MicropythonJobs

I already have a fully routed EasyEDA project built around an ESP32 running MicroPython. The first prototypes work, but the rest of the circuitry is over-engineered. I now want a fresh set of eyes to review and streamline every component except the ESP32 itself. The targets are clear: trim the bill of materials for lower cost, cut idle and peak current for better power efficiency, and, wherever possible, boost overall performance while reducing wiring complexity. That means analyzing every resistor, capacitor, connector, regulator, sensor and support IC on the board, justifying each part’s value, and proposing smarter substitutes or eliminations. After the review, I’ll need an updated schematic, a clean BOM, and a revised PCB layout ready for manufacturing export (Gerb...

...features • Soil moisture detection with reliable, calibrated readings • Wi-Fi or BLE link from the probe to the cloud • Email alert generation (no SMS or push needed) • Mobile-only dashboard that shows current moisture %, historical trend, last alert time, and a slider to adjust the alert threshold I’m open to an ESP32, ESP8266, or similarly low-power MCU and prefer code in Arduino/C++ or MicroPython if that speeds things up. Low standby current, deep-sleep cycles, and a compact PCB (or even a neatly wired prototype) are important so the probe can run for weeks on a coin cell or Li-ion pack. Deliverables • Schematic, clean PCB layout, and complete BOM • Firmware with commented source, build instructions, and OTA update capability ...

...Write a MicroPython script that runs on the Yacht Devices Bridge and converts Xantrex Xanbus traffic to NMEA 2000 PGNs. • Focus only on inverter data and shore-power status; battery or charger information is outside this phase. • I’ll supply the exact PGN list I want broadcast, plus live traffic captures from my Xanbus network. • The code must compile and load using the Yacht Devices toolchain and respect its CAN frame-handling rules. What I expect at delivery 1. A well-commented .py file ready to flash onto the Bridge. 2. A brief README explaining setup, PGN mapping logic, and any limitations. 3. An estimate of hours spent so that I can compare total cost against the off-the-shelf Xantrex Gateway. If you’ve previously worked with NMEA 200...

...exposing real-time readings and set-point commands over a secure channel. What I have: • High-level hardware spec (Wi-Fi + BLE MCU, digital temperature sensor, relay/triac for HVAC control) • Basic UX flow for the companion apps What I need from you: 1. Refine the hardware BOM and confirm pinouts to keep the PCB single-layer where possible. 2. Write efficient, update-safe firmware (C/C++ or MicroPython are fine) that publishes sensor data and receives commands via MQTT or a comparable lightweight protocol. OTA updates are mandatory. 3. Deliver simple reference apps or React Native modules for iOS and Android that discover the device on the local network, display live temperature, and allow target-temperature adjustments. 4. Provide clear build/flash instructio...

To display images jpg o png on tft display using micropython

...fifty of them may be shown . I need a complete MicroPython solution that pulls each JPG straight from the card and pushes it to the display with no intermediate PC-side conversion. Core needs • Initialize the ILI9341 (ST7789) over SPI, handle 320×240 resolution, and work with both display sizes out of the box. • Mount the SD card, scan a folder, and stream-decode each JPG so the ESP32’s RAM footprint stays within limits. • Cycle through every file in the list inside an endless loop; I’ll decide the delay between frames in a simple variable (e.g., DELAY_MS). • Show each image full-screen without tearing, flicker, or partial redraw artefacts. • Provide clean, well-commented code plus a short README covering wiring, required M...

I’m building an interactive robot around a micro:bit and I need a mechanical / 3D design engineer...that suit FDM tolerances. Good DfAM practice is a must so the parts print without excessive supports on a standard 0.4 mm nozzle. Deliverables • Editable CAD source files (Fusion 360, SolidWorks or similar) • STL set ready for slicing, with TPU pieces separated • Exploded view and step-by-step assembly guide (PDF) • Simple wiring diagram showing all boards, servos, sensor and LEDs • MicroPython or MakeCode snippet that proves the motors and LEDs are addressed correctly If you enjoy designing functional, print-ready robots with clean internal layouts, I’d love to see your approach and a sample of previous work that shows similar integr...

