-Focus on creating and maintaining digital communication between computers, radios, and other units within our command structure placed in different physical locations.-Completed Basic Training August 2009.

-Design, wiring, and installation of control panels used to manipulate the ‘charge/recharge’ cycle of a 10kWh Iron Flow Battery encased within a mobile storage container.-Constant troubleshooting of electronics, pumps, motors, and timing systems in order to provide the customer with a flawless rechargeable battery that powers commercial operations.

Troubleshooting circuit boards used for overhead lighting and oxygen mask deployment in Boeing 737 aircraft in order to find a root cause for trending failure modes.Documentation of every PCB to undergo the troubleshooting process includes a full engineering report for records and further analysis.

Electrical design and troubleshooting of pressure washers, parts washers, and water purification machines to UL Standards.Programming of PLC's, smart relays, and other industrial automation controllers.Used SAP and Windchill for all database work.Project management of pressure washers which included overseeing all details of the new product design process.

Electrical design of control panels to provide a human interface with incinerators.Wiring of relay and control logic in industrial control panels to UL standards.Troubleshooting and rework of various electrical issues along with ordering cost-effective parts to complete each job.

• Designed a control board to interface computer terminal with motor motion controller, a high powered laser, solenoids to control air flow, and several other parts of the complete laser cutting machine.• Acted as the ‘fix-it’ guy for most electrical and networking issues within the building.• Performed complex circuit analysis, troubleshooting, design, and rework on a daily basis.

• Designed many different non-contact throttle sensors for the heavy-duty automotive market based on the hall effect magnetic technology.• Managed many different projects from conception until production, which included working directly with customers, purchasing, sales teams, sensor development, troubleshooting, and product verification & validation.• Worked in electrical labs performing delicate electronic rework and programming of various chips and microcontrollers.• Enhanced an… Show more • Designed many different non-contact throttle sensors for the heavy-duty automotive market based on the hall effect magnetic technology.• Managed many different projects from conception until production, which included working directly with customers, purchasing, sales teams, sensor development, troubleshooting, and product verification & validation.• Worked in electrical labs performing delicate electronic rework and programming of various chips and microcontrollers.• Enhanced an Excel-based Bill of Materials utility by writing helpful Visual Basic code to streamline the cost reduction process.• Coordinated cross-functional teams to design and produce many products that met or exceeded customer requirements with positive end-of-development feedback.. Show less

-Helped design a server motherboard that features Intel’s newest Chipset, Quad-Core Processor, and Quickpath bus technology. This board was the first board in the world to use this technology to boot Windows and was displayed at the most recent Intel Developer Forum. -Worked on the verification team for Intel’s first server motherboard built specifically for Apple. -Worked on the power on and troubleshooting team for a server motherboard designed specifically for Google.… Show more -Helped design a server motherboard that features Intel’s newest Chipset, Quad-Core Processor, and Quickpath bus technology. This board was the first board in the world to use this technology to boot Windows and was displayed at the most recent Intel Developer Forum. -Worked on the verification team for Intel’s first server motherboard built specifically for Apple. -Worked on the power on and troubleshooting team for a server motherboard designed specifically for Google. -Created or updated many verification testplans used in the validation of Intel’s motherboards. -Created a Bill of Materials utility with Visual Basic and Excel that automatically produces several reports used by finance and engineering teams at Intel. -Worked to troubleshoot many different motherboards to ensure that Intel released a quality product. -Enhanced an Excel based Project Status Tracking tool used in the design process of server motherboards. Show less

-Installed network, phone, coaxial, T1, and fiber optic cable in new and existing buildings. -Installed networking equipment such as hubs, switches, routers, modems, phone blocks, and computers. -Tested and troubleshot all connections within installed networks.

-Helped design lab curriculum for AC circuits class for sophomore EE students. -Assisted in adding a user interface to a custom USB program. -Co-managed two lab sessions where a robot (TekBot) was built by freshman E.E. students. -Graded papers for some of the students. -Co-managed a digital logic design class where an additional digital logic board was built for their TekBots.

-Created CAD drawings of incorrect or outdated circuits in the mill. -Performed field analysis of electrical systems in the mill with assistance from electricians.

-Performed analysis of microwave reflection and absorption. -Created and analyzed different types of antennas at high frequencies to simulate cell phone signals. -Presented a report of data and information learned through the summer at a scientific conference for college students.