Embedded Systems Developer — Arduino & Raspberry Pi -- 2

@macroenergy

As someone who has extensive experience with the Arduino and Raspberry Pi platforms, GPS and other sensor modules, as well as wireless communications protocols like WiFi, I am equipped to undertake the task of devising, assembling, integrating and testing the entire hardware sensor suite for your FyreFite project. My understanding of motor controls, analog design, electronic systems, power electronics and the skills they entail — such as PCB design via Altium —empower me to conceptualize not just efficient circuitry but also safe and rugged hardware for your outdoor vehicle application. My familiarity with C-based programming languages like C++, Python and embedded C extents to platforms like ESP32, ESP8266, TI's DSPs (including TMS320) which makes me a competent firmware developer for your sensors-vehicle interface. In terms of on-the-job training and previous roles - I've successfully implemented motor controls in moving equipments including torque and speed adjusting sensors. On the technical side if things I have designed specially noiseless opamp based analogue circuits which is a crucial quality in this case given it operates during gameplay. Being a Sydney local makes me an ideal candidate who can not only try different design till product-review scenario but also a safe choice given that I am easily available for meeting from-time-to-time when required. I look forward to discussing how best we can develop FyreFite!

@amelectronics

I am a skilled and reliable Embedded Systems Engineer with over 6 years of hands-on experience in Arduino, ESP32/ESP8266, and microcontroller-based development. I specialize in designing efficient, stable, and scalable embedded solutions, turning ideas into fully functional hardware-software systems. I have a strong background in electronics, sensors, communication protocols (UART, I2C, SPI, MQTT, WiFi, BLE), and real-time embedded systems. My development approach focuses on clean, well-structured, and well-documented firmware, ensuring long-term reliability and easy maintenance. I also provide thorough testing, debugging, and performance optimization, including power efficiency improvements where required. I am a detail-oriented engineer with strong problem-solving skills and extensive experience in hardware debugging and firmware optimization. Beyond technical expertise, I value clear communication, meeting deadlines, and maintaining high client satisfaction. I work closely with clients to fully understand project requirements and deliver high-quality results. Pricing is flexible and can be discussed based on project scope and complexity. I am open to both short-term and long-term projects. Let’s work together to build a professional, reliable, and efficient embedded system for your needs.

@majeed219

As an experienced Embedded Systems Engineer adept in working with Arduino and Raspberry Pi, I am the ideal candidate for your FyreFite project. I have a proven track record in constructing complex microcontroller-based systems that can reliably transmit data across various sensors and platforms, making me uniquely qualified for this task. My knowledge of Arduino (Uno, Nano, etc.) and my experience with GPS modules (NEO-6M), compass/magnetometer modules (HMC5883L) and IMU/tilt sensors (MPU6050) will ensure seamless integration with your vehicle setup. Notably, my comfort with sensor wiring, soldering as well as my ability to build rugged enclosures for outdoor use will be invaluable to disassemble parts throughout the vehicles. Moreover, having worked alongside software developers before, I understand the importance of delivering to a defined format for the data output; a skill that I would bring to bear on the current project. Beyond technical skills, my passion for electronics stretches into Designed System Solutions-a key component in setting up complex projects like yours. I am based in Australia as well thus enabling me to provide on-site support during crucial stages of development.

@Amidst

Hey there! I’m Alok, A PCB, Circuit and Mechanical designer with a passion for turning ideas into rock-solid, high-performance circuit boards. even expert on Python, C, C++ With nearly a decade of experience, I’ve tackled everything from compact consumer gadgets to complex industrial systems—always with a focus on precision, efficiency, and reliability. # Schematic & Layout Design – Clean, optimized, and manufacturable. # Component Selection & Library Management – No surprises, just the right parts for the job. # Reverse Engineering – PCB cloning, replication, and improvements. # Gerber, BOM & CPL Generation – Ready for seamless production. # DFM & DFA Expertise – Because great design means smooth manufacturing. # Multi-Layer, Flex, & High-Density PCB Design – Whatever the project needs. If you need a PCB and Code that’s efficient, reliable, and built for real-world performance, let’s chat. I’d love to help bring your project to life!

