Hire the Best Embedded Systems Engineers
in Georgia

I'm an embedded firmware developer with 10+ years of experience. Most of my work is STM32 and nRF52, FreeRTOS and bare-metal C, C++, communication protocols like UART, SPI, I2C, USB, Ethernet/LwIP and BLE. Also worked with mbedTLS for secure data transmission. One of my biggest projects was Baxi Ampera Plus — a mass-produced electric boiler sold in multiple countries. I worked on firmware and refactored a large legacy codebase: migrated from Keil to CMake/GCC, set up CI/CD builds, cut the graphics library by 4000+ lines. Other projects include a wireless sensor network for spacecraft transport containers (IEEE 802.15.4), sensor nodes for UAV systems (STM32L4), HVAC monitoring with BLE and TLS (mbedTLS), and USB-HS CDC on TI AM243x. I prefer CMake-based build systems and try to set it up on new projects when possible. Also familiar with Zephyr RTOS, though haven't used it in production yet. I also do PCB design — schematic capture, layout, Gerber export for JLCPCB (KiCad). Available for short and long-term contracts.

I help companies build latency-sensitive audio systems and performance-critical native applications for embedded, desktop, and mobile platforms. My core expertise is turning complex low-level requirements into reliable and scalable architectures and implementations. Project Highlights: 1. Roc Streaming — co-founded and maintain an open-source real-time audio streaming ecosystem. 2. ViveSound audio engine — co-founded ViveSound and implemented commercial engine for OS-level audio processing injection. 3. Internet audio streaming — built a streaming daemon for embedded Linux with guaranteed 40 ms Internet latency, forward error correction and packet loss concealment. 4. Airborne audio synchronization — built acoustic-signature-based synchronization, aligning network playback to over-the-air audio within 1-2 ms. 5. Distributed playback sync — built multi-receiver network playback synchronization with sub-millisecond precision over high-jitter Internet connection.

Most engineers on UpWork demand enormous salaries, yet they don’t provide you with the enormous results. I understand that it is not always easy to find someone who can do your job, and it is even harder to find someone who will do it for a reasonable price. That’s why you should consider hiring young, passionate developers like me. If you’re seeking help with the component selection or got an idea for a neat device – I can make it happen. I have already designed and programmed dozens of PCBs of different complexities – from purely analog, 4-layer, high voltage boards to various complex PCBs with neural network processing. Whether you just have an idea or an ongoing, big-scale project, you can expect me to quickly tune in and provide you with a reliable, compact, and easy to use solution for a modest price. I’ve got 4+ years of experience with: — Microcontroller programming (STM32, ESP32, Arduino) — IoT (Wi-Fi, BLE, LoRa, AWS) — Electrical engineering and simulation — Altium Designer — CAD Software (SolidWorks, AutoCAD) I may not be the most experienced developer on your team, but I will be the most dedicated one. Unlike others, I am willing to go that extra step and find an optimal solution for you, no matter how much effort it takes. So, if you want to hire a developer who cares about your project and does not dispose of your budget, send me a proposal, so we can start today. Regards, Artemii

