Hire the Best Kerberos Specialists

I help startups, product teams, and engineering companies turn embedded product ideas into working hardware, firmware, connected IoT systems, AI-enabled devices, and mobile/cloud platforms. I lead MHTechFusion, an embedded systems and IoT engineering team with hands-on experience in PCB design, firmware development, BLE, hardware bring-up, prototyping, wireless connectivity, AI/computer vision integration, LLM/RAG applications, mobile app integration, and end-to-end product development. We support clients from early concept and feasibility stage to schematic design, PCB layout, firmware development, testing, manufacturing files, and prototype validation. Core areas I can support: -Embedded Hardware & PCB Design: ESP32, STM32, nRF52, Raspberry Pi, sensor boards, wearable electronics, power circuits, communication interfaces, multilayer PCB design, Gerbers, BOM, Pick and Place files, and DFM support. -Firmware Development: C/C++, FreeRTOS, Zephyr, BLE, Wi-Fi, LoRa, CAN, OBD-II, UART, SPI, I2C, ADC, bootloaders, OTA updates, low-power firmware, and hardware bring-up. -IoT & Connected Products: Cloud dashboards, mobile app integration, device communication, MQTT, REST APIs, data logging, alerts, and remote monitoring systems. -AI, Computer Vision & LLM/RAG: Computer vision pipelines, AI-assisted inspection, object detection, OCR/ANPR-style systems, edge AI integration, LLM-based assistants, RAG systems, document intelligence, approval workflows, and AI-enabled dashboards. -Mobile & Web Applications: iOS and Android companion apps, Flutter/mobile app integration, device configuration apps, BLE/Wi-Fi device pairing, dashboards, admin panels, backend APIs, and cloud-connected product interfaces. -Testing & Prototyping: Prototype assembly coordination, lab testing, debugging, firmware flashing, signal validation, and product iteration. Recent project experience includes wearable electronics, smartwatch PCB and firmware, automotive CAN/OBD-II tools, LoRaWAN monitoring systems, industrial control boards, ESP32/STM32 firmware, custom PCBs, AI/computer vision systems, LLM/RAG platforms, iOS/Android apps, and cloud-connected IoT products. My working style is practical and milestone-based. I first understand the technical requirements, identify risks early, and then break the project into clear phases so the client knows exactly what will be delivered at each step. If you need reliable support for embedded systems, hardware, firmware, BLE, IoT, AI-enabled products, mobile apps, or cloud-connected product development, I would be happy to discuss your project.

PCB Designer and Embedded Hardware Engineer with hands-on experience with STM32, ESP32, SAMD21, and ATMEGA architectures and IoT product development, along with firmware development. I design PCBs in KiCad and Altium with full JLCPCB and PCBway production support. I will turn your ideas into a real, manufacturable product or a hobbyist project by providing professional-level PCB layouts, schematic designs, BOMs, pick-and-place files, and even enclosure STL or STEP files. Services I provide: PCB design for ESP32, STM32, ATMEGA, or any ARM-based architecture system Schematic design and multilayer PCB layout in Altium and KiCad IoT hardware design with sensors, power management, and connectivity Design for manufacturing and JLCPCB- and PCBway-ready Gerbers Hardware debugging and prototype improvement PCB review services Enclosure design in FUSION360 I focus on practical engineering, not just producing design files. My goal is to deliver PCBs that work reliably in real hardware, are easy to manufacture, and are optimized for cost, performance, and long-term reliability. Whether you're building an IoT device, embedded system, or custom electronic product, I can help take your idea from concept to a production-ready prototype efficiently.

About Me I am a professional PCB Designer with extensive Altium, Kicad and EasyEDA experience, delivering commercial and non-commercial hardware projects . I create reliable, production-ready, and cost-optimized multilayer PCB designs tailored to client requirements, while ensuring signal integrity, power integrity, controlled impedance, and EMI mitigation. All files are manufacturing-ready for JLCPCB and other PCB factories, including Gerbers, BOMs, and assembly files. I focus on providing efficient, high-quality solutions that meet both technical and budgetary requirements. 🔑My Key Services ✅ Complete Schematic Design based on client requirements ✅ Multilayer PCB Layout with industry best practices (EMI/EMC, impedance control, spacing rules) ✅ BOM Creation + Cost Optimization while keeping parts available and affordable ✅ PCB designs compatible with JLCPCB and other manufacturers, with BOM & CPL files ready for assembly. ✅ Prototyping Support and design review ✅ RF, Antenna, and High-Speed PCB design ✅ Designing a PCB from a problem statement (from concept → prototype → production) ✅ Support in placing PCB & PCBA orders on JLCPCB and other Manufactories Projects I Have Completed ✅ ESP32 and ESP8266 development boards ✅ STM32 custom boards (Blue Pill, Black Pill, Maple, custom designs) ✅ ATmega-based commercial products ✅ Buck/Boost power supply designs ✅ USB 2.0 / 3.0 hardware ✅ Motor drivers, relays, sensors, IoT controllers Applications & Special Expertise ✔ I2C, SPI, UART ✔ RF & Antenna tuning ✔ DC-DC converters (Buck/Boost/LDO design) ✔ Low-noise analog design ✔ Power integrity & thermal optimization Final Deliverables ☑ Source files (PCB + Schematic) ☑ Gerber files for manufacturing ☑ BOM (cost-optimized + alternatives) ☑ Pick & Place files ☑ PDF documentation

