Neurosity is reimagining brain-computer interfaces and neuro-powered applications.

Chief Executive Officer; lead developer for all projects. To see a current and ongoing list of projects Push The World has accomplished see www.pushtheworldllc.comMy software, hardware and firmware is leveraged everyday around the world to drive neuroscience forward!Push The World became my full time job on 8/27/2015. I spend most of my time (+80%) as a systems engineer.I'm a full stack engineer in the sense that I can design electrical circuits, layout printed circuit boards, write firmware in C or any other language, do high speed Bluetooth or wifi low latency communications, create drivers to parse binary byte streams or subscribe to a ZMQ star pub/sub topology of interprocess communications, I can multi thread machine learning algorithms in python and deliver real time thought decoding on a low end MacBook air, I can design the Model-View-Controller in an Angular framework baked inside an electron application built on a continuous integration server.First hardware product is out now! The Wifi Shield is plug & play accessory for the OpenBCI EEG/EMG/EKG bio-sensor ecosystems. Designed the electronic circuit, laid out printed circuit board, wrote firmware, sourced parts, work with manufacturing facility, launched product, produced documentation. The entire project is open source, search on Google "OpenBCI Wifi" or checkout the product for sale at the OpenBCI shop.

Work on a team to build an ecosystem for NeuroTech in the greater Boston Area.Organize large scale meetups with talented speakers and interactive demos.Address hundreds of members directly, whether in person or email.Facilitate the successful execution of meetups, hack nights and other miscellaneous events.

Take from idea to reality.

Support the development of the first automated 737 MAX engine nacelle inlet using advance KUKA robotics. http://www.reuters.com/article/2015/02/11/us-boeing-plant-south-carolina-idUSKBN0LF2OU20150211File invention disclosure for advance hole measuring device.Spearheaded program that identified waiting time in a production cell and successfully implemented new flow to prevent a 2nd shift.Spearheaded new business for automation group using an analytical approach to identify the correct problems to solve; eliminating the classic problem of not solving the right problem.Consistently rewarded and recognized for hard work with cash rewards and incentives.

Elite group of intellects looking to specialize in the IT sector. Each participant rotates once a year for three years.Analyze Enterprise Demand Management System to find potential ares of cost reduction for the company. Created a quick reference guide for managers and employees to use for cost reduction strategies. Verify the data in a universal configuration management database using legacy resources. Required collaborating between nation wide teams, solving a problem never before attempted and learning how to use a MySQL database.IT Recruiter for Clemson University which required: traveling to the school several times a year to host informational Q&A sessions, represent Boeing IT at the semi-annual career fairs, assist and run structured interviews, and give recommendations for potential employment.

Responsibilities include attending a 3-hour class 3 days a week. Record attendance and handle all paperwork. Assist with lab activity set-up and clean-up as needed. Answer questions and evaluate completed in-class assignments for students. Hold a three hour evening help session once a week where I facilitate group learning, work one on one, but do not reveal solutions to students. Proctor exams for General Engineering courses. Teach students the fundamentals of coding in MATLAB.

Debugged custom embedded systems; read schematics and utilized complex tools to diagnose and repair problems;Led project to create a Windows Wizard written in C# that modularized hardware verification to eliminate human error in product testing, required writing +50 test procedures; Extensive experience testing Serial, Analog, and Digital I/O; Built custom loopbacks for prototype testing;Planned, wrote and carried out test plans on new boards;Used a microscope and solder gun to replace faulty PCB components. Create footprints for PCB components with Altium 10. Which includes researching data sheets for each component.Create parts with PDXpert; which includes but not limited to linking datasheets, sources, schematics and footprints together.Create database for of loop backs and test fixtures for product testing; each item in the database has a schematic pinout, picture, scanable/searchable barcode, and a physical location in the warehouse.