I’d like a playful, interactive ca...extension board while keeping the micro:bit’s display visible through a small window. Deliverables • 3D CAD files (STL and source) ready for FDM printing; flexible parts called out separately for TPU • an exploded view or simple assembly guide showing where every board, servo, LED and sensor sits • a wiring diagram that matches the micro:bit extension board pin-out • short test code (MicroPython or MakeCode) proving the wiggle, rotation and LED reaction to the ultrasonic sensor I’ll print and assemble here, so clear tolerances and step-by-step photos or renderings will be the key to acceptance. Feel free to recommend tweaks for balance, servo placement or weight distribution—everything has to ...

I’m building a smart irrigation setup that links a Raspberry Pi edge server with several ESP32 nodes in the field. Each ESP32 gathers data from soil-moisture probes, compact weather boards (temperature, humidity, barometric pressure), and inline flow meters, then reports everything wirelessly to the Pi for processing. Here’s what I need from you: • Python (Raspberry Pi) and MicroPython/C++ (ESP32) code that ingests the raw sensor streams, pushes them through an on-device model, and decides—within seconds—whether to start or stop the main pump and which solenoid valves to open. • An ML pipeline: training notebooks, a lightweight model (TensorFlow Lite or similar) and the inference wrapper that runs locally. The model must act on current soil-moist...

I’m building a smart irrigation setup that links a Raspberry Pi edge server with several ESP32 nodes in the field. Each ESP32 gathers data from soil-moisture probes, compact weather boards (temperature, humidity, barometric pressure), and inline flow meters, then reports everything wirelessly to the Pi for processing. Here’s what I need from you: • Python (Raspberry Pi) and MicroPython/C++ (ESP32) code that ingests the raw sensor streams, pushes them through an on-device model, and decides—within seconds—whether to start or stop the main pump and which solenoid valves to open. • An ML pipeline: training notebooks, a lightweight model (TensorFlow Lite or similar) and the inference wrapper that runs locally. The model must act on current soil-moist...

I have an ESP32 driving a 2.8-inch SPI ILI9341 TFT that contains an on-board SD slot. With the standard lcd and sdcard MicroPython drivers the display runs perfectly, but the SD card is invisible—both devices are competing on the same SPI bus and only the screen wins. What I need from you is a compact, clearly-commented MicroPython script (no touch support required) that: • Initialises the TFT and SD card on the ESP32, either by sharing one SPI instance with separate CS lines or by splitting them across VSPI/HSPI—whichever proves reliable. • Mounts the SD, lists a directory, and demonstrates a simple file read/write. • Updates the screen with any small graphic or text pulled from that SD file to prove both peripherals work concurrently. I...

...der beiden Schaltungen. • Mindestens drei scharfe Fotos der fertigen Verdrahtung aus unterschiedlichen Winkeln. • Eine kurze, anfängerfreundliche Erklärung, warum jede Komponente dort steckt, wo sie steckt – bitte im Video und zusätzlich als PDF/Text. • Eine Zuordnungstabelle, die jeden Pin des micro:bit den verwendeten Bauteilen zuweist. • Den vollständigen Programmcode (MakeCode oder MicroPython), downloadbar als Datei und im Video gezeigt. Hinweise • Du kannst jeden gängigen kleinen Lüfter- oder DC-Motor verwenden; falls eine Transistor- oder Treiberstufe nötig ist, zeig mir auch diese Verdrahtung. • Halte die Sprache einfach, damit Einsteiger sofort mitbauen können. • Das Kitronik ...

...Framer Motion Implemented accessible components with ARIA standards Managed application state using React Hooks and Context API Integrated dark/light mode theming Optimized rendering using and useCallback Tech Stack: React, TypeScript, Tailwind CSS, Framer Motion, Context API Smart Lock System (IoT Project) Developed RFID-based secure access system using Raspberry Pi Pico Implemented MicroPython logic for authentication and monitoring Integrated servo motor and keypad-based access control...

...anything you recommend that supports 802.11ac), and the necessary power management so it boots as soon as 5 V is present on the port. Firmware should expose a simple JSON or REST configuration endpoint (SSID, password, S3 bucket, access keys) and handle reconnection gracefully. Deliverables • Schematic, layout files (KiCad or Altium) and complete BOM • Compiled firmware + source (C/C++ or MicroPython acceptable) capable of:  – 44.1 kHz mono/stereo capture  – On-board MP3 encoding  – Secure upload to S3 via HTTPS PUT or presigned URL • Prototype guide: programming method, test steps, and 3-minute demo video showing live upload to S3 • Manufacturing notes for PCB assembly and enclosure fit Acceptance criteria 1....

