Ship cleaner firmware with AI handling the tedious parts.
Get the Embedded Engineer briefIn 2026 AI is taking on the slow parts of embedded work like writing driver boilerplate, parsing dense datasheets, and translating register maps into usable code. It helps interpret logic analyzer traces, suggest causes for memory corruption, and generate test harnesses for peripherals. Engineers still own timing, hardware bring-up, and the judgment calls that AI cannot verify against a real board.
Paste these into Claude or ChatGPT and replace the bracketed parts with your own details.
Here is a register description from the [chip name] datasheet: [paste table]. Write a C struct with bitfields and named macros for each field, matching the address offsets exactly.My [MCU] resets randomly under load. Here is my stack setup and ISR code: [paste code]. List the most likely causes ranked by probability and how to confirm each one.Write a polling-based driver in C for the [peripheral, e.g. SPI] on [MCU]. Include init, read, and write functions, and add comments noting which datasheet section each register access comes from.Write a unit test using [framework, e.g. Unity] that mocks the [peripheral] registers and verifies my init function sets the correct values: [paste init code].Review this ISR and the variables it shares with main loop code: [paste code]. Flag any unprotected shared state, missing volatile qualifiers, or operations too long for an interrupt context.One AI tool, one prompt, and one trick for Embedded Engineers, every weekday morning. Free.