Responsible for the multi-model Global Aeronautics Distress and Safety System (GADSS) Interface control documentation, which includes satisfying individual model interface requirements and coordination with internal design groups to integrate the GADSS hardware.Coordinating the test development plan, responsible for schedule management with varies airplane program labs and creation of the test bench, break out boxes, and wire harness.Authored documents that define hardware interfaces, networking performance, and external system connections for new hardware on multiple aircraft programs.

Designed prototype flight deck applications with Simulink, C/C++, and VAP XT on an agile software/hardware flight deck development team.Acted as Simulink subject matter expert (SME) for local team. Developed the CAN interfacing software for the multi axis joystick hardware used in the prototype flight deck.

Developed a remote power system to support video equipment, charging systems, computer and server infrastructure for critical data capture during live events.

Lead evaluation and analysis of new C5I and Hotel Service power loads aboard the VIRGINA class Submarine.Analyzed and troubleshot power systems issues on VIRGINIA Class Submarines, included power distribution modeling for distributed source power system. Maintained and developed power system drawings and schematics including load analysis, voltage drop, and breaker coordination drawings. Developed several ship test procedures for testing electrical load compliance for a critical electrical requirement. Running the tests required significant preparation due to schedule constraints and required a specific electric plant set up. Coordination of several shipyard organizations were required to successfully perform the tests.Supported critical software validation of Power Conversion Modules via testing the hardware in various electric plant configurations.

Worked with the Hull, Mechanical and Electrical (HM&E) Systems group to provide engineering support and design of Electrical Hull Penetrators (EHP), outboard cables and external cableways.Explored and assessed emerging and potentially game-changing technologies for the purpose of promoting awareness, generating new ideas and concepts, and positioning Electric Boat as a principal source of innovative technology solutions.

- Autonomous team member: sensor fusion on a TI C2000 for 2013-2014 competition.- Electronics team lead for 2012-2013 competition.- Used Eagle software for PCB design.- Built and debugged H-bridge, main power bus, and other critical circuits for lunar robot. - Led terminal development and implementation of power electronics on UIUC Lunaboticsrobot

I worked on MPLA thermal testing and debugging and trouble shooting to determine root cause of module malfunction.I worked on circuit design for batter ripple filter for upgrades to current motor control units.

I am working under a PhD student in Dr. Timothy Bretl's Lab with BCI equipment to control a quad-copter with steady state visual evoked potentials.

Revised and updated schematic changes to locomotive electrical harness layouts using Zuken E3. Implement time saving producer to more efficiently updating files.

Experience in clean room procedures and safety.Created a solar cell of my own design.