...select lines (typical CD74HC4067-style behavior). Enable behavior: The MUX EN pin is wired to “-” (ground), meaning the multiplexer is permanently enabled (active-low enable held low). Channel scanning: All 16 channels (commonly referred to as C0–C15) must be scanned cyclically to form each complete 16-sensor frame. 5) Microcontroller and pin mapping (fixed) MCU: Raspberry Pi Pico W, running MicroPython. ADC input (fixed): GP28 / ADC2 is used as the single analog measurement input. MUX select pins (fixed wiring): S0 → Pico physical pin 4 → GP2 S1 → Pico physical pin 5 → GP3 S2 → Pico physical pin 6 → GP4 S3 → Pico physical pin 7 → GP5 These select lines must be driven to address channels consistently and repeata...

...need a tiny MicroPython program for an ESP32 that watches that line, converts the pulse to a safe logic-level signal, and drives a single standard LED. As soon as the pulse is detected the LED should begin blinking and must keep doing so until I press a momentary push-button wired to a free GPIO pin; on that press the LED turns off and the board returns to its idle, waiting state. No other behaviour is required. Please deliver: • MicroPython source (.py) with clear, inline comments • A minimal wiring diagram showing the ESP32 pins, opto-isolation or voltage divider you recommend for the 24 V pulse, the LED and the push-button • A short read-me so I can flash the code and test it in minutes Keep the solution as lean as possible—no external librari...

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I need a Python-savvy embedded engineer to create the core firmware for an industrial automation controller focused on process control. The microcontroller—Raspberry Pi running a minimal RTOS—already boots and exposes basic drivers; your job is to build the application layer in MicroPython (with small C modules if timing demands it). The code must read multiple sensors, execute PID loops, drive valves and relays, log key variables, and expose a simple text-based API so the supervising PLC can tweak setpoints on the fly. Timing is critical: the main control loop has to hold a deterministic 10 ms cycle without blocking other tasks. Safe startup/shutdown, EEPROM-backed parameter storage, and watchdog handling also form part of the brief. You’ll receive the board sche...

I need a Python-savvy embedded engineer to create the core firmware for an industrial automation controller focused on process control. The microcontroller—Raspberry Pi running a minimal RTOS—already boots and exposes basic drivers; your job is to build the application layer in MicroPython (with small C modules if timing demands it). The code must read multiple sensors, execute PID loops, drive valves and relays, log key variables, and expose a simple text-based API so the supervising PLC can tweak setpoints on the fly. Timing is critical: the main control loop has to hold a deterministic 10 ms cycle without blocking other tasks. Safe startup/shutdown, EEPROM-backed parameter storage, and watchdog handling also form part of the brief. You’ll receive the board sche...

I need an ESP32-based data logger to capture digital pulses and update Google Sheets with SD card logging. The logging should occur on change. Requirements: - ESP32 programming expertise - Experience with digital pulse capture - Google Sheets integration - SD card logging setup Ideal Skills: - Familiarity with IoT projects - Proficient in C/C++ or MicroPython Looking for a reliable and efficient solution.

...than fifty of them may be shown . I need a complete MicroPython solution that pulls each JPG straight from the card and pushes it to the display with no intermediate PC-side conversion. Core needs • Initialise the ILI9341 over SPI, handle 320×240 resolution, and work with both display sizes out of the box. • Mount the SD card, scan a folder, and stream-decode each JPG so the ESP32’s RAM footprint stays within limits. • Cycle through every file in the list inside an endless loop; I’ll decide the delay between frames in a simple variable (e.g., DELAY_MS). • Show each image full-screen without tearing, flicker, or partial redraw artefacts. • Provide clean, well-commented code plus a short README covering wiring, required Micro...

...automatic high/low alerts) on either a lightweight web dashboard or, if simpler, a mobile-friendly view. What I need from you—right now: 1. Clear pin-out wiring diagram for the ESP32-CAM and pH probe (with voltage-divider, calibration tips, and OTA-safe power budgeting). Like if on the right path. 2. Guidance on library choices (e.g. ESP32Cam, WiFiClient, AsyncWebServer on the Arduino side, or MicroPython + uasyncio + OpenCV-lite alternatives). 3. A minimal AI layer: whether that’s TinyML, a pre-trained regression model, or even a clever rules engine, I just need rapid, resource-friendly logic that flags abnormal pH swings and plots basic trends. 4. Fast deployment of a web or mobile dashboard—ideally Node-RED, Flask, or a React-ESP32 hybrid—showi...

