◆
Real-time system architecture
The overall shape of a device's software: threading and concurrency models,
data-acquisition pipelines, timing budgets, buffering, and graceful behaviour under
load and failure. We've done this for precision test gear and the same principles
carry into industrial control and automation.
C++Real-timeEmbedded
⚡
Ultra-high-performance algorithms
Profiling, redesign and implementation of the hot path — cache-aware data
structures, SIMD, lock-free techniques and better algorithms — to hit latency and
throughput targets others can't reach.
AlgorithmsC++Vectorisation
△
Geometry & numerical methods
Computational geometry, coordinate transforms, interpolation, fitting and
signal processing — implemented carefully for both speed and numerical robustness.
GeometryMathPrecision
▤
Data analysis & pipelines
Turning raw measurement streams into trustworthy results: acquisition,
validation, transformation and visualisation, plus the Python tooling and automation
around it.
PythonData analysisTooling
⬡
Networking & distributed systems
Custom and standard protocols, device-to-device coordination, time
synchronisation, and resilient communication across unreliable links.
NetworkingDistributedProtocols
▢
User interfaces
Operator and engineering UIs that stay responsive while a system runs hard —
native desktop in Qt/QML, or web front-ends in HTML5 and modern JavaScript.
QtQMLHTML5