Matthew Kaiser

A continuation of the same role at Bosch following acquisition by Keenfinity. • PCB design using Siemens PADS and Xpedition for applications in motion detection, wireless communication, and other security devices with wireless speeds up to 10GHz. • Collaborate with the manufacturing team to produce high-yield and high-quantity PCB designs. • Work with teams both locally and globally to communicate project requirements and constraints. • Develop scripts for process automation using Microsoft VBA and VBS. • Maintain and manage ECAD Library in both PADS and Xpedition.

• PCB design using Siemens PADS and Xpedition for applications in motion detection, wireless communication, and other security devices with wireless speeds up to 10GHz. • Collaborate with the manufacturing team to produce high-yield and high-quantity PCB designs. • Work with teams both locally and globally to communicate project requirements and constraints. • Develop scripts for process automation using Microsoft VBA and VBS. • Maintain and manage ECAD Library in both PADS and Xpedition.

• Develop schematic, layout, and manufacture LED/Sensor PCB for Rubitection Inc. to be used in a medical device. • Develop schematic, layout, firmware, manufacture and test PCB with servo drivers, USB Type-C, I2C and GPIO for Tresca Inc. • Rework PCBs including reflow, 0201 soldering, and PCB trace modification for Qualcomm. • Design and manufacture solar light fixtures for consumer use. • Design and manufacture OBDII passthrough device with hardware-based voltage monitoring and alarm.

• Start-up team leadership. • Schematic and board layout in Autodesk Eagle. • CAN Bus, UART, PWM, DPI, SPI, I2C digital circuit design. • High efficiency power supply design. • Linux SoM bring-up and integration. • OBD-II, ISO15765-4 and CAN bus reverse engineering. • Embedded firmware development implementing ISO15765-4, CAN bus sniffing, custom UART protocol, and OEM vehicle integration on STM32 microcontroller. • Embedded graphics development on baremetal STM32 microcontroller utilizing OSPI XIP memory interface running at 60 frame per second. • Python GUI development using Kivy.

• RS-232, RS-485, I2C, UART, DPI, PWM digital circuit design and layout using Altium Designer. • Microphone preamplifiers, passive/active filters analog circuit design. • Isolated circuit design for medical applications. • Reverse engineering of digital and analog signals. • Firmware development in Assembly and C using Microchip PIC processors and STM32 microcontrollers. • Full product lifecycle including Design Input, design, UL, FCC, verification, manufacturing, testing, and customer support.

• Schematic and board layout using Mentor Graphics PADS. • FPGA PCIe routing and general board layout. • High-speed PCIe 3.0, QSPI, I2C digital circuit design. • High Power, high efficiency power supply design. • Board bring-up and testing. • Derating, DFMEA, and Electrical Verification Testing. • Low voltage uninterrupted power supply (UPS) design.

Lead in the development of designing and constructing a picnic bench equipped with a solar panel, USB charging ports, DC/AC power inverter and various sensors for data logging and environmental awareness outreach.

Lead the brainstorming, design and construction of a combat ready robot. Including 3D modeling, fabrication, wiring and prototyping.

Research in the advancement of robotic surgery to further improve the flow and efficiency of the operating environment by the development of new robotic technologies. Responsibilities include research in the area of surgical rooms, along with electronic prototyping, and development of embedded systems.

Diagnose, repair and maintain power tools, ranging from electrical to mechanical problems. Communicate with customers to help better understand problem and properly solve issues.