Hire the Best Embedded Systems Engineers
in Argentina

Senior FPGA Architect specializing in Xilinx Zynq and UltraScale+ platforms, delivering production-grade hardware architectures and high-performance embedded systems. I design scalable FPGA solutions from system architecture through RTL implementation, timing closure, Linux integration, and field deployment. My focus is building reliable, optimized, and maintainable systems — not just functional prototypes. Core Skills: FPGA Architecture & RTL Design -Verilog / VHDL (clean, timing-accurate RTL) -AXI4, AXI-Stream, AXI-Lite system design -High-throughput data pipelines -Custom IP core development -Timing closure & performance optimization -CDC handling and constraint strategy Xilinx Platforms -Zynq-7000 SoC -Zynq UltraScale+ MPSoC -Vivado (IP Integrator, Block Design, Constraints) -Vitis / SDK workflows Embedded Linux Integration -PetaLinux build systems -Device Tree customization -Kernel configuration & driver integration -U-Boot customization -PS–PL communication optimization Vision Acceleration & High-Speed Systems -Real-time image processing pipelines -MIPI CSI camera integration -Hardware acceleration using AXI-Stream architectures -DMA-based high-bandwidth transfers -Edge vision system optimization What I Deliver: -Clean and modular FPGA architecture -Production-ready Vivado & PetaLinux projects -Fully documented RTL and system design -Resource-optimized and timing-closed designs -Clear milestones and professional communication I work with startups, research teams, and industrial companies that require high-performance FPGA systems with long-term maintainability. If you need a Xilinx-focused architect who understands hardware, Linux, and system-level integration, I’m ready to support your project perfectly as you want from architecture to deployment.

I help startups, product developers, and engineering teams turn electronic ideas into reliable prototypes and manufacturable designs. My work includes PCB design, firmware development, sensor integration, motor control, IoT devices, and hardware troubleshooting. My work is focused on helping clients reduce technical uncertainty, avoid costly design issues, and move forward with clear, well-structured development. I do not only design boards. I deliver complete systems with the technical depth and documentation needed to support real product development. 〰️〰️〰️〰️〰️〰️〰️〰️〰️My services include〰️〰️〰️〰️〰️〰️〰️〰️〰️〰️ ✅MVP and prototype development for concept validation ✅PCB design and hardware development ✅Embedded systems and firmware integration ✅IoT-enabled product development ✅Full product engineering, including DFM, DFT, EMC considerations, and technical documentation ✅Support for manufacturing preparation and product scaling 〰️〰️〰️〰️〰️〰️〰️〰️〰️Main Tools 〰️〰️〰️〰️〰️〰️〰️〰️〰️ ✅Altium Designer ✅Kicad ✅LT Spice ✅ISIS / ARES Proteus ✅MPLAB Ide ✅STMicroelectrics ecosystem. ✅Visual Studio Code ✅Cursor AI ✅Cloude AI ✅Codex AI 〰️〰️〰️〰️〰️〰️〰️〰️〰️Communication protocols and interfaces〰️〰️〰️〰️〰️〰️〰️〰️ ✅WiFi ✅BLE ✅LoRa ✅ZigBee ✅CAN ✅USB ✅Ethernet ✅HDMI ✅MIPI CSI In addition to technical development, I have experience leading multidisciplinary projects with a structured and collaborative approach. I use ClickUp and Agile workflows to keep communication clear, tasks organized, and development aligned with project goals. Typical deliverables include: ✅Schematics ✅PCB layout files ✅Gerber and BOM ✅Source code ✅Manufacturing and testing files ✅Technical documentation ✅Post-delivery support I have contributed to more than 50 hardware projects for clients in the US, EU, and LatAm, with a strong commitment to clear communication, reliable execution, and consistent technical quality. Best regards, Elio Fagundez EE Engineer / Hardware Develope Keywords: IoT Development, PCB Design, Embedded Systems, Firmware, Altium Designer, KiCad, LTSpice, Flexible ad rigid PCB, STM32, nRF52/nRF53, ESP32, RF, BLE, Wi-Fi, LTE, AC/DC, DC/DC, Battery, BMS, DFM, DFT, Prototyping, Manufacturing Support, Firmware Engineering, Technical Project Management

I am professional of electronics, focused on designs and medium and low scale production. With more than 25 years of experience i feel each new customer is a new friend, because we offer thrust, because i are on your side: My success is your success. Want to continue being your provider even after 20 years. Our knowledge of all product stages, allow to create projects with following specifications: 1. Low production cost 2. Easy to use 3. Good reliability 4. Long lifetime 5. Easy to manufacture 6. Space/size optimized Constant training allow to offer the best technology available for developments. Including complex design as GPS, WiFi, IOT and portable devices without deprecate simple things such audio amplifier. Skillset: 1. Idea to product on store knowledge 2. Schematic/Circuit design 3. PCB Design single/2/4/6 layers insertion/SMD 4. BOM according best relation of availability, volume, and required technologies 5. Best Production cost. 6. Pre built Case/ 3D / Plastic injection 7. Normalized design process 8. Technical document with used formulas, block components discarded an Services: 1. Free of cost consultation. 2. PCB Prototyping and components Procurement Support 3. Firmware in C, C++, assembler, Android, Perl, PHP 4. Production support if required 4. Project maintenance 5. Customer Satisfaction Techs: 1. Analog / digital / Microcontroled / SOC 2. Sensing: Temperature, humidity, pressure, speed, flow, geolocation, etc. 3. WiFi, Bluetooth, RS232, LIN, Lora, Ethernet, Xbee, Cloud 4. C, Perl, php, Arduino 5. Portable, autonomous, or AC powered. 6. Many techs more.

