I will optimize micropython code for speed memory and low power devices
pcb design, embedded system and firmware development
About this Gig
Make Your MicroPython Code Faster, Smaller & More Efficient
Is your MicroPython code running slowly, using too much RAM, consuming too much power, crashing, or struggling on a resource limited microcontroller?
Whether you're working with an ESP32, Raspberry Pi Pico, RP2040, ESP8266, or another MicroPython compatible microcontroller, I can analyze your existing code, identify performance bottlenecks, reduce unnecessary resource usage, and improve your firmware for real world embedded and IoT applications.
Services I Offer:
- MicroPython code optimization
- MicroPython performance optimization
- MicroPython speed optimization
- Memory optimization
- RAM usage reduction
- CPU usage optimization
- Low power MicroPython optimization
- Battery powered device optimization
- Firmware optimization
- Embedded code optimization
- ESP32 MicroPython optimization
- Raspberry Pi Pico optimization
- RP2040 code optimization
- ESP8266 MicroPython optimization
- Code profiling and performance analysis
- Slow code troubleshooting
- Memory leak investigation
- Garbage collection optimization
- Efficient data processing
- Efficient loops and algorithms
NOTE: CONTACT ME BEFORE PLACING ORDER
Other Electronics Engineering Services I Offer
FAQ
What MicroPython boards can you optimize?
I can work with platforms such as ESP32, ESP8266, Raspberry Pi Pico, Pico W, RP2040, and other MicroPython compatible microcontrollers.
Can you make my MicroPython code run faster?
Yes. I can identify slow functions, inefficient loops, unnecessary calculations, blocking operations, excessive I/O, and other bottlenecks and optimize them where practical.
Can you reduce MicroPython RAM usage?
Yes. I can analyze memory usage and optimize data structures, variables, buffers, object creation, imports, and other areas that may unnecessarily consume RAM.
Can you optimize code for battery-powered devices?
Yes. I can optimize MicroPython applications for lower power consumption by reviewing execution frequency, peripheral usage, communication activity, sleep modes, and other power related factors supported by your hardware.
Can you implement deep sleep?
Yes. Where supported by your microcontroller and project, I can implement and configure deep sleep, wake-up behavior, and low-power operating strategies.

