Hire the Best Navigation System Design Specialists

I'm Gabriel, an electronics engineer and co-founder of Mateware, an electronics product development studio based in Argentina. I specialize in embedded systems and firmware, and I take products end-to-end — from the first idea to a manufacturing-ready device. As part of Mateware, I work alongside a multidisciplinary team of electronics engineers, embedded developers, and PCB and industrial designers. Together we cover the full product lifecycle, so clients build with a single technical partner instead of coordinating multiple vendors. We have our own hardware lab, which lets us prototype and validate quickly and reduce development risk. What we do at Mateware: Embedded firmware in C/C++ (bare-metal and RTOS — FreeRTOS, ESP-IDF, Zephyr) and embedded Linux PCB design, from simple boards to complex high-speed multilayer Power electronics and battery-powered devices IoT connectivity: Wi-Fi, Bluetooth/BLE, LoRa/LoRaWAN, cellular, Ethernet and custom RF protocols Custom sensors and precision instrumentation Industrial and mechanical design: enclosures, DFM, 3D printing and injection molding Complex reverse engineering and improvement of existing equipment Industrial IoT: real-time monitoring, dashboards, cloud and remote control (through MoTI, our own product) A few things we've built: A US-patented sports-tech wearable (smart LED training vests) engineered end-to-end, now entering production Train-detection and platform-door control electronics running every day on a city's light-rail public transit MoTI, our industrial monitoring and telemetry system — winner of a national Industry 4.0 startup award 90+ medical-grade IoT telemetry units deployed nationwide Background: I'm an Electronics Engineer (UTN) with 5+ years in embedded systems, and founder of The Mars Society Argentina. I value clear, honest communication with no time-zone or language barriers. If you have an idea that needs to become real hardware — or a product that needs an experienced engineering team behind it — let's talk.

I’m an Electrical & Electronics Engineer based in Istanbul. I work across industrial automation and product development, so I can help whether you need reliable control logic. PCB for a device, or a technical analysis/report. What I do best (and how I work): - PLC/HMI automation: Ladder logic, interlocks, alarms, timers/counters, start/stop logic, safe reset flows, and clean operator HMI screens. - PCB design (Altium): 2-layer and 4-layer+ boards, schematic design, component selection, layout with real manufacturing constraints, and clear fabrication outputs (Gerbers/BOM). - IoT & prototyping: Turning an idea into a working prototype—sensors + MCU + power + enclosure planning. I also use CAD tools to design enclosures around the PCB when needed. - MATLAB engineering support: circuit analysis, signal processing basics, simulations, and clear technical documentation. !!!! I’m setting a low introductory rate for my first Upwork contracts while I build reviews—my focus is clean documentation, fast communication, and reliable delivery. Help me build reviews please !!! I’m straightforward: I won’t pretend I know something I don’t. If your job needs research or learning, I’ll tell you upfront and give a clear plan. I care a lot about clean documentation, readable designs, and communication, so you can maintain the project after delivery. If you share your requirements (process description / IO list for PLC, or block diagram + constraints for hardware), I’ll respond with a clear plan, timeline, and what I need from you to start.

🚀 Turn your product idea into a clear, buildable prototype direction — before you spend time and money on the wrong approach. Many early-stage hardware products fail not because of bad ideas, but because key engineering decisions are made too late or based on incorrect assumptions. I help founders and product teams define the right path early:what to build, how to build it, what to test first, and what to avoid. 🧭 Start here (recommended) If your idea is still evolving or unclear, I recommend starting with a focused feasibility and validation phase. In this phase, we will: • clarify your product concept, constraints, and target use• identify key mechanical, electronic, and manufacturing risks• define a practical prototype direction• determine what needs to be validated before major investment This helps avoid unnecessary iterations and costly mistakes before moving into detailed design, tooling, or production. 🔧 What I do I support early-stage product development from idea to validated prototype: • concept clarification and constraint definition• mechanical architecture and functional-system direction• enclosures, small mechanical systems, and functional assemblies• feasibility and prototype-stage manufacturability evaluation• CAD development in Fusion 360• prototype strategy and iteration planning• supplier communication and manufacturing-feedback coordination• engineering decision support before major investment Rather than only delivering CAD, I help you understand the full path: idea → prototype → validation → next step ⚡ Accelerated exploration I use AI-assisted workflows and 3D tools to improve concept exploration, design communication, and workflow efficiency. AI is used mainly for repetitive supporting tasks. Professional engineering decisions are checked in CAD and validated through physical prototypes, supplier feedback, and real manufacturing constraints. 🏭 From digital to physical I operate a small 3D-printing farm, allowing fast development and testing of physical prototypes. I can support: • functional FDM prototype development• enclosure and mechanical validation• PCB fit and assembly checks• small-batch prototype builds• real-world testing and iteration• prototype refinement before supplier quoting or higher-volume production When appropriate, I combine proven off-the-shelf components with new design work to reduce development time, technical risk, and production cost. 📡 Connected-product prototypes I can also support proof-of-concept connected hardware development, including: • ESP32-based Bluetooth and Wi-Fi functionality• integration of different sensors• basic iOS companion-app prototypes• rapid testing of hardware and software interaction This is useful for validating a smart-product idea before investing in custom electronics, certification, cloud services, or a full engineering team. 🎯 What you actually get • a clear and practical product direction• early identification of risks and constraints• a structured path from idea to functional prototype• CAD and prototype files within the agreed scope• confidence in your next technical and manufacturing steps Not just design — but clarity on what should, and should not, be built. 🧠 Typical projects • consumer products and smart devices• connected-product proof-of-concepts• ESP32, sensor, Bluetooth, and Wi-Fi prototypes• enclosures and functional mechanical systems• hardware startup prototypes• proof-of-concept builds• early-stage product validation• small-batch 3D-printed products 📦 How I typically work Most projects begin with a focused validation phase before moving into full design. This ensures: • the right direction is defined early• risks are identified upfront• time and budget are used efficiently• prototype testing informs the next design stage For suitable projects, I can support the full early-stage development path: concept clarification, mechanical and connected-prototype design, functional testing, 3D-printed iterations, and small-batch prototype builds. Projects can begin with a paid feasibility phase and then move forward through clear fixed-price milestones, depending on the scope and validation results. 📩 Next step If you are exploring a new product idea and want to move forward with more clarity and fewer mistakes, please share: • your product idea and target user• sketches, reference images, or an existing prototype• what you need to validate first• target quantity and intended manufacturing process, if known• approximate budget and timeline I will help you identify the most practical next step.

