Problems in focus
Integrate sensors, compute, power and communication under constraints on latency, energy, bandwidth, environment and maintainability.
- Device interfaces↗
- Real-time behavior↗
- Power-aware operation↗
03
DISCIPLINE
Embedded Systems
Build the reliable sensing, compute and communication layer that allows physical systems to observe and respond.
STATUSOPEN INTRODUCTIONS
CONTEXTFIRMWARE / ELECTRONICS / EDGE COMPUTE
PRINCIPLEEVIDENCE-DRIVEN WORK
THE OPERATING IDEA
The edge is where software meets electrical reality.
FOCUS AREAS
01Firmware
02Sensor interfaces
03Edge compute
04Power systems
05Communications
06Diagnostics
Engineering standard
Embedded systems need explicit states, robust diagnostics and hardware-software boundaries that can be understood during integration and field failure.
- Observable state↗
- Defensive firmware↗
- Reproducible bring-up↗
Signals we value
Comfort with instruments, protocols and low-level debugging, paired with the discipline to document what a system is actually doing.
- Electrical fluency↗
- Methodical debugging↗
- Clear documentation↗