ESP32 Robotics Control Platform
IMU sensing, Bluetooth input, H-bridge PWM, encoder feedback, servo actuation and self-balancing PID control.
View public repository ↗01 / Problems this addresses
Embedded behavior becomes difficult to review when state transitions, interrupt timing, communications and hardware assumptions live in different places.
Unclear operating states, intermittent interfaces, control-loop changes that need hardware evidence, or a prototype that cannot be reproduced consistently.
02 / Technical capabilities
Implementation follows the system boundary: what the MCU owns, what the hardware guarantees and which behavior must be measured at the bench.
03 / Engagement workflow
Clarify hardware, timing and command ownership.
Trace states, interfaces and build assumptions.
Use controlled inputs and observable outputs.
Change the smallest useful part, then measure it.
Leave interfaces, tests and next steps clear.
04 / Representative evidence
IMU sensing, Bluetooth input, H-bridge PWM, encoder feedback, servo actuation and self-balancing PID control.
View public repository ↗F28069M command handling, state control, ePWM output, setpoint validation, timeout and fault-latched behavior.
View public repository ↗Dual-motor control, QEP feedback, SCI-to-CAN migration, real-time testing and validation evidence.
View public repository ↗These are public technical projects, not presented as completed client contracts.
05 / Deliverables
Deliverables depend on the project stage, available access and the evidence needed for the next decision.
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Describe the project, its current stage, the technical problem and what evidence already exists. Secure file exchange can follow the initial discussion.
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