I am a seasoned Electrical Engineer with over a decade of expertise in firmware and hardware, and highly specific power electronics development. My state-of-the-art electronics lab is equipped with high end oscilloscopes, spectrum analyzer for EMC pre-compliance testing, signal generators, precision instrumentation, reflow ovens, rework tools and specific tools used for motor drive test and characterization. I specialize in embedded systems, C programming, and power electronics, having successfully delivered and deployed dozens of products. As a world-class KiCad user, my work has been featured on the official KiCad website. I excel in transforming ideas into hardware prototypes and have managed firmware development and production with assembly partners in China. My experience spans developing state-of-the-art field-oriented control drive units, military development programs, wireless ECG devices, and ultra-low-power energy harvesting sensors. As the lead hardware developer of the Axiom Motor Controller and founder of PALTA TECH S.A., EV Power Designs Inc, and Innobattery S.A., I bring innovative solutions to complex challenges. Awards and recognitions include the Top 10 MIT TR35 Innovators Award from Argentina and Uruguay, being the largest contributor to the VESC platform after Benjamin Vedder, a Hackaday Prize 2019 Finalist, and the Best Production Award with the Axiom Motor Controller. I also secured 1st prize in the 2020 PCBway PCB design contest. A Linux powerhouse is my daily driver, and I use KiCad for electronics design, FreeCAD for mechanical integration and FEA, Google Docs for collaborative documentation and Git for version control, ensuring cost-effective solutions without expensive licenses. Our lab favorites include Saleae, Rohde&Schwarz, PEM and Fluke tools.

While this profile represents me as your primary Lead Engineer and point of contact, partnering with me grants you direct access to an entire multidisciplinary engineering squad and a fully equipped industrial hardware laboratory. I don't just write firmware in isolation; I lead a cohesive team of Embedded Systems Engineers, PCB Layout Experts, and Industrial Designers. We specialize in transforming complex hardware concepts into manufacturing-ready, mission-critical IoT and embedded ecosystems. By hiring me, you are seamlessly extending your R&D department without the overhead of physical hardware logistics or capital expenditures (CAPEX). Our Differentiator: The "Lab-as-a-Service" Advantage Hardware development often bottlenecks at the physical testing stage. You won't need to ship expensive dev-kits internationally or worry about testing capabilities. My team operates natively from our own industrial-grade facilities, equipped with: -Precision oscilloscopes, logic analyzers, and programmable power supplies. -Advanced power profiling tools for ultra-low consumption IoT optimization. -Thermal stress testing stations, vacuum chambers, and infrared thermography. -In-house 3D printing and electromechanical rapid prototyping. Core Capabilities & Expertise: -Embedded Firmware: C/C++, RTOS, bare-metal development, and edge AI integration. -Microcontrollers & SoCs: Extensive experience with ESP32, ESP8266, ARM Cortex-M architectures, and custom ASICs. -IoT & Telecommunications: Wi-Fi, BLE, Cellular (LTE-M/NB-IoT), LoRaWAN, and custom RF protocols. -Hardware Engineering: Complex multilayer PCB design, signal integrity, and power electronics (up to high-density systems like 500W smart hubs). -Mechanical Integration: Enclosure design optimized for ergonomics and DFM (Design for Manufacturing). My Commitment to Your Project: -Strategic Alignment: I start by understanding your business goals, not just the technical spec sheet, to engineer the most robust and cost-effective solution. -End-to-End Execution: From initial schematic capture and firmware architecture to physical prototyping and DFM hand-off. -Institutional Reliability: Fluid, transparent B2B communication. If a technical challenge arises, you benefit from the collective brainstorming and problem-solving power of my entire architecture team.

I’m a Control Systems Engineer and Mechanical Engineer with hands-on experience in industrial robotics, PLC programming, and process automation, capable of taking a project from concept to a fully operational production system. I design and deliver end-to-end industrial automation systems — from mechanical design to robot programming and full system integration. My core expertise includes: • Industrial robot programming (KUKA, Universal Robots) • PLC, HMI, and SCADA development • Industrial networks (Modbus, Profinet, Ethernet/IP) • Vision systems for inspection and guidance • Mechanical design of automation equipment and end effectors What sets me apart is the ability to bridge mechanical design and control systems, ensuring that every solution is not only functional, but reliable, maintainable, and ready for real-world operation. I’ve worked on systems involving high-precision manipulation, vision-based inspection, and fully integrated automation cells, always focusing on robustness and performance in production environments.