Hire the Best Embedded Systems Engineers in Tucson, AZ

I graduated from an accredited university with a bachelor's degree in electrical engineering with a GPA of 3.65. Since that point I now have over 10 years experience in various fields of engineering ranging from electric drives to security systems. My primary focus has been with embedded systems and PCB design. I have used numerous controllers in past designs however the most popular with my clients has been the arduino and various versions of it. Also the teensy has been a popular choice lately. I use Eagle Cad to design PCB's and can design up to four layers although two layers will suffice for most projects. I also have have experience with various IOT modules such as the laird bl652, esp8266, and the particle. If you have any questions please contact me.

Fifteen years professional experience developing firmware for embedded devices, as well as applications and services which interface with those devices. Solutions commonly employ embedded systems with microcontrollers, PLCs, or ARM-based computers. Tasks include interfacing with the user and coordinating the operation of various electromechanical devices. Control software, prototypes, and tools developed using a variety of programming languages such as: C, C++, C#, Python, and the IEC 61131-3 PLC languages. Application design and implementation for a variety of platforms including: Windows, GNU/Linux, OSX, iOS, and Android. Development performed on GNU/Linux, Windows, and OS X systems using both proprietary and open-source tools like GCC, Visual Studio, and TwinCAT. Technical documentation and version control.

I am a seasoned Electrical Design Engineer with over a decade of experience designing advanced electronics for aerospace, defense, and research applications. I specialize in creating cost-effective, high-reliability solutions for complex systems, including satellite sensor payloads, embedded processors, and mixed-signal circuits. My technical expertise spans PCB design, FPGA development (VHDL/Verilog), and embedded systems, with proficiency in tools such as Altium Designer, Xilinx Vivado, and MATLAB. I am adept at working with a wide range of protocols and interfaces, including SPI, I2C, UART, and SpaceWire, ensuring seamless integration of diverse system components. Having led and supported projects across all stages of the design lifecycle—from requirements capture and schematic design to testing and verification—I bring a comprehensive, results-driven approach to every project. Whether you need a detailed circuit design, expert advice on hardware architecture, or support for space-grade electronics, I am here to deliver exceptional results tailored to your project's needs. Let’s bring your ideas to life!

I am an RF design expert with a strong focus on delivering high-performance solutions for advanced RF applications. With in-depth experience in X-band, E-band, and 24GHz Radar systems. I specialize in optimizing signal integrity, minimizing interference, and delivering reliable high-speed RF design. My expertise includes working with industry-leading RF simulation tools like HFSS, AWR, CST Studio, and Maxwell, along with PCB design tools such as Altium, KiCad, and EasyEDA for high-speed, multi-layered designs. What I do: - RF Design & Simulation: Specializing in designing and simulating RF circuits for high-frequency applications, including X-band, E-band, and 24GHz Radar. I use HFSS, AWR, CST Studio, and Maxell to optimize circuit performance, maintain signal integrity, and ensure minimal interference. My expertise includes phased array antennas, directional antennas, and custom RF designs - FPGA Development & Integration: I design and implement custom RF solutions using Xilinx FPGA. From signal processing and data acquisition to real-time control, I develop FPGA-based systems for complex RF applications. My expertise includes high-speed interfaces such as PCIe, Gigabit Ethernet, and MIPI CSI/DSI, and I ensure seamless integration between FPGA and RF front-end components. -High-Speed PCB Design: I have significant experience designing 14-layer PCBs for high-speed RF applications, focusing on signal integrityu, impedance matching, and differential pair routing. Using Altium, Kicad, and EasyEDA, I deliver high-quality, manufacturable designs with attention to thermal dissipation, power distribution, and EMC compliance. -ARM Processor Development & Integration: I also have extensive experience integrating RK3588 and RK3568 Cortex ARM processors with RF systems. I design custom solutions that integrate ARM processors with RF systems. I design custom solutions that integrate ARM processors with RF circuits, handle signal processing, and ensure reliable communication between components. This is crucial for systems that need high-speed data acquisition and real-time signal processing. -System Integration: I design carrier boards for i.MX8, Jetson Nano/Orin, Raspberry Pi CM5, Orange Pi CM5, and more, integrating RF circuits for high-speed communication. Whether it's interfacing with sensors or implementing protocols like PCIe, MIPI, or Gigabit Ethernet, I handle the entire integration process to ensure seamless system operation. I want to enrich our lives by bringing new ideas to life with great clients who have a strong passion and sense of responsibility for their business.