Most freelancers on Upwork will send you a folder with design files and let you figure out how to build it. I don't work like that. I am a Senior Hardware Engineer with a dual background in Electronics and Mechanical Design. I run my own lab in Spain equipped for complex engineering projects, using mixed-signal oscilloscopes, JTAG debuggers, and SMD rework stations, not just basic soldering irons. I come from the Aerospace and Medical (IEC 60601) sectors. I use those strict standards to catch signal integrity issues or mechanical misalignments early, so you don't waste thousands on a bad manufacturing run. My goal is to ship you a working prototype. I don't just design the circuit; I design the enclosure for it at the same time. I assemble the high-density PCB, build the custom case, and put everything together on my bench. This means when you receive the prototype, you can simply turn it on and verify it works. How I work: 1. Physical results: I don't stop at the schematic. I source components, assemble the board, build the enclosure, and test the full assembly. 2. Integrated Design: I design the PCB (Altium/KiCad) and the Mechanical Enclosure (CAD) together. 3. Verification: I use my lab equipment to check thermal stability and electrical performance before I ship the prototype. My Expertise: 1. Electronics: High-Complexity PCB Design (HDI, Rigid-Flex), FPGAs (Xilinx), and Firmware (STM32/ESP32). 2. Mechanical: Enclosure Design, 3D Printing, Thermal Management. 3. Prototyping: I handle the entire build process in my lab and send you a unit ready to test. If you want a finished prototype and not just a zip file, let's talk.

I help startups, researchers, and businesses transform ideas into working hardware products. I specialize in complete hardware product development, from concept and PCB design to firmware development, testing, and deployment. Over the years, I have worked on embedded systems, industrial automation, AI-powered edge devices, RF systems, and IoT solutions using STM32, ESP32, NVIDIA Jetson, and various sensors and communication technologies. My goal is simple: To deliver reliable, production-ready solutions instead of just code. I can help you with: • Embedded Firmware Development (STM32, ESP32) • PCB Design and Hardware Development • Hardware Prototyping • Industrial Automation Systems • IoT Product Development • Sensor Integration • RF and SDR Development • AI Edge Deployment using NVIDIA Jetson • Computer Vision Systems • Testing and Validation • Debgging Existing Products • Documentation and Manufacturing Support Whether you need a proof-of-concept prototype or assistance bringing a product closer to manufacturing, I can support the entire development process. Let's discuss your idea and turn it into a working product.

Hi, I’m a Computer Engineer with a strong background in both Software Development and Hardware/Embedded Systems. I also have experience supporting university labs and working on real-world engineering projects. I can help you build systems from low-level hardware up to full-stack applications, ensuring everything works reliably and efficiently. 🔹 Hardware & Electrical Engineering Embedded systems development Microcontrollers: ESP32, Arduino, STM32, NRF52840 Circuit design, debugging, and troubleshooting Integration of sensors & actuators Power systems and hardware reliability 🔹 Robotics & Automation Robot control systems Motion control & system coordination Sensor fusion Automation and mechatronics systems 🔹 CAD & Mechanical Design CAD tools: SolidWorks, Fusion 360, AutoCAD Mechanical part design & 3D modeling Assembly design and prototyping Design for Manufacturing (DFM) 🔹 Professional Strengths Strong engineering mindset Detail-oriented and reliable Able to work independently Problem-solving focused Good English communication