Seeking a position that will apply my technical skills to aid in the design
of cutting edge, innovative smart products and solutions to technical
problems, as well as enhance my skills as a device design engineer.
PROFESSIONAL EXPERIENCE
SAMSUNG AUSTIN SEMICONDUCTORS September 12, 2011-February 21, 2013
Applications Engineer
. Application project management for photolithography lasers, wafer
chuck swapping, robotic handoff between scanner and spinner, and
process.
. Ensuring dynamic harmony between mechanical, electrical, optical, and
environmental factors for complex systems.
. Following LEAN principles of maximizing efficiency and quality to
arrange PM scheduling, vendor maintenance, and fabrication MACRO
events.
. Data monitoring to determine trends and taking immediate and
appropriate action for out of spec values.
. Working closely with vendors to implement new technologies and improve
current methods.
. Fabrication of both Memory and LSI devices.
AISIN ELECTRONICS LLC September 2008-April 2009
Quality Assurance Engineer
. Design failure mode effect analysis (DFMEA) of electronics in harsh
climates to include thermal shock, extreme cold/hot temperatures, and
electromigration.
. Troubleshooting of internal failed electronics and countermeasures to
improve quality of production.
. Failure analysis of customer returned electronics and improvement of
production.
. Monthly quality meeting with section heads to address production
quality issues.
. Improve Standard Operating Procedures.
UNITED STATES MARINE CORPS 1998-2003
Electro-Optical Control Technician
DOD CLEARANCE: SECRET
. Supported Operation Iraqi Freedom performing duties through testing,
specifications and strategies of mechanized and electronic equipment.
. Provided hardware and software technical support and assistance for
electro-optical control systems.
. Supervised, trained, and managed team of Marines in the 1st Light
Armored Reconnaissance Battalion.
. Evaluate and improve operational efficiency of missile systems, night
vision, and laser range finders.
. Proficiency of worldly culture.
. Managed, organized, and planned work schedules, maintenance
activities, and programs to meet critical deadlines.
EDUCATION
SOUTHERN ILLINOIS UNIVERSITY, Carbondale, IL May 2011
Masters of Science in Electric Engineering from an ABET-accredited
university GPA: 3.645
Thesis: Atomistic Modeling of AIN/GaN HEMTs for Applications in Harsh
Environments
. Research nanoscale electronic devices to include traditional and smart
devices.
. Develop simulations and data interpretations of modern and novel
nanoscale electronic devices that lead to the data acquisition for new
cutting edge designed devices such as HEMTS, FETS, LEDs, OP AMPS, etc.
. Using CAD simulations such as CADENCE to design analog and digital
circuits matching specifications.
. Using modeling of systems, Laplace Transforms, Matlab, SISOTOOL, and
Simulink to determine Bode Plot, Root Locus, and frequency response of
open and closed loop systems to achieve desired specs of embedded
controls.
. Using Fourier Transforms, Matlab, and communications lab equipment to
design modulation schemes.
PROFESSIONAL SKILLS
. Simulation Tools: NEMO 3D, NANOHub, CADENCE, Matlab, Simulink,
SISOTOOL, Microsoft Office, C, VHDL, Verilog, Xilinx ISE6 & Modelsim,
Lithograb, internal Samsung data monitoring tools.
. Oscilloscope, Multimeter, Electronic Microscope, and Function
Generator.
. Military Occupational Specialty training and experience focusing on
the maintenance and repair of lasers (range finding and target
acquisition), night vision equipment, fire control devices, and small
level missile systems.
AWARDS
. Marine Corps Honorable Discharge, Good Conduct Medal, Sea Service
Deployment Ribbon (3X), National Defense Service Medal, Armed Forces
Expeditionary Medal, Global War on Terrorism Service Medal
CLUBS AND ORGANIZATIONS PAST AND PRESENT
. IEEE, Eta Kappa Nu Electrical and Computer Engineering Honors Society,
Phi Theta Kappa Honors Society, American Legion, VFW, Student Senate,
and Peer Counselor.
TRAINING
1. ENGINEERING
. Nanoelectronic Devices, Electronic Devices, Differential
Equations, Analog and Digital Communication Systems, Digital
Signal Processing, Analog VLSI, Solid State Physics, Fiber
Optical Communications, Neural Networks, Probability and
Stochastic Processes, Modern Biomedical Imaging, Photonics 1 &
2, Mechatronics and Embedded Controls, VHDL, Verilog, Cleanroom
Protocol, Nano Particle Reduction, Electronic Calibrations, and
Statistics.
2. SAFETY
. CPR, First Aid, Defibrillator, Lockout/Tagout, Personal
Protective Equipment, Hazmat, Electrical, Nuclear, Biological,
Chemical, and Storm Water Pollution Prevention.
3. LEAN
. Total Productivity Management 1 & 2, Theory of Constraints,
Demystifying Design of Experiments, 5S, Mistake Proofing, Lean
1, and Defense Line Concepts.