Embedded Software Engineer

• Senior software engineer with an excellent understanding of embedded software and hardware and broad knowledge in a variety of systems/software

• Has worked in many different industries throughout his career, but medical devices has been the main focus in the last years

• Wide range of experience with all relevant medical devices standards, norms and regulations, e.g. IEC 62304

• Managed full software life cycle for a medical device

• Developed RFID module software for a new medical physiotherapeutic device proof of concept

• Developed ultrasound module proof of concept for dental scaler, including processor selection, board testing, and software implementation

• Use of: C, LDRA TBrun, LDRA TBreq, LDRA TBvision, NXP Kinetis, ARM Cortex M0+ and M4, Bluetooth, Silicon Labs BLE-113/BLE-121LR, IAR, Enterprise Architect, State machine, GIThub, IEC62304, Medical software, C#, Visual Studio, Python, SQL, MCUXpresso

• Resolve anomalies in existing software

• Code review

• Implementation of improvements and error handler

• Field test of the improved code • Use of: C, C++, Atmel processor, ARM Assembly

• Development of bootloader (IPL), application and driver (graphics, audio, temperature, watchdog, GPIO, NOR, I2C) software conform medical standards

• Documentation, coding, code improvement and testing for intra cranial pressure monitor

• Design, development, testing, and maintenance of embedded software for various devices and systems

• Hardware reference for local software team and technical interface with the US based hardware provider

• Configuration of the processor and measurements for electromagnetic interference (spread spectrum)

• Development of scripts for packaging (bash) and tools for development and test in Python, CRC header and BMP image creation

• Use of: C, C++, ARM, UML, QNX, Momentics, CCS5 (TI JTAG debug environment), TI AM3517 (ARM CortexA8), IEC62304, LDRA, Codesonar, Clearcase, IPL, UBoot, Xloader, medical software, Scrum

Active implant for heart stimulation:

• Development of a wireless bootloader

• Development of implant hardware test software

  Active brain implant:

• Implementation of tests for an active brain implant with CVI

• Setup of the hardware test bench

• Investigation of problems encountered by the test bench with the implant (alpha tester)

• Development and realization of the electronics of a burn-in tester for active implants

  Endoscope:

• Debug of electronics for a endoscope prototype

• Use of: C, UML, STM8, STM32, STVD 4.2, Vision 3, CCS 5, IEC62304, National Instruments µCVI, medical software