Develop flight software that controls sensors, robotics, and communication on a satellite once it has been launched into space.

► Developed programs to run in Embedded Linux environment on boards with multiple processors (ARM9 & DSP) and have both processors work together to complete a task► Designed software using Xilinx Vivado and SDK on the Zynq SoC platform to perform calculations in FPGA fabric, and controlling RF datastream using dual CortexA9 CPUs► Researched methods of offloading GPS tracking information from an FPGA to GPU to perform heavy calculations at low latency► Developed software and hardware to detect proximity using BLE(Bluetooth Low Energy) sensors, and inertial measurement data► Researched OSI cross layer networking optimization for sharing data between autonomous and manned aircraft► Researched machine learning applications on the embedded platform to have low power consumption and outperform GPU's at a small form factor (mostly in the realm of real-time object detection and tracking)

• Programmed interface and functionality of touch panels in C# to control A/V, solving the problems of inaccessibility of A/V controls and a lack of easy user interface, cutting training time across every department.• Developed the organization's website and delegated different tasks to contractors with the goal of finding a stable team that could permanently maintain the site with my direction.• Built a centralized server controlling fiber optic network distribution, VoIP phone service, video surveillance system, and local file-system server to make the organization's systems more stable and reduce downtime of vital operations• Wired, installed, and tuned professional grade amps, speakers, mixers, and post-processing processors• Developed Android/iOS application for ease of access to web services• Maintained facility wide networking and security infrastructure

Performed research based on high level synthesis using C/C++ to HDL for FPGAs. Specifically C++ to VHDL using Xilinx Vivado HLS 2014 for CPP->VHDL and Xilinx Vivado 2014 for implementing circuit design, schematic, timing and power analysis.Experimented with OpenCL to VHDL synthesis using Altera SDK for Open Computing Language. Performed experiments based on parallel processing performance and power consumption using:Single-core CPU, Multi-core CPU, GPU, and FPGA.

Freelanced online services including web design, logo design, advertisements, flash animations, 3D models, video effects, custom background music, database migration/setup, forum setup, web server setup, and setting up commerce systems.Also provided in person services such as custom built computers with liquid or phase change cooling options. In addition, I also setup large scale audio equipment and studio lights for events.