@hamzazayyad

FyreFite is a brilliant concept — and the sensor package you've described is exactly my kind of build. One suggestion before we start: use the BNO055 for both compass and barrel elevation. One chip, one calibration routine, cleaner wiring. Saves you a module and a failure point across 10+ vehicles. I've shipped production firmware for NEO-6M GPS, BNO055, and Arduino/RPi serial pipelines many times. I'll deliver your exact output format — GPS:lat,lon|COMPASS:bearing|TILT:angle — tested and stable before your software developer touches it. The thumper trigger and door interlock are clean GPIO work. I'll add flyback protection and test both against live software signals. I build for real environments — vibration, dust, long cable runs. Every unit gets full wiring diagrams and replication docs, so your crew can build the remaining vehicles without calling me back. Available for the NSW north coast install and calibration. Happy to discuss sensor procurement status and your first prototype date. When's a good time to talk this week?

@yaroslavmark

Hi, your FyreFite project is an excellent match for my background in embedded systems, vehicle-mounted electronics, sensor fusion, and Raspberry Pi/Arduino integration. I have 10+ years of experience developing embedded hardware and firmware, including GPS tracking, IMU systems, GPIO control, telemetry, and rugged outdoor electronics for mobile platforms and industrial equipment. ✅ I will select and integrate suitable GPS, compass, and tilt sensors with attention to calibration stability, vibration resistance, cable lengths, and reliable operation in moving vehicle environments. ✅ I will develop the Arduino/Raspberry Pi interface firmware to deliver clean real-time data in your required format while handling filtering, sensor validation, and communication reliability. ✅ I will implement the compressed-air thumper and door-interlock circuitry, then provide wiring diagrams, calibration procedures, and replication documentation for deployment across multiple vehicles. ✅ What update rate and position accuracy are required for gameplay and targeting responsiveness? ✅ How is the turret mechanically coupled to the compass sensor, and what rotation range must be supported? ✅ Is there an existing vehicle power system available, and what voltage range should the electronics be designed to tolerate? Best, Yaroslav

@tetianam8

⭐⭐⭐⭐⭐ FyreFite is a great blend of embedded systems, vehicle integration, and real-time sensor fusion. The technical challenge isn't just reading GPS, compass, and tilt data—it's ensuring accurate, stable measurements in a moving vehicle with vibration, electrical noise, long cable runs, and changing magnetic conditions from the turret and chassis. I have experience with Arduino, Raspberry Pi, GPS, IMUs, vehicle-mounted electronics, and custom sensor integration. I can develop a robust hardware package that delivers clean data to your radar application while remaining easy to replicate across 10+ vehicles. I can help with: • Sensor selection (GPS, compass, inclinometer) • Arduino/RPi hardware integration • Long-cable sensor wiring and protection • Firmware development and calibration • Data output formatting (GPS:lat,lon|COMPASS:bearing|TILT:angle) • Compressed-air thumper control interface • Door safety interlock implementation • Wiring diagrams and deployment documentation A few questions: Is the turret rotation continuous (360°) or mechanically limited? What GPS update rate is required? Will the sensor controller communicate via USB serial or directly through GPIO/UART to the Raspberry Pi? I'd enjoy helping turn this into a rugged, field-ready system that performs reliably during live events.

@shadabkhan92

As a dedicated and experienced embedded systems developer, I believe I'm the ideal candidate for your FyreFite project. I've honed my Arduino and Raspberry Pi skills, which are essential for your hardware integration requirements. I have hands-on experience with GPS modules like the NEO-6M you need, the compass/magnetometer HMC5883L or even more advanced BNO055 models to suit your needs, and IMU/tilt sensors such as MPU6050 or BNO055. Not only am I comfortable with sensor wiring, soldering, and building rugged enclosures, but I also have a deep understanding of using hardware in challenging environments like vehicles and outdoor setups. Given that tenacity is key for deploying hardware in moving environments like tanks, I believe my familiarity with inclinometers or tilt sensors will prove efficient for this project. Furthermore, being an Australia-based freelancer familiar with the NSW area, I can assure you that my on-site availability will be reliable throughout the testing phase of the project. Moreover, my experience in implementing MQTT-connected sensor networks proves that I can handle data communication via USB serial or Raspberry Pi GPIO effectively. With me onboard, not only will you get a seamless integration of all sensor modules but also precise documentation is done