ATEH.tech is a engineering team specializing in Embedded Systems, AI Vision, custom electronics, and Linux-based devices. We specialize in projects that require expertise across electronics, embedded Linux, cameras, and system integration. We help founders, startups, and engineering teams turn ideas into working products — from architecture and hardware design to embedded software, prototyping, and manufacturing support. Over the last 20 years, we have developed custom electronics, embedded systems, carrier boards, AI cameras, and industrial devices for a wide range of industries including computer vision, industrial automation, telecommunications, security, and IoT. Our expertise includes: • Embedded Systems Development • NVIDIA Jetson (Orin NX, AGX Orin, Orin Nano, Xavier NX, AGX Xavier) • Rockchip Platforms (RV1126, RV1109 and others) • Custom Carrier Boards • AI Vision Systems • Sony Image Sensor Integration • Embedded Linux & BSP Development • Device Drivers & Camera Drivers • High-Speed PCB Design • FPGA-Based Solutions • Prototype Development • Manufacturing Support We typically work with founders, CTOs, and engineering teams who need an exexperienced partner capable of handling both hardware and embedded software development. Whether you are building an AI camera, industrial controller, smart sensor, edge AI device, or a completely new embedded product, we can help you reduce technical risks and accelerate develpment. 💡 AI Vision Focus (Core Strength) We specialize in building AI-driven devices: • Smart cameras and embedded vision systems • Custom carrier boards for NVIDIA Jetson (Orin / Xavier) • Image sensor integration (Sony IMX series, ISP pipelines) • High-speed embedded systems (MIPI, PCIe, DDR, Ethernet) • IoT, RF and Wireless devices (Wi-Fi, Bluetooth, LTE, LoRA) This allows me to solve complex problems where hardware, software, and AI intersect. 💡 What We Actually Solve A big part of our work is preventing expensive problems before they happen: • Unstable designs caused by poor power integrity • EMI/EMC failures during certification • High-speed signal issues (MIPI, DDR, PCIe) • Thermal and power bottlenecks • Prototypes that fail when scaling to production Fixing these later is expensive — I design systems correctly from the start. 🔧 What We Deliver (End-to-End) • System architecture and feasibility analysis • Schematic design and high-speed PCB layout (HDI, multi-layer) • Embedded software (MCU firmware, Linux BSP, drivers) • AI & vision hardware development (Jetson, ISP, sensors) • Hardware debugging and root-cause analysis • Prototype bring-up, validation, and optimization • DFM / DFT and manufacturing handoff (BOM, Gerbers, assembly docs) • Certification support (EMC, CE/FCC pre-compliance) ⚙️ Core Expertise • AI Vision Systems (smart cameras, edge AI, video pipelines) • Custom Carrier Boards (Jetson Orin, Xavier, Rockchip, NXP) • High-Speed Design (DDR, PCIe, MIPI CSI/DSI, USB 3.x, Ethernet) • RF & Wireless (Wi-Fi, BLE, LTE, GNSS) • Power Electronics (DC/DC, battery systems, PoE) • FPGA & SoC-based systems 🧪 Prototyping & Lab We maintain a fully equipped engineering lab: • Oscilloscopes, logic analyzers, spectrum analysis • PCB prototyping, soldering, rework • CNC and 3D printing • In-house bring-up and validation This allows me to identify and fix issues early — before they reach production. 🧩 How We Work • Clear requirements and system-level thinking • Structured development with milestones • Regular updates and transparent communication • Focus on reliability, manufacturability, and cost efficiency No guesswork. No disappearing after the prototype. 📦 What You Get • Production-ready hardware — not just a prototype • Stable, predictable system behavior • Reduced risk of redesign and manufacturing issues • Faster time-to-market • Complete documentation for scaling production 🏁 Let’s Build Something Serious If you're building a complex AI device, smart camera, or embedded system — or fixing hardware that doesn’t behave in production — We can help. Send me a message with your idea or current challenges — I’ll respond with the right questions and a clear next step.

I am a hardware engineer with 10+ years of experience designing and bringing up complex embedded systems from technical specification and architecture to PCB design, validation, and production support. What I do: Design microcontroller- and microprocessor-based hardware for industrial, IoT, automotive-adjacent, and communication devices Own the full hardware cycle: component selection, schematics, PCB, bring-up, validation Work closely with embedded software teams on hardware–software integration Hardware & PCB Multilayer PCB design (up to 12 layers, controlled impedance, mixed-signal up to ~1 GHz) High-speed interfaces: USB 2.0 / 3.2, PCIe, Ethernet, SATA, HDMI, LPDDR4 DDR4 signal integrity modeling and timing analysis using Cadence Sigrity Power electronics: DC/DC, LDOs, power sequencing, thermal considerations EMC pre-compliance and debugging (including BCI testing) Embedded & Systems Platforms: STM32, ESP32, AVR, i.MX6, Raspberry Pi Firmware support: C, HAL, FreeRTOS, board bring-up, low-level debugging Embedded Linux systems and gateway-class devices Interfaces: SPI, I2C, UART, USB, SDIO, RS-232/485, Ethernet, PCIe Advanced & Domain Experience FPGA-assisted systems and hardware accelerator applications Automotive-grade hardware validation, DFMEA / FTA / FMEDA (Medini) Medical-related electronics (PPG, ECG, EMG) Industrial automation, IoT, telecom-related projects Tools & Bring-up Altium Designer, OrCAD / Allegro, SolidWorks, Git Professional lab equipment: oscilloscope, logic analyzer, signal generator Prototype assembly, rework, and debugging If you need an engineer who can design hardware, bring it up, debug real problems, and deliver a working prototype - I can help.

I am an Electronics Engineer with experience in Hardware Design. • FPGA design using Verilog • Embedded Firmware Design • PCB Design • Reverse Engineering