High School Assistant

Stanislaus K. Bernard

**** ******* *** ****, *** 203,

Orlando, FL 32817

321-***-****

*.*.****@*****.***

OBJECTIVE

To obtain professional engineering experience in order to both expand and solidify knowledge gained in

the classroom.

EDUCATION

B.S., Electrical Engineering, University of Central Florida

GPA: 3.5/4.0 (Anticipated Graduation May 2011)

Entered at sophomore status

High School, Satellite Beach, FL

GPA: 3.8/4.0 (Graduated May 2007)

AWARDS

Florida Academic Scholars Scholarship (2007- present)

Who s Who Among American High School Students (2004-2005)

1st Place 2006 & 2nd Place 2005 Intel Regional Science and Engineering Fair

2nd Place at 2006 Intel Florida State Science and Engineering Fair

PROFESSIONAL MEMBERSHIPS

National Society of High School Scholars

National Society of Collegiate Scholars

University of Central Florida Robotics Team

RELEVANT EXPERIENCES

1. June 2009 Present: Employed by Intersil Corporation.

Working on validation of simulation models (specifically in IBIS and PSpice) where I was exposed

to various testing equipments used to conduct validation of PC Boards. Some of which include

the basics such as the oscilloscope, DC loads, pulse generators, spectrum analyzers, function

generators, etc.

Creating automated testing systems that control power supplies, gain/phase analyzers,

oscilloscopes, etc. over TCP/IP or GPIB.

OTHER EXPERIENCES

1. January 2008 May 2009: Employed by Mitsubishi Power Systems America.

Working on qualification of various gas turbine engine components through materials

characterization including but not limited to, microstructure analysis, thickness profiling, and

porosity measurements.

2. August 2007 December 2008: Undergraduate Research Assistant, University of Central Florida

Researched the nature of growth stress in Thermally Grown Oxide (TGO), specifically alumina for use in TBC

systems.

2. November 2004 August 2007: High School Research Assistant, University of Central Florida

Learned and operated Photo-Stimulated Luminescence Spectroscopy (PSLS), X-Ray Diffractometer (XRD),

and Scanning Electron Microscope (SEM).

Conducted research to determine why certain sites spalled in Thermal Barrier Coating (TBC) systems

preferential to others.

Attempted to modify procedures through experimentation for PSLS for use with Air Plasma Sprayed (APS)

TBCs.

Determined why Middle Eastern sand (a.k.a. CMAS) causes catastrophic failures of TBC systems.

References available upon request

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