As a versatile engineer with a strong background in electronics and product design, I have extensive experience in creating high-complexity printed circuit board designs with a focus on design for manufacturability. I have served a wide range of industries and have developed initial concepts and prototype devices as well as producing products that go into full scale production manufacturing.I am skilled in using Altium Designer, and am certified as an IPC Designer Council PCB Designer (CID). I also have experience in mechanical CAD work, including sheet metal design, to supplement my electronics expertise. In addition to developing and testing prototypes, I have experience managing regulatory testing, product manufacturing and logistics, and troubleshooting and fixing failed devices and bad designs.I am able to offer a range of technical solutions, including system analysis and design, electronics and PCB design, firmware and software development, and prototype assembly and testing. I have experience working with a variety of data formats, including electronics design software and mechanical data from Solidworks and other standard CAD formats.I have designed a wide range of circuit boards, including industry standard 4- and 2-layer boards with surface mount and through-hole components, high-speed/high-density boards with length-matching and tuning, and flex and rigid-flex circuits with features on multiple work planes. I have also worked with products incorporating Bluetooth, BLE, WiFi, and serial interfaces such as SPI, I2C, LIN, RS-232, and RS-485.I have in-house equipment and tools, including an Othermill CNC PCB milling system, a SMD pick-and-place machine, a 3-axis CNC mill for enclosure/custom metal fabrication, multiple 3D printers, and a 4-channel 500 MHz DSO and 500 Msps logic analyzer. I am comfortable tackling challenging projects and welcome the opportunity to work with you to develop the technical solutions you need.Credit: openai/chatgpt

I build stuff. And I help other people build stuff. The stuff can be serious stuff. Or it can be fun stuff. It might be a unique or one-of-a-kind stuff, or it could be stuff for mass production in factories. If it's got electronics, cables, firmware, software, fasteners, components and assemblies, I'm your guy. If it runs on a SoC, MCU, CPU, or in a cloud of CPU's, I'm all ears.tl/dr:Co-founder, ToyBuilder Labs - provider of products and services for product prototyping and engineering.

Engineering and product design services for the electronics, medical, and IT industries.

Volunteer at Los Angeles Makerspace, a not-for-profit organization dedicated to bringing a family-friendly makerspace that promotes STEAM (science, technology, engineering, arts, and math) for children and adults through open projects and programmed activities.

Designed various circuit boards, primarily high-speed designs for image sensing applications. Circuit designs used high-density interconnects and FPGA's, with some designs up to 14 layers. Also provided some mechanical engineering design work, including the use of 3D modeling to validate system design approach before any actual construction of parts -- saving the client from potentially costly engineering conflicts that were previously not detected.

Responsible for the engineering of the central control hardware for the Cervel's rTMS treatment device. Designed and built hardware to interface the controller to the magnetic stimulator, cooling system, and the touch panel control. Created regression testing suite to validate product operation.

Engineered and produced electronics hardware and firmware. Managed testing and certification for UL/CSA, FCC, and CE emissions and safety approvals. Researched and developed a LCD-based 3D display for use in the professional/scientific market. Provided continuation engineering support for legacy products.

Database optimization and programming

Responsible for the host embedded system running linux on MIPS-based SoC. Performed the board-bringup of the embedded system (hardware checkout and writing initial boot-strapping code). Developed automation tools to simplify the manufacturing of the product at the factory. Performed validation and performance testing of the product.

Developed prototype electronics and embedded software for an optical network switching component. Designed and conducted tests to analyze the performance and reliability of the device.