I am a full-stack robotics developer with algorithm expertise in sensor fusion, localization, perception, planning and controls. I bring research/github repositories to production and provide modular, scalable code for robotics solution. I am good at solving problems. I have worked on - - Sensor Fusion - IMUs, Monocular/Stereo Cameras, LIDARs - Real-time solutions for embedded devices (Jetson, Raspberry Pi)

I'm an Embedded Software Engineer with 4 years of hands-on experience developing firmware for ARM Cortex-M-based devices in IoT and telematics applications. I specialize in low-level driver development, real-time systems integration, and C/C++ application design for embedded platforms like STM32, MediaTek, and Airoha. My background includes working in fast-paced, R&D-driven environments where I’ve contributed to products deployed worldwide. From bootloader customization to implementing end-user features, I enjoy crafting reliable, maintainable code that ships in real products. I bring value by writing testable firmware, collaborating across QA and hardware teams, and understanding how software interacts with real-world hardware—always with stability, performance, and field reliability in mind. Key highlights: - Designed and implemented firmware features and enhancements across C driver layers and C++ application layers for next-gen GPS telematics devices, contributing to improved product competitiveness and customer satisfaction. - Created a hardware simulation application using C/C++ and Python that allowed QA to test GNSS/IMU functionality in-lab, reducing the need for time-consuming field testing. - Co-developed a .NET (C#) desktop tool for internal diagnostics and testing, streamlining workflows for QA and support teams. - Integrated device tree parsing and POSIX-wrapper support in FreeRTOS-based systems, enabling maintainability and extending Linux-like capabilities. - Followed TDD principles using CppUTest and CI pipelines, resulting in fewer bugs and faster release cycles. I'm currently based in Calgary, AB, and open to both remote and relocation opportunities. Let’s connect if you're looking for someone who understands embedded software down to the metal and takes pride in delivering clean, dependable code.

Goal-driven hard worker, responsible and 3 years+ experience in PCB design, analog and mixed signal design, High-speed design. Skilled in the Internet of Things (IoT), hardware concept prototyping, embedded systems, and robotics.

I'm a software and hardware development executive who has worked across a variety of industries as well as disciplines such as embedded software, native application development, operating systems, product development, electrical engineering and more. Because of the breadth of experience I bring a syncretic viewpoint to new projects that leads to innovative, intuitive, and cutting edge software. Whether it is designing a fully autonomous racing drone complete with soft real time Linux OS, microcontroller based firmware, or IoT manufacturing and provisioning systems hosted in Azure (complete with IoT Hub and IoT Central connectivity), I'm capable of just about everything with regards to modern embedded software needs. I even have extensive experience with React.js and all aspects of frontend development - I'm is a true full stack developer in the full sense of the word - from hardware all the way through OS, embedded applications, and finally modern, single page frontends. Languages: C, C++, C#, Python, JavaScript, Various assembly (x86, ARM, MIPS), Powershell, BASH, Tcl Platforms: Linux, AWS, Azure, STM32, AVR, Android, iOS, many more (just ask!)

Hello, you can call me Kos. I'am skilled electronics developer. More than 17 years in the industry. Able to provide full hardware development cycle: from idea to utilization instructions. Expertise: - microcontrollers (AVR, STM32) and digital integrated circuitry; - analog and power electronics; - communications (GSM/GPRS/CDMA/RFID/wired); - electromechanics and electrician. Work domain: - small control systems; - industrial automation devices; - automotive equipment; - building automation and security. Development services: - schematic circut diagram and PCB routing; - hardware assembly for testing and prototyping; - device reverse engineering; - firmware development. Tools: - Altium, KiCad, P-CAD, DipTrace; - AVR Studio, Atmel Studio, IAR, Keil; - Arduino and many hand-made boards.

A skilled Systems Architect having 20 years of experience in the Design and Development of, Aviation, Aerospace, Embedded, Simulators and Instrumentation systems. Have led teams of 15+ developers working in various environments, using different toolsets for CAD, CAM, Analysis and Design of Electromechanical. I have delivered over 100 different products and projects to various clients. Have more than 5 years and 100,000+ lines of hands-on coding experience using, C/C++, IoT, Embedded Systems, G-Codes and Real Time Systems, Extensive experience with PLCs, DCS and HMI Programming & Design, Data Acquisitions Systems, CVI (C for Virtual Instrumentation), LabVIEW, NI-DAQ Systems

