Vibhav N K.
Microgravity Software Engineer @Yuri
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WORK HISTORY
Microgravity Software Engineer @Yuri
Meckenbeuren, DE
Conducted integration and validation of microscope systems using Raspberry Pi, CSI cameras, I2C LED boards, and GPIO-controlled peripherals in EGSE-like setups.>> Implemented robust file transfer, error handling, and logging solutions for data integrity using C++, including SD card fallback and buffer mechanisms for scientific experiment data on Atmel SAMD Microcontroller.>> Validated the file transfer mechanism on a CAN bus between the master and the node.>>Led the design and debugging of hardware/software integration routines, implementing multi-sensor synchronization, UART-based command interfaces (Hercules), and mission-critical boot sequences using Python, Bash, and systemd>>Developed and executed Flight Model test procedures and burn-in campaigns, ensuring robust system performance through functional diagnostics and environmental simulations.>>Authored comprehensive documentation, ICD compliance reports, and supported NCR resolution and QA validation.
EDUCATION
Ravensburg-Weingarten University of Applied Sciences
Master of Engineering - MEng
Vidya Vardhaka College of Engineering, MYSORE
Bachelor of Engineering - BE
Jnanodaya Pre-University College, Mysore
Pre-University
ABOUT VIBHAV N K.
I’m an Embedded Software/Systems Engineer with a strong focus on software development for spaceflight systems (microgravity), and hands-on involvement in electrical AIT processes. I specialise in hardware-software integration, embedded software development, system testing, and payload validation in mission-critical environments. At Yuri GmbH, I primarily carry on the embedded software development for scientific payloads in Microgravity — including sensor integration, robust data logging, command interfacing, and system-level boot sequencing using C++, Python, and Bash. Alongside software, I actively contribute to the electrical AIT process: configuring EGSE-like setups, integrating CSI/I2C/GPIO peripherals, writing test procedures, and supporting Flight Model validation, burn-in campaigns, NCR resolution, and QA documentation. My Master’s thesis at Würth Elektronik ICS focused on designing and validating an internal resistance estimation system for LiFePO₄ BMS cells — from schematic and PCB design (Altium) to embedded firmware (C/C++) and a Qt-based desktop application for serial communication, I built a fully functional BMS Internal resistance estimation prototype from scratch. Earlier at L&T Technology Services, I worked on Embedded Android (AOSP) multimedia systems — developing features, debugging audio/video/HAL layers, and collaborating across global teams to validate end-user performance. With experience across embedded C/C++, communication protocols (UART, ADC, PWM, SPI, I2C and CAN) — and platforms like STM32xx, AURIX TC3xx, Raspberry Pi, Atmel SAMD, BeagleBone Black — I bring a structured, mission-oriented mindset to building and validating reliable embedded systems in aerospace and high-tech domains.
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