Electrical Design EngineerActed as Lead Responsible Engineer and developed modifications as part of design team to eliminate longstanding plant issues and increase equipment reliability Designed system to replace mechanical valve positioners with digital positioner units which increased equipment reliability and reduced need for component maintenance. Developed modification to provide a means of indication as to the contact state of important trip relays for the main turbine, eliminating a significant startup risk for the plant. Developed modification which installed level transmitters on the lube oil bearings of several large motors onsite which provided real time level indication in the main control room.Developed testing and performance criteria for equipment installed in plantExperience performing fire induced failure circuit analysis on component control circuitryExtensive troubleshooting experience on various emergent plant issuesSite Safe Shutdown Engineer and Cable Aging Management Program owner

Oversee sophomore laboratory experiments, provide guidance when needed and explain lab procedures.

• Lead a project to create a safe and efficient means to discharge a high voltage ultracapacitor module• Designed circuit board to mount all circuitry on, programmed a microcontroller using C language• Developed prototype discharger consisting of the circuit board mounted on a heat sink within an aluminum housing• Conducted extensive testing on prototypes with various different ultracapacitor modules• Made changes on final circuit board layout and created three fully functional final products currently in use at AEC

• Worked with engineering team to design test equipment and circuit board layout• Tested functionality of circuitry on test equipment and balancing boards • Soldered balancing board circuitry for 16V and 48V ultra-capacitor modules and wrote technical report for project