Brian A. Email & Phone Number

West Chester, Pa, Us

United States

Hanover, Maryland

Designed, developed, and tested the hardware and software for tracking and communications equipment containing GNSS, cellular, satellite communication, sub-GHz radio, Bluetooth, USB, sensors, and more.Mobile Application Developer• Designed and developed multiple device configuration and telemetry monitoring Android applications for various product lines in Java using Android StudioFirmware Developer• Developed firmware for tracking and communications product line using various microcontrollers in C• Wrote drivers/parsers for all peripherals such as accelerometer, external flash, GPS• Implemented sub-GHz radio protocol to send and receive data between devicesElectrical Engineer• Conducted part selection, hardware debug, schematic design, PCB design verification testing and test development• Hardware design and test include digital communication protocols (UART, SPI, I2C), Li-Po chargers, microcontrollers, sensors, cellular modems, GNSS modules, satellite modems, Bluetooth modems, DC to DC regulators, power management controller, reverse polarity protection, over/under voltage protection, battery fuel gauge, RF transceivers, and moreWindows Application Developer• Developed a modular automated production test system for all tracking and communication devices which reduces human error and decreases per board production test time by 10x (Visual Studio C#)Miscellaneous Roles• Managed successful execution of large product order which included production build, test, packaging, and delivery• Wrote system and sub-GHz radio interface control documents, as well as, user manual and test report for tracking and communication product• Designed the system architecture, developed the work breakdown structure, and wrote the technical proposal for about a dozen tracking and communication systems/products

• Establish foundation software tools in support of Virtual Breadboarding• Developed process and training methods for importing Simulink models into CANoe• Leveraged test cases/vectors to support model/system testing and validation• Developed MATLAB scripts to auto-generate CANoe interface blocks for exporting a Simulink model• Developed a fundamental CAN communication competency• Established tasks and monitored project progress using Microsoft Project

• Optimized the electrical test process for current and next generation GM Battery Manufacturing • Reduced cost and overall manufacturing charge cycle time (13.5 min to 7.5 min)• Leveraged previous production data to establish next generation battery validation limits• Developed Excel VBA macros for data analysis of battery electrical tests• Established documentation for battery electrical testing process

Master Of Science, Computer Science

Bachelor Of Science, Electrical Engineering

Activities and Societies: Autonomous Underwater Vehicle Team and Human Powered Submarine Team

Education record

Activities and Societies: National Honor Society, Tennis Team, Rebel, and Interact