@mobiwebsolutions

✋ Hi There!!! ✋ THE PROJECT GOAL:- BUILD A RUGGED EMBEDDED SENSOR AND CONTROL SYSTEM FOR VEHICLE BASED LASER TAG TANK EXPERIENCE WITH REAL TIME DATA INTEGRATION I carefully read requirement for GPS, compass, tilt sensing, hardware triggering and Raspberry Pi browser integration with on-site deployment in NSW. I am best fit due to strong experience in embedded IoT systems and hardware software integration. 1 GPS, compass and tilt sensor integration using Arduino or Raspberry Pi GPIO 2 Firmware development with serial output format GPS:lat,lon|COMPASS:bearing|TILT:angle 3 Hardware control for compressed air thumper and door safety interlock system I provide UI design, database management, testing, and full source code delivery at completion along with wiring documentation and setup guide. I have 9+ years experience as full stack developer. I have completed similar IoT and vehicle telemetry systems with real time sensor fusion. Looking forward to chat with you for make a deal Best Regards Elisha Mariam!

@electronicsdone

Hi, The biggest risk in this project is not selecting the right sensors—it is ensuring stable, low-latency communication and reliable synchronization between distributed vehicle-mounted hardware and the Raspberry Pi system under real-world vibration, movement, and outdoor conditions. I have experience in embedded systems development, Arduino and Raspberry Pi integration, sensor integration and hardware-level design for mobile platforms. For this project, I would focus on: 1. Selecting and integrating reliable GPS, compass, and inclinometer sensors suitable for outdoor vehicle use and vibration environments 2. Designing robust wiring and communication architecture between distributed sensors and a central Arduino or Raspberry Pi controller 3. Designing for rugged deployment including cable routing, EMI/noise protection, and mechanical stability The goal is to build a reliable embedded sensor system with repeatable performance across multiple ruggedized units operating in an outdoor battlefield environment. A couple of questions: 1. Should the system prioritize fastest possible real-time updates or smoother filtered sensor stability? 2. Do you prefer Raspberry Pi or Arduino to act as the primary controller for sensor fusion and data output? If you message me, I can outline the most practical system architecture and deployment strategy for a scalable multi-vehicle embedded sensor network. Best regards, Prat PCB Must Innovations

@edi45

Hi, i am embedded system engineer with 11 years of experience. I can help you build electronic mounted device, i have a few experience in automotive industry and all the reliability that entails. I have some experience with most of the module, when i meant experience i have the module with me for testing, like GPS, IMU, raspberry pi and some other stuff. Let me know of you are interested or just want to chat to discuss it

@ZohaibRoy

⭐⭐⭐⭐⭐ Create Embedded Systems for Real-World Tank Battles in NSW ❇️ Hi My Friend, I hope you're doing well. I reviewed your project requirements and see you are looking for an embedded systems developer. You don't need to look any further; Zohaib is here to help you! My team has successfully completed over 50 similar projects in embedded systems. I will ensure that all physical sensors communicate effectively with the Raspberry Pi setup, providing reliable data for your tank battle experience. ➡️ Why Me? I have 5 years of experience in embedded systems development, focusing on sensor integration and firmware design. My skills cover Arduino programming, GPS modules, and sensor wiring. I also have a strong grip on Raspberry Pi applications and hardware setups, ensuring your project runs smoothly. ➡️ Let's have a quick chat to discuss your project in detail. I can also show you samples of my previous work. Looking forward to chatting with you! ➡️ Skills & Experience: ✅ Embedded Systems Development ✅ Arduino Programming ✅ Raspberry Pi Integration ✅ GPS Module Implementation ✅ Compass Sensor Setup ✅ Tilt Sensor Calibration ✅ Sensor Wiring & Soldering ✅ Firmware Development ✅ Data Communication ✅ System Testing ✅ Documentation Skills ✅ Vehicle Electronics Waiting for your response! Best Regards, Zohaib

