Spencer Fan Email & Phone Number

New York, Ny, Us

Bethesda, Md, Us

Bethesda, Md, Us

Spearheaded the development of a GUI interface in MATLAB for 7 tests, including phase and amp settling time, spurious, and power tests for RF module test cabinets to create extensive reports to be given to clients.Streamlined the testing process by directly interacting with test equipment such as power meters, real-time spectrum analyzers, and network analyzers through Ethernet Visa messaging protocols, automating testing and logging, thereby accelerating the process by 50%.Utilized MATLAB to create standardized templates that consolidated up to 15 documents with input parameters and output values, enabling a comparison tool to identify differences and system bugs.Designed and implemented 22 regression tests for the Aegis Mission Planner system across multiple baselines to effectively identify and report bugs.Obtained security clearance through Lockheed Martin.

Colorado Springs, Colorado, Us

Led a 9-person team in the research and development of an OpenVPX project, housing a fiber master oscillator for future systems, and created a presentation on VPX to enhance product diversification.Integrated an opamp design into a circuit, incorporating a BNC output to provide a current monitor, facilitating a better understanding of system and power currents.Implemented a control PCB system running on a Raspberry Pi interface, featuring a user-friendly touchable interface, resulting in successful demos with approximately 5 medical clinics and a potential investor.Installed a charge management board with a single-cell lithium battery, mounting an additional 14.8V lithium battery to the chassis, ensuring safe power and charging capabilities for up to 15 hours.

Philadelphia, Pa, Us

Developed 3 application interfaces in C# and UWP, enabling connectivity with devices through Bluetooth Low Energy (BLE) and evaluating functionality via a command-line interface.Created a button in C++ to test, interact, and control a system's mode and hardware (including built-in heaters and fans), resulting in an improved user experience.

Philadelphia, Pa, Us

Designed approximately 10 3-D models of the Smart Faucet beta design to test the functionality and structural aspects of around 20 faucet components.Modeled a PCB for the smart faucet, integrating LEDs and Hall-effect sensors to examine system compatibility, calculate system flow, and track water usage.Modeled a PCB for the smart faucet by procuring and integrating ~4 electrical components like Hall-effect sensors to examine system compatibility and calculate the system flow and track water usage.

Synchronized approximately 10 LED displays and triggers through the design, testing, and debugging of circuits, ensuring precise alignment of the laser by detecting triggers with photosensors.