I am a technology leader and entrepreneur with over a decade of experience bridging deep embedded software engineering and high-impact business execution. Currently, I serve as COO of a drone-powered cleaning company while running an AI solutions venture, combining strategic leadership with hands-on technical delivery. My expertise lies in building efficient operations and intelligent workflows from the ground up, leveraging my strong foundation in automotive embedded systems and AI-powered automation.
Throughout my career, I have successfully redesigned operations to reduce staffing requirements and improve efficiency by 20%. I founded an AI automation company delivering solutions that reduce operational time by 80% for clients. I specialize in designing custom AI workflows that cut manual workload by over 60%, embedding automation at the core of business operations.
I have led safety-critical embedded software projects across BMW, Volkswagen, and Mercedes-Benz programs under ISO 26262 / ASIL-D standards. My experience includes managing multi-stakeholder initiatives across Europe and the Middle East with full delivery ownership. I bring cross-functional leadership, entrepreneurial drive, and a systems-thinking mindset to every venture I lead.
My technical skills include advanced expertise in embedded C, embedded software, Python, VHDL, software architecture, and test automation. I am proficient in Agile methodologies, JIRA administration, and project management. I am passionate about delivering high-reliability software solutions with minimal latency, particularly in automotive and AI domains.
I am fluent in English, German, and French, and have worked extensively in multicultural environments. I am committed to continuous learning and innovation, driving impactful technology solutions that meet complex business needs.
Overseeing end-to-end operations for a drone-powered cleaning company, managing field teams, client delivery, and cross-functional business development. Redesigned operational workflows to reduce on-site staffing requirements, achieving a 20% efficiency gain. Led full website migration to WordPress with targeted SEO improvements, resulting in a 20% increase in visibility, alongside growth in backlinks and keyword rankings.
Led the full business lifecycle of an AI solutions company, from client acquisition and strategic growth to product delivery. Architected and deployed intelligent automation workflows leveraging a hands-on software engineering background, managing end-to-end Agile development cycles. Developed an AI-powered client management platform integrating WhatsApp, built on Node.js and Python, streamlining client interactions through conversational automation. Delivered solutions reducing operational time by 80% across client processes.
Developed software solutions for troubleshooting traps in a complex AUTOSAR and AGILE environment. Worked on STM 28nm ARM architecture chips aiming for minimal latency and high reliability. Automated unit and software testing using Python and debugger. Managed time and project delivery, created software design and module documentation, and collaborated across departments.
Developed software solutions to detect traps in Infineon tricore 40nm technology chips in an automotive environment with AUTOSAR, AGILE, and ISO26262 regulations. Developed NvM buffer algorithms and managed logs for trap detection.
Developed second generation eBooster software for Mercedes-Benz including basic software on Power PC, scheduler, RAM checker, interrupts, CAN protocol, clocks, CAN interfaces, and bootloader. Led software architecture and collaborated with hardware teams. Managed JIRA and GIT version control. Created Python tools linking code and software requirements. Communicated with stakeholders and performed system tests.
Contracted to develop safety-critical embedded software for hybrid electric vehicle control units across BMW and Volkswagen programs. Implemented C modules within AUTOSAR/ASIL-D/ISO 26262 environment. Delivered end-to-end Agile development, on-site system testing, and live bug resolution. Worked with English, French, and German stakeholders.
Consultant developing software for power supplies in VHDL used in proton acceleration research. Managed SPI DAC, ADC EEPROM, UART LCD, and UART to CAN communications. Performed hardware schematic analysis and unit, software, and system tests.
Implemented software modules for an electronic board with DSP and PIC processors. Integrated SD card, USB, and Android drivers. Troubleshot SPI protocol and improved assembly algorithm for noise filtering. Performed hardware tests and software troubleshooting.
Master of Engineering in Electrical and Electronics Engineering
ERASMUS exchange
Master of Engineering in Electrical and Electronics Engineering - Embedded Software
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