readers and for vehicle access control, we used passive UHF antenna readers. I also developed a parking guidance system using ultrasonic modules and ZigBee network. I provided an Open-API network protocol and delivered… Show more As an Embedded Software Designer at Fsys, I designed and developed a variety of products for B2B and B2C markets. I utilized NXP microcontroller for customized communication, Ethernet, SD card, display interface. For human access control, I used fingerprint readers and RFID readers and for vehicle access control, we used passive UHF antenna readers. I also developed a parking guidance system using ultrasonic modules and ZigBee network. I provided an Open-API network protocol and delivered high-quality products at competitive prices. Show less

Mashhad

Automation and Smart sys.Electronic circuit designing , ARM/Cortex Programming

Ras Electronic

As an Embedded Software Developer, I have designed and developed various components of the robot (Warehouse Robot), including PCBs, automatic navigation system, robot movement and manipulator driver, robot manipulator, and machine vision program. I utilized various microcontrollers, hardware modules and technologies like OpenCV with Python on Linux OS. I focused on optimizing the robot's functionality, reliability, and cost-effectiveness.

PCB Designer and Programmer

M.Sc., Executive Mba (Emba)

Bs, Electical And Electronics Engineering