I am an applied PhD (Berkeley EECS) scientist with 10+ year industry experience in solving robotics, signal processing, and embedded system problems. I have over 20 years experience working with electronics and embedded systems. I have built entire robotics systems from the ground up (e.g. a car-carrying AGV) as well as led software component development as part of a larger effort (e.g. developed next-gen Fitbit heart rate algorithm). Achieving a certain product or customer outcome requires a high-level systematic viewpoint- I can help break-down this outcome into achievable and straight-forward sub-goals. From there, whether the solution calls for a data-crunching python script or bare-metal C coding, I can bring whatever tools are needed and use them with mastery. We are now bringing world-class talent together to push technological progress at Think Circuits LLC, where I am CEO. Here are some problems I can solve for you: * New algorithm development- Set requirements, design, implement and validate. * Improving legacy algorithms - Determine weaknesses of an existing algorithm, determine high-value improvements, implement and regression testing to track gains. * Embedded circuits design - Design and fabricate special purpose electronics such as sensor data loggers or controllers. * Research- Pursue a research direction such as applying a research paper to a given problem, report on feasibility What skills are in my "wheelhouse" of tools? * Robotic localization and mapping (SLAM) : Graph-based and filter-based * Classic Estimation and control: Kalman filtering, full-state controllers/estimators, PID control * Signal processing : Frequency and time domain analysis, PCA, adaptive filtering and regression * Classic machine learning : SVM, Random forest, polynomial regression * Regression testing scripts and statistical analysis of performance * Fluent in C,C++, Python * Experience with Javascript, Typescript, Linux * Embedded circuit design What will working with me be like? For development or research work, I will first try to understand the problem you are trying to solve and determine whether it is within my area of expertise. If I am able to help, I will propose some directions or options. If possible, we can identify the interfaces which separate my work from the rest of the project and come up with requirements definitions on those interfaces. Then, I can be fairly self-sufficient to implement the outcome. Other times, the desired outcome is less clear and so a more "agile" approach can be taken with greater back-and-forth between us.

Embedded systems and industrial controls developer with hands-on experience across the full stack — from bare-metal firmware on STM32 microcontrollers to Linux systems, IoT connectivity, and desktop application development. I design and maintain mission-critical field hardware and software where reliability is non-negotiable. My work spans Raspberry Pi, ESP32, STM32, and Arduino platforms, integrating over SPI, UART, RS-232/RS-422, and satellite/cellular modems. I'm comfortable at every layer: PCB design, firmware, Linux system configuration, serial communication debugging, and the application software that ties it all together. I've shipped production hardware deployed in remote off-grid environments, diagnosed subtle hardware faults with an oscilloscope, and written the software that runs on top of it all. I also have experience modernizing legacy software — including a full .NET Framework to .NET 8 migration. I work well with messy, real-world systems — not just clean greenfield projects.

🚀 About Me I’m a multidisciplinary Engineer with 3+ years of hands-on experience across Embedded Systems, Robotics, IoT and Machine Learning , currently advancing my expertise as a graduate student at the University of Manitoba, Canada. From low-level firmware to cloud-powered AI pipelines, I bring end-to-end expertise to build intelligent, connected products that solve real-world challenges. 💡 What I Do 🛠 Embedded & IoT Firmware MCU programming in C/C++ for STM32, ESP32, Atmel & Nordic nRF series Real-time OS: FreeRTOS, Zephyr Wireless: Bluetooth Classic/BLE, BLE Mesh, Wi-Fi Mesh Embedded Linux & Yocto, GUI with Qt6, LVGL, OpenGL 🤖 Robotics & Automation UAVs & flight controllers (PixHawk, ArduPilot, Kakute H7) SLAM, sensor fusion, obstacle avoidance ROS integrations, computer vision with OpenCV, TensorRT 🧠 AI/ML & Computer Vision LLMs & RAG: GPT-4.x, Claude, LLaMA 3, LangChain, Pinecone Vision: object detection (YOLOv8, SAM), OCR, pose estimation Generative AI: Stable Diffusion, Runway Gen-2, AI video & speech synthesis ☁️ Cloud & DevOps Cloud platforms: AWS IoT, SageMaker, GCP Vertex AI, Azure ML Backend & APIs: Python (FastAPI, Flask), Node.js, GraphQL CI/CD & Containers: Docker, Kubernetes, GitHub Actions 🔧 Core Technologies C/C++ · Python · PyTorch · TensorFlow · Hugging Face · LangChain · OpenCV · ROS · Yocto · FreeRTOS · Zephyr · React · Next.js · AWS · GCP · Docker · Kubernetes · MQTT · BLE Mesh · SLAM 🎯 Why Work With Me? 🔍 End-to-End Ownership: From silicon-level firmware through AI model deployment and user-friendly interfaces. ⚡ Performance & Reliability: Real-time, resource-efficient code, plus scalable AI pipelines that stand up to production demands. 🤝 Collaborative Partner: Clear, frequent communication; agile iterations; dedicated to your goals and timelines. Ready to bridge hardware and intelligence? 📩 Let’s chat and create your next-generation embedded-AI solution!

I'm an Embedded Systems Engineer with 4+ years of experience helping companies turn ideas into working prototypes. I specialize in: - Firmware development in C/C++ on STM32, ESP32, nRF, and Raspberry Pi - PCB design and layout using KiCad and Altium Designer - IoT integration: RFID, LoRa, GSM, Wi-Fi, Bluetooth, MQTT - FPGA development in VHDL/Verilog - HMI/GUI design with TouchGFX, Qt, and LVGL - EMC compliance and RF validation - MVP|POC| PROTOTYPING Notable projects include anti-fraud RFID systems for national exams, GSM fraud detection deployed across examination centers, and 5 GigE camera synchronization for film digitization. I deliver clean code, well-documented designs, and clear communication throughout the project. Whether you need a quick prototype or a production-ready solution, I can help. Available for short and long-term projects. Let's discuss your needs.