I’m integrating an SSI absolute encoder with a Raspberry Pi Pico. Your role is to set up reliable communication from the pico to the SSI encoder. Later a communication to another device needs to be set up to transfer te position data. - I'd like to use visual studio code and micropython - The SSI encoder is connected to an ISL3177EIBZ transceiver to convert the pico signal to an SSI clock signal an convert data back to the pico - The SSI clock and data readback is a time-based signal, therefore a RP2040 is used. - The SSI absolute encoder uses a 17-bits communication which has to be read out every 1ms

I need MicroPython up and running on my Arduino Alvik board from a Windows laptop. The firmware is already sorted, so the focus is purely on installation—flashing the board, configuring any required drivers, setting up a Windows-friendly editor/REPL, and verifying everything with a quick test script. Experience with Arduino boards, MicroPython, and Windows tooling (esptool, Thonny, Mu, or similar) is essential.

...either case the detection latency must stay low enough for prompt alerts. Scope of work • Prepare or augment the dataset, handle scaling and any time-windowing that benefits the model. • Build, train, and evaluate both the autoencoder and the Isolation Forest, selecting whichever meets accuracy and footprint requirements. • Optimise the chosen model (e.g. quantisation, pruning) and port it to MicroPython/C++ for on-device use, or expose a simple REST/MQTT interface when cloud execution is necessary. • Provide commented code, a brief read-me explaining how to retrain with fresh data, and a demonstration—either serial console logs or a web dashboard—showing at least one true anomaly being detected. Acceptance test With the ESP32 running untethered,...

...Predefined blocks for: * Digital read/write * Analog read * PWM motor control (M1–M4) * Servo motor control * OLED text/image display * Ultrasonic distance read * Touch sensor read * IR sensor read * LDR sensor read * Joystick input read * Loops, conditionals, math, variables, functions 2. **Code Generation** * Convert blocks into **Python (MicroPython)** code. * Convert blocks into **C/C++ (Arduino or ESP-IDF)** code. * Generated code must include all required libraries, setup, and loop logic. * Output must be clean, beginner-friendly, and directly compilable. 3. **Compiler & Uploader** * Integrate compiler (PlatformIO or Arduino CLI recommended). * Upload firmware to ESP32 over CH340C USB-se...

...case the detection latency must stay low enough for prompt alerts. Scope of work • Prepare or augment the dataset, handle scaling and any time-windowing that benefits the model. • Build, train, and evaluate both the autoencoder and the Isolation Forest, selecting whichever meets accuracy and footprint requirements. • Optimise the chosen model (e.g. quantisation, pruning) and port it to MicroPython/C++ for on-device use, or expose a simple REST/MQTT interface when cloud execution is necessary. • Provide commented code, a brief read-me explaining how to retrain with fresh data, and a demonstration—either serial console logs or a web dashboard—showing at least one true anomaly being detected. Acceptance test With the ESP32 running untether...

...dynamic UPI QR is generated and shown on the attached display, the system listens for payment confirmation in real time, and once success is received the product instantly dispenses and the display updates. To keep things measurable, I’ll consider the job done when the following are delivered and demonstrably working on my hardware: • Clean, well-commented ESP32 firmware (Arduino, ESP-IDF, or MicroPython—your call) that requests a payment, generates the dynamic QR, polls/webhooks the PhonePe API for status, and toggles GPIO to release the product. • Simple test dashboard or serial output proving payment states (pending, success, failure) update live. • Any auxiliary server or cloud script required, with setup instructions. • Brief wiring ...

...to existing setup). Start/Stop Sensor: Non-invasive current sensor (e.g., ACS712 5A/30A) to detect motor power draw for running/stopped states. Power: Stable 5V supply (USB or industrial-grade adapter). Enclosure: IP65-rated box for dust/oil protection in factory environment. Wiring: Breadboard for prototype; optional PCB for final deployment. Software IoT Firmware: Language: Arduino C++ or MicroPython. Functionality: Read speed (pulses to RPM), detect start/stop via current threshold (>0.5A for running), timestamp events. Data Transmission: Send JSON via HTTP POST to our PHP endpoint (e.g., ) every 1–10 seconds for speed, instantly for start/stop. Fallback: Buffer data locally (e.g., SD card) if WiFi drops. PHP Integration: Existing Setup: PHP web app with

