I design and build high-reliability, performance-critical software for
embedded and space-grade systems.

My background spans C/C++, RTOS (RTEMS), Linux, and mission-critical system architectures,
with hands-on experience in space payload flight software, large-scale engineering platforms,
and AI/ML systems for scientific and industrial applications.

I enjoy working close to the hardware, understanding systems deeply,
and turning complex ideas into robust, verifiable software.

• 🛰 F´ RTEMS Port
  Porting RTEMS into NASA F´ (F Prime) for LEON/SPARC targets
  https://github.com/Aderiani/fprime-rtems

• 🎮 Sisyfos
  Philosophical browser-based game exploring persistence and failure
  https://aderiani.github.io/sisyfos/

• 🌍 WikiRoca
  Non-profit platform for collaborative root-cause analysis
  https://wikiroca.com/

• 📱 Sherkadeh
  Public Android application available on Google Play
  https://play.google.com/store/apps/details?id=com.adrianapp.sherkadeh

• Closing Gaps in the Digital Thread with the QIF Standard for Seamless Geometry Assurance
  Computer-Aided Design, 2025
  https://doi.org/10.1016/j.cad.2025.103860

• Evaluating Strategies to Achieve High Geometric Quality in Self-Adjusting Smart Assembly Lines
  Robotics and Computer-Integrated Manufacturing, 2021

• Enhancing Digital Twins Through Reinforcement Learning
  IEEE CASE, 2019

➡️ Full publication list: https://orcid.org/0000-0002-2720-9838