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Avisenna Engineering
Software architecture and functional safety for complex, safety-critical systems — with R&D across automotive, avionics, and consumer electronics. I help teams apply agentic and context engineering to ship dependable, software-intensive systems faster.
I work across software and software quality for safety-critical and complex systems, with R&D experience spanning automotive, avionics, and consumer electronics. Today my work centers on helping teams apply agentic and context engineering — designing reliable AI-assisted systems and the context that drives them.
Qualifications
What I do
Three connected disciplines — architecting dependable software, the functional safety that certifies it, and the agentic tooling that accelerates both.
Architecting software and the quality that backs it — system and software design, verification and validation, and the processes that keep complex products dependable.
Functional safety for safety-critical, software-intensive systems across automotive and avionics — applying the safety lifecycle from concept through verification.
Designing agentic systems and the context that drives them — multi-agent workflows, knowledge and memory systems, and reliable AI-assisted engineering.
Selected work
A sample of what I've designed and shipped — from agentic AI tooling to safety-relevant embedded test automation.
A persistent knowledge and memory system for AI-assisted engineering — cross-project context, durable memory, and structured session handoffs. The same approach drives the MCP tools I build for AI-assisted test evaluation and bug/log analysis on a live embedded program.
Generic test frameworks for embedded, safety-relevant devices — from a camera system on MCU + Xilinx FPGA to embedded-Linux IoT. Robot Framework and Pytest, hardware-in-the-loop runs, integrated into CI/CD with AI-assisted failure analysis.
Software architecture for a safety-critical automotive multicore system — AUTOSAR 4.3 on Infineon Tricore, UML/SysML modelling, microcontroller- and system-level safety analysis, and basic-software integration.
Track record
25+ years building and verifying safety-critical, software-intensive systems across automotive, aerospace, semiconductor, medical, and consumer electronics — a selection.
Consumer Electronics / IoT
Test specification and automation for an embedded IoT system (Robot Framework, Python/Elixir, hardware-near integration tests), plus MCP-based AI tools for test evaluation and bug/log analysis. C/C++17 code reviews.
Electronics
Designed a reusable test framework for an MCU + Xilinx-FPGA camera system — Robot Framework and Pytest, FPGA tests with Matlab co-simulation, CI/CD pipelines (Jenkins/Groovy) and AI-assisted reporting.
Automotive
Software architecture for a safety-critical multicore system on Infineon Tricore — AUTOSAR 4.3, UML/SysML modelling, safety analysis at MCU and system level, and basic-software integration.
Robotics / Medical Devices
Architecture (UML/SysML) for a heterogeneous HW/SW system, re-implementation of a C codebase to C++11/14 on ARM and Xilinx Zynq, and a test strategy with on-/off-target tooling.
Electronics
End-to-end system architecture for an energy-efficient tracking device with Azure cloud connectivity — HW/SW interfaces (ARM, GPS/IMU, radio), circuit and PCB design (KiCad), and low-level drivers.
Telecommunications
Robust transmission and fault-tolerant coding, crosstalk and dynamic spectrum management, adaptive frequency hopping for Bluetooth, and indoor localisation with WLAN/Bluetooth/UWB.
How I can help
Engagements typically span one or more of these — from a focused review to building and operating a system end to end.
Architecture and design reviews, software quality strategy, and verification & validation for complex and embedded systems.
Functional safety for automotive and avionics software — safety lifecycle, ISO 26262 alignment, and safety-aware software architecture.
Designing agentic AI systems and context engineering for real engineering workflows — agents, knowledge systems, and automation that hold up in practice.
Have an architecture, functional-safety, or agentic-engineering problem worth solving? I'd like to hear about it.