...WiFi connectivity to external app • Include basic error handling and fallback mechanisms • Testing & Delivery • Conduct functional testing and debugging • Ship the final working device to a UK address • Provide documentation for setup and usage Required Skills & Experience • Proven experience with ESP32, Arduino, or similar microcontroller platforms • Strong knowledge of embedded C/C++, MicroPython, or ESP-IDF • Familiarity with audio processing, WiFi protocols, and IoT firmware • Experience integrating microphone/speaker modules and LED indicators • Ability to build compact enclosures (3D printing or off-the-shelf casing) • Comfortable working with REST APIs and web portal integrations • Clear commu...

We're looking for a freelancer based in Hyderabad, India, for better coordination and faster testing of embedded hardware/software. Responsibilities: • Develop embedded code to control vending operations • Interface with sensors, motors, display screens, coin/token/UPI module • Enable real-time item ...for better coordination and faster testing of embedded hardware/software. Responsibilities: • Develop embedded code to control vending operations • Interface with sensors, motors, display screens, coin/token/UPI module • Enable real-time item selection and logging • Communicate with central dashboard (cloud/local API) Requirements: • Hands-on with Arduino, Raspberry Pi, or ESP32 • C/C++ or MicroPython programming • Past experie...

I need a PCB board designed for a consumer electronics radio product. The PCB will function as a control interface. Key ...heat from the board as much as possible To be smallest its able to be A high integrated storage (I.e. 128GB) A long battery-life internal battery for days of use yet as compact as possible Placed in a way that the whole hardware is as flat as possible. It can even be in a flat capsule shape Tailored for efficient processing of data Base specs: USB-C charging port Basic board with Arduino / MicroPython supported Support 2.4GHz Wi-Fi and BLE dual wireless communication A multi-core processor running at up to 240MHz or above 8MB or above PSRAM 8MB or above Flash Integrated high quality digital microphone To ensure you've read this propose with an estim...

...buttons, projectors Implement and optimize LED animations and real-time game responses Ensure system reliability and scalability Required Experience Direct, hands-on experience with interactive LED floor games (Super Grid, Mega Grid, Floor Is Lava, or similar) Strong knowledge of: Microcontroller platforms (Arduino Mega, STM32, ESP32, Raspberry Pi) Programming languages: C/C++, Python, MicroPython LED control libraries (FastLED, Adafruit NeoPixel, DMX, SPI protocols) Game logic development for custom hardware Integration with PC (Windows/Linux) via C#, Python, or JavaScript (Electron) User interface development (C#, Java, HTML5/JavaScript) Experience with custom communication protocols and hardware integration Ability to create or integrate graphical assets for the ga...

...Seleção de parâmetros (via interface simples) Dosagem automatizada de líquidos (3 a 5 canais) Mistura automática do conteúdo num recipiente final O design exterior pode ser básico; o foco é na robustez e confiabilidade da lógica de controlo e no funcionamento repetível. Escopo de Trabalho: Controle embarcado Plataforma: Arduino, ESP32 ou equivalente Programação em C/C++ ou MicroPython Acionamento de bombas peristálticas, válvulas ou motores DC/stepper Interface de utilizador: Display touchscreen simples (Nextion/TFT) ou painel com botões Seletores (sliders ou botões) para configuração de quantidade e canais Feedback visual de...

1. Descripción del Proyecto El proyecto consiste en el desarrollo de una infraestructura cloud en AWS para la recepción, procesamiento, almacenamiento y visualización de datos ambientales. - Integración con dispositivos ESP32 C3 SUPER MINI programados en MicroPython, ya configurados para enviar datos vía MQTT. - Implementación de una interfaz web para la visualización y análisis de datos provenientes de múltiples dispositivos. - Acceso administrativo mediante usuario y clave para visualización simultánea de múltiples dispositivos en pantalla, similar a un sistema de cámaras de seguridad. - Acceso de cliente mediante usuario y clave, además del código único del dispositivo ...

I am looking for a skilled freelancer to help me build a Bluetooth Multiplexer device. The device will allow a single Bluetooth audio source (e.g., TV, laptop, smartphone) to connect to multiple Bluetooth audio-receiving devices (e.g., he...smartphone) to connect to multiple Bluetooth audio-receiving devices (e.g., headphones, speakers) simultaneously. Requirements: Support for 4-5 simultaneous Bluetooth connections. Minimal latency and high audio quality. Efficient power management with USB-C charging support. User-friendly interface with an LCD display and physical buttons. Preferred Skills: Experience with Raspberry Pi Pico (MicroPython) and ESP32 modules. Knowledge of Bluetooth communication and audio signal processing. Please submit your proposals and share relevant e...

