About

Engineering Philosophy

The Mission Behind AeroSystemsLab

AeroSystemsLab was born from a singular observation: the aerospace industry is at a turning point. As we move from traditional FPGA-based logic to complex, AI-driven architectures, the challenge of safety-critical certification has never been greater.

My work is dedicated to solving this equation designing hardware that is as intelligent as it is reliable, fully aligned with DO-254/ARP47xx/ECSS rigor and modularity.

    Our Approach​

    Engineering Certainty into High-Performance Intelligence. ​

    At AeroSystemsLab, my methodology is built on the belief that performance is irrelevant if it cannot be certified. We move beyond the ‘black box’ nature of traditional AI by implementing a hardware-first approach. By architecting custom ASIC and FPGA solutions specifically for the modular standards, we ensure that scalability is baked into the system from day one. This modularity allows for rapid evolution without compromising the structural integrity of the platform.


    The core of our process is the early alignment of cutting-edge innovation with DO-254 and VITA requirements. We focus on deterministic data-path design and advanced thermal management to solve the SWaP-C challenges of modern avionics. Our approach doesn’t just aim to make systems faster; it aims to make them flight-ready, resilient, and ready to power the next generation of autonomous and intelligent flight-mission computers.

    Strong Team

    A multi-hyphenate expert

    • AeroSystemsLab Eren ALTUN

    Eren ALTUN

    Technical Lead/Manager/Thinker

    How Can I Help You

    Innovation in aerospace doesn’t happen in a vacuum. I help partners and organizations navigate the transition toward AI-driven avionics by optimizing SWaP-C and ensuring rigorous compliance with industry standards. Let’s collaborate to solve your most complex hardware challenges and build the next generation of intelligent flight-mission computers