@mayr81

Hello, How are you doing? I can help develop and integrate the complete sensor package for the FyreFite vehicles, including GPS tracking, turret bearing detection, barrel elevation sensing, safety interlocks, and software-triggered outputs. The solution will focus on reliable sensor communication between Arduino/Raspberry Pi and the browser-based radar application while ensuring accurate data transmission in the required format. The system will include sensor selection, wiring design, firmware development, calibration procedures, rugged vehicle-ready installation, and integration testing. Special attention will be given to stable operation in outdoor environments, long cable runs, real-time data updates, safety controls, and documentation so the design can be replicated efficiently across multiple vehicles. Thank you.

@ravikumarsingh1

Your project is a great fit for my background in Raspberry Pi, Arduino, GPS tracking, sensor integration, and real-world automation systems. I can help with: • GPS integration (NEO-6M, u-blox, or similar) • Compass/turret bearing sensing (BNO055/HMC5883L) • Barrel elevation sensing using IMU/inclinometer sensors • Arduino ↔ Raspberry Pi communication • GPIO and serial data interfaces • Door safety interlock implementation • Compressed-air thumper trigger control • Sensor calibration and noise filtering • Wiring diagrams and replication documentation Proposed architecture: • Arduino handles sensor acquisition • Raspberry Pi handles browser app integration • Serial output format: GPS,lon|COMPASS|TILT • Watchdog/recovery logic for reliable field operation I have experience with: • Raspberry Pi GPIO • Arduino Nano/Uno development • GPS and IMU sensors • Vehicle-mounted electronics • Real-time telemetry systems • Python and embedded C/C++ My focus is: • Rugged and maintainable hardware • Stable sensor readings in moving vehicles • Clean interfaces for software integration • Easy replication across multiple vehicles Deliverables: • Working sensor package • Firmware and source code • Wiring schematics • Calibration procedures • Installation documentation • Support during integration/testing

@ammark477

Projects like yours often stall because of miscommunication between hardware and software components. Getting the physical sensors to communicate reliably with the Raspberry Pi for your tank battle experience is crucial. My approach focuses on ensuring that each sensor, GPS, compass, and tilt, is correctly wired and integrated to send clean data to the browser app. I have solid experience working with Arduino and Raspberry Pi, as well as hands-on skills in soldering and building durable electronics for rugged environments. As a practical tip, it could be beneficial to test each sensor individually before final integration to identify any issues early on. This can save time down the line. The initial deliverable should be ready in about 30 days. What’s your deadline, when do you need this live?

@nabeeli18

We’ve worked on a project with a very similar scope, giving me strong insight into delivering quality results efficiently. I understand the importance of a clean user-friendly UI for high-end customers. I am ready to select appropriate sensor modules, wire all sensors, write firmware, interface with the software developer, and install the sensor package on the prototype vehicle at the NSW site. I'd love to chat about your project and walk away with a free consultation. Regards, Nabeel Ismail

@venplura

Hi there! Quick question: are you planning to use a single central Arduino/Pi to handle all vehicle sensors, or will each sensor have its own microcontroller module communicating back to the main system? Regardless, given my past experiences, this is definitely something that I feel confident delivering on. Kind Regards, Corné

@SonnyDube

I am a perfect fit for your project. Your need for a reliable sensor package that accurately delivers GPS, compass, and tilt data to a browser-based app aligns perfectly with my skills. I will ensure clean data integration and seamless actuator control for the thumper and safety interlock, enabling precise, real-time vehicle tracking and responsive feedback. While I am new to Freelancer, I have strong experience integrating Arduino and Raspberry Pi sensors for similar automotive and outdoor projects, delivering robust, calibrated systems. I offer a free consultation to define specs and provide the best technical approach for your rugged vehicle environment. I would love to chat more about your project! Regards, Sonny Dube

@youssefbahanni15

I can help build and integrate the hardware sensor package for your FyreFite project. With my experience in Arduino and Raspberry Pi, I can ensure the GPS, compass, and inclinometer sensors communicate reliably with the radar application. I have a strong background in embedded systems and software development, so I'll document the process clearly for you. Let’s discuss how I can contribute to this exciting project!