*** OVERVIEW *** - Ten US dollars per hour. - One hour per day (or per night). - You will help me design, code, and develop an IoT product using MicroPython running on an ESP32 microchip. - You do *not* need any experience with microcontrollers, electronics, electrical engineering, mechatronics, Arduino, PCB, circuit design, or Python. - If Freelancer.com prevents you from bidding on this project or if you want to avoid “spending” one of your Freelancer bids you can apply "passively” for this project by pasting "MicroPython_ESP32_11_September_2019" into your Freelancer profile. Please see the section below in this posting called *** APPLYING "PASSIVELY" *** for more information. *** LOCATION *** You must live the Western Balkans in ...

*** OVERVIEW *** - Ten US dollars per hour. - One hour per day (or per night). - You will help me design, code, and develop an IoT product using MicroPython running on an ESP32 microchip. - You do *not* need any experience with microcontrollers, electronics, electrical engineering, mechatronics, Arduino, PCB, circuit design, or Python. - If Freelancer.com prevents you from bidding on this project or if you want to avoid “spending” one of your Freelancer bids you can apply "passively” for this project by pasting "MicroPython_ESP32_11_September_2019" into your Freelancer profile. Please see the section below in this posting called *** APPLYING "PASSIVELY" *** for more information. *** LOCATION *** You must live the Weste...

*** OVERVIEW *** - Ten US dollars per hour. - One hour per day (or per night). - You will help me design, code, and develop an IoT product using MicroPython running on an ESP32 microchip. - You do *not* need any experience with microcontrollers, electronics, electrical engineering, mechatronics, Arduino, PCB, circuit design, or Python. - If Freelancer.com prevents you from bidding on this project or if you want to avoid “spending” one of your Freelancer bids you can apply "passively” for this project by pasting "MicroPython_ESP32_11_September_2019" into your Freelancer profile. Please see the section below in this posting called *** APPLYING "PASSIVELY" *** for more information. *** LOCATION *** You must live the Weste...

*** OVERVIEW *** - Ten US dollars per hour. - One hour per day (or per night). - You will help me design, code, and develop an IoT product using MicroPython running on an ESP32 microchip. - You do *not* need any experience with microcontrollers, electronics, electrical engineering, mechatronics, Arduino, PCB, circuit design, or Python. - If Freelancer.com prevents you from bidding on this project or if you want to avoid “spending” one of your Freelancer bids you can apply "passively” for this project by pasting "MicroPython_ESP32_11_September_2019" into your Freelancer profile. Please see the section below in this posting called *** APPLYING "PASSIVELY" *** for more information. *** LOCATION *** You must live the Weste...

*** OVERVIEW *** - Ten US dollars per hour. - One hour per day (or per night). - You will help me design, code, and develop an IoT product using MicroPython running on an ESP32 microchip. - You do *not* need any experience with microcontrollers, electronics, electrical engineering, mechatronics, Arduino, PCB, circuit design, or Python. - If Freelancer.com prevents you from bidding on this project or if you want to avoid “spending” one of your Freelancer bids you can apply "passively” for this project by pasting "MicroPython_ESP32_11_September_2019" into your Freelancer profile. Please see the section below in this posting called *** APPLYING "PASSIVELY" *** for more information. *** LOCATION *** You must live the Weste...

...expert in MicroPython and Raspberry PICO development. The project involves creating a new build of MicroPython, complete with drivers for specific components and wrap-around functions to enable access to and use of those functions. Key Components: - AD5144A Quad Channel,256-Position, I2C, Nonvolatile Digital Potentiometer - ST LPS33K Air Pressure and Temperature Sensor - ST Proximity and ambient light sensing (ALS) module Your tasks will include: -Import the drivers into the Micropython Build -Create the new Build -Write the wrapper function in Micropython to enable access to the imported driver functions -Provide a test app in Micropython for each device to enable demonstration of the functions Ideal candidates should have: - Extensiv...