I design high density, ultra compact, high-speed, RF and power PCBs in Altium or KiCad, then assemble and bring them, test up in my own lab — so you get a board that's already been powered, probed and proven, with no three-week wait on a contract assembler in between. 6+ years designing production hardware. 50+ PCB designs, 300+ boards shipped. ✅ DESIGN Multilayer layout to 12 layers with controlled impedance and length matching. DDR4, USB 3.1, HDMI, PCIe. Power electronics to 50A with PDN and thermal analysis. RF and antenna integration for BLE, Wi-Fi, and LoRa. Precision analog and mixed-signal partitioning. Rigid-flex. Hierarchical, documented schematics your team can actually debug. ✅BUILD In-house SMT pick-and-place line for 1–100 unit runs. DFM audit against 100+ manufacturing rules before release. SMD Reworking and assembly facilities. BOM scrubbing for cost, lead time, and part lifecycle. ✅PROVE Bring-up and bench validation: every rail verified, critical signals probed, thermals mapped. 500 MHz 4-channel scope, 3.2 GHz spectrum analyzer, logic analyzer, thermal camera with a fully equipped lab. 🎯You receive source files, a full manufacturing pack, and a bring-up guide your firmware team can work from on day one. 🎯Also: EMI/EMC troubleshooting on boards that failed testing, and reverse engineering of obsolete designs onto current parts. 🔧Tools: Altium Designer (primary), KiCad, EasyEDA, LTspice, SolidWorks, Onshape. 🤝Good fit if you're a startup that needs working hardware rather than a folder of Gerbers, you have a high-complexity design that punishes sloppy layout, or you have a board failing EMC and need it diagnosed properly. I keep a daily overlap window for clients in the US, UK, and Australia — send feedback at end of day, wake up to progress. Tell me about your board.

I am mechatronics engineer from Việt Nam with 7+ years of experience in designing PCBs. I am familiar with various CAD tools including tools preferred by Manufacturers. I am interested in doing this project with you. I have experience with Circuit Board designing and modification jobs. Handling circuits and PCB is my daily job. I would like to talk about this project in details please message in the inbox to discuss more. Expertise in: 1. KiCAD (main), Cr5000, EasyEDA, EAGLE, Altium, and other CAD tools. 2. PCB layout designing. 3. Design 3D model: Freecad, solidworks, CAD ... 4. Embedded device programming: Arduino, Avr, Esp8266, Esp32, Stm8,raspberry ... 5. Circuit Designing from Scratch. 6. Multilayer,Highspeed PCB design. 7. Python,labview software design

Do you care about the reliability, security, performance, testability, maintainability, and cost of your software/hardware solution? I know how to deliver what you care about with over 15 years of broad experience in software and compute hardware design, development, testing, debugging, and deployment. I get the job done right the first time so you can focus on your larger mission: 1. Reliability: I can help you triage the possible failure scenarios for your system. I can recommend migitations to reduce or eliminate the probability and severity of said failure scenarios. I use simple architectures and programming paradigms that avoid entire classes of bugs. I consider the failure scenarios for every line of code I write. 2. Security: This concern is like reliability, but with a random adversary leveled up to an intelligent, malicious one. I can help you triage potential adversaries and their motivations. I can define a watertight security architecture for your solution with minimal complexity. I avoid entire classes of security vulnerabilities with smart architectural decisions and secure-by-construction code. 3. Performance: Do you care about the latency of your system? Do you care about throughput? Maybe you have concerns about both? I focus my optimization effort on what counts. My hardware background gives me deep knowledge of performance, including multi-core/vector CPU hardware and GPU accelerators. I can optimize at all stack levels from algorithms to machine code to hardware pipelines. 4. Testability: I implement automated, generative tests that perform thousands of operations for the highest confidence in system deployment. To accelerate testing and debugging, I implement _debuggable_ software with a custom visualizer of key internal outputs. 5. Maintainability: I design modular architectures with well-defined interfaces to enable simple component upgrades. I deliver as-simple-as-possible, readable code and high-level documentation. I write self-explanatory code to avoid outdated code comments. 6. Cost: This concern includes development cost, hardware cost, and ongoing operating costs. I minimize development cost by avoiding unnecessary complexity. I build custom software around the lowest-cost compute hardware (CPU or GPU) needed for the job, resulting in hardware costs that are a fraction of the "cookie-cutter" solutions. I fix problems in the design and early testing phases where they are cheap to fix, before they become expensive problems impacting customers in deployment. Specialties: high-performance/embedded, neural networks, computer vision, computer networks, security, reliability Software Languages: SQL, Python, Javascript, Rust, C++, C, CUDA, OpenCL Machine Code: ARM Hardware Languages: SystemC, Verilog A typical consultation involves three steps: 1. Define the Problem: I will work with you to understand the problem space as well as solutions you have tried or are considering. I will respect your time by only asking key questions. 2. Design, Implement, and Test: This typically involves multiple iterations. I will provide updates/metrics/demos at each iteration to ensure that I am converging on a deployable solution. Real test cases from the live system will enable me to catch unforseen problems before deployment. 3. Deploy: I will work with your team to deploy the solution. I will address any deployment issues (typically minor) with additional upgrades.