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engineering design day 2012 - College of Engineering @ The ...

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66<br />

CompuTATIoNAL opTICS<br />

Interdisciplinary <strong>Engineering</strong> Design Program<br />

CLASS<br />

ENGR 498A/B<br />

SpoNSoR<br />

Raytheon Missile Systems<br />

SpoNSoR mENToR/ADVISoR<br />

Casey Streuber<br />

Michael Easton<br />

pRoJECT mENToR<br />

Ivar Sanders<br />

TEAm mEmBERS<br />

Kate Green (IE)<br />

Lena Wolfe (OSE)<br />

Nan Ding (OSE/EE)<br />

Josh Brent (OSE)<br />

Matthew Barnum (OSE)<br />

Saúl Corrales (SE)<br />

IE = Industrial <strong>Engineering</strong><br />

EE = Electrical <strong>Engineering</strong><br />

OSE = Optical Sciences & <strong>Engineering</strong><br />

SE = Systems <strong>Engineering</strong><br />

TEAm 4968: pRoJECT SummARY<br />

Experimental comparison <strong>of</strong> phase and<br />

amplitude modulation plates in computational<br />

optics are performed to extend depth <strong>of</strong><br />

focus, reduce lens system mechanical<br />

constraints, and minimize costs.<br />

Many aerospace sensor platforms have a<br />

fixed opto-mechanical layout due to harsh<br />

environmental conditions. This <strong>design</strong> decision<br />

results in tight opto-mechanical tolerances.<br />

An experimental test bed <strong>of</strong> computational<br />

approaches to alleviate this constraint is<br />

presented.<br />

System scope includes:<br />

• Requirements development<br />

• Prototype hardware demonstration system<br />

• Design <strong>of</strong> experiments<br />

• Phase optimization for depth <strong>of</strong> focus increase

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