Hi, I have a ESP 32-S3-mini-1-8 user interface programming project in MicroPython that should work with with this screen : I want it to be done with the parallel port. The user interface should send pre-written commands to the DAC 8760 : Project Summary: The project is a ESP 32-S3-mini-n8 user interface programming project in MicroPython and FreeRTOS, that should work with a screen on the parallel port. The user interface should send pre-written commands to the DAC 8760 via SPI and read a voltage via I2S. The project has a PCBA part and a Firmware part. The major part is firmware development for UI and the PCBA part is just to test the UI. The Stimulation running page

...very important to me. The service includes, apart from writing the program, providing me with all the necessary information on how to edit it in the future. I am an electronics engineer and programmer, so this should not be a problem, but I want to make it clear from the start that I will expect this. I have independently created a working version of the controller using Raspberry Pi Pico in MicroPython. It works very well but lacks scalability. Hence, I decided to do this on ESP32. Thanks to this, I have many thoughts on how the final controller should work. Ideal Skills: - Proficient in ESP32 programming - Experience with WS2812 LED control - GUI development skills - Familiarity with motion sensor integration >>>>> ---------------------------<<<<...

I'm in need of a firmware specialist who is proficient in Python/MicroPython. The firmware will primarily support an Integrated Circuit (IC) Driver. Key Responsibilities: - Develop and implement firmware for a microcontroller Ideal Skills: - Expertise in firmware development for microcontrollers - Proficiency in Python and MicroPython - Previous experience with IC Driver firmware - Electronic engineering Please only apply if you have significant experience in these areas.

I'm seeking an experienced developer to assist in programming the Round RGB TTL TFT Display - 4" 720x720 - No Touchscreen - NV3052C, available at adafruit.com. The initial task will be to display a detailed, textured image of the moon. This will ser...programming the Round RGB TTL TFT Display - 4" 720x720 - No Touchscreen - NV3052C, available at adafruit.com. The initial task will be to display a detailed, textured image of the moon. This will serve as a screen dump to demonstrate familiarity with the display and board. Key Requirements: - High detail and textured moon image - Programming in Micropython - Potential for future features: text display and animation effects Ideal Skills: - Expertise in Micropython - Prior experience with RGB TFT displays - Abilit...

I'm seeking a seasoned developer to create a Google Blockly-enabled coding editor tailored for high ...project aims to facilitate AI-based learning through programming ESP32 boards. Key Features: - A user-friendly drag-and-drop block coding interface for beginners. - A comprehensive text-based Python coding section for advanced students. - Seamless MicroPython integration for programming ESP32 boards. This project is primarily an educational tool designed to engage high school students in the world of AI and coding. The ideal freelancer should have substantial experience in developing educational software, a deep understanding of Python and MicroPython, and knowledge of working with ESP32 boards. If you have a passion for education and programming, this could be a rewa...

I need a MicroPython program developed for a Waveshare RP2040 board. This program will be receiving text data from the serial port and transmitting it to a server using UDP. The board needs to use DHCP and self configure so it is plug and play. Key Requirements: - Receive text data from the serial port - Validate the text data - Send the validated data over UDP in plain text (no specific protocol or format required) - Utilize the Waveshare RP2040_ETH board - Program in MicroPython The ideal freelancer for this project should have: - Experience with MicroPython - Familiarity with the Waveshare RP2040 board - Skills in serial communication and UDP transmission - Ability to validate data and implement simple conditions for data handling

We are seeking an experienced programmer with expertise in Python and a strong understanding of various display boards (TFT, OLED, LCD). The project involves compiling the LVGL library in Micropython for an ESP32-S3 chip and creating a comprehensive guide with step-by-step instructions and screenshots for each type of display board. The ideal candidate should have a solid background in working with Python, specifically Micropython, and have hands-on experience with the ESP32-S3 chip and different display boards. This project is critical for our ongoing needs, and we are looking for detailed documentation and a thorough understanding of the compilation process to aid our team.

I'm looking to hire a skilled freelancer with experience in Arduino and Micropython for a project focused on automation and control. Key Aspects of the Project: - The primary function of this Arduino project will involve automating a control system. - The project will incorporate the use of an actuator, specifically a linear type. - Proficiency in integrating and programming with Actuators is essential for this project. Ideal Skills and Experience: - Extensive knowledge and experience working with Arduino and Micropython. - Previous experience dealing with automation and control projects. - Solid understanding and hands-on experience with linear actuators. Please provide examples of similar projects you've completed in your bid.