added Princeton Experience

Author: ericcblow

assets/img/PU_Logo.png

@@ -335,22 +335,22 @@ <h3 class="page-title white-text teal">Experience</h3>
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                 <p>
                   <span class="card-title"><a href="https://bascomhunter.com/" target="_blank"
-                      class="teal-text hoverline">Bascom Hunter Technologies</a></span>
+                      class="teal-text hoverline">Bascom Hunter Tech</a></span>
                 </p>
               </div>
             </div>
             <div class="role brown-text text-darken-2">Senior Photonics Engineer</div>
             <ul>
-              <li> Authored 7 successful government research proposals resulting in 10 million USD of R&D funding include Phase I, II, and III program types </li>
-              <li> <b>Principle Investigator</b> for Navy program N203-149: High Dynamic Range Microwave Photonic Link for LightRIDR System  and Navair program N202-099: NOHP-Neuromorphic Optoelectronic Hybrid Processor  </li>
+              <li> <b>Principle Investigator</b> for 1) Navy program N203-149: High Dynamic Range Microwave Photonic Link for LightRIDR System and 2) Navair program N202-099: NOHP-Neuromorphic Optoelectronic Hybrid Processor  </li>
               <li> <b>Lead Engineer</b> for Army program A20B-T004-0271: Massively Parallel Photonic Artificial Neural Network Accelerator  </li>
-              <li> <b>Photonic Engineer</b> SOCOM program S211-003: Wideband and Analog Radio Frequency Fingerprinting At a Distance, for Navy Phase III SBIR N112-170: Future Advanced Satellite Communication (SATCOM) Technologies (FAST) SATCOM Pre-Planned Product Improvement (P3I) for Navy Multiband Terminal (NMT), NASA program Z2.02-5311: HPSC-compatible Neuromorphic Photonic Coprocessor, and Strategic Capabilities Office SCO 213-003: Photonic AI Processor</li>
+              <li> <b>Photonic Engineer</b> for 1) SOCOM program S211-003: Wideband and Analog Radio Frequency Fingerprinting At a Distance, 2) Navy Phase III SBIR N112-170: Future Advanced Satellite Communication (SATCOM) Technologies (FAST) SATCOM Pre-Planned Product Improvement (P3I) for Navy Multiband Terminal (NMT), 3) NASA program Z2.02-5311: HPSC-compatible Neuromorphic Photonic Coprocessor, and 4) Strategic Capabilities Office SCO 213-003: Photonic AI Processor</li>
+              <li> Authored 7 successful government research proposals resulting in <b>10 million USD</b> of R&D funding include Phase I, II, and III program types </li>
               <li> Designed integrated photonic testing facilities. </li>
-              <li> <b>Platforms:</b> Silicon Photonics </li>
+              <li> <b>Platforms:</b> Active Silicon Photonics </li>
             </ul>
           </div>
           <div class="card-action">
-            <span>July 2019 - Jan 2023 | Baton Rouge, LA (Remote) </span>
+            <span>July 2019 - Jan 2023 | Princeton NJ - Baton Rouge, LA - St. Louis, MO  </span>
           </div>
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@@ -359,38 +359,39 @@ <h3 class="page-title white-text teal">Experience</h3>
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-                <img alt="Mtag logo" src="/assets/img/exp-mtag-logo-250x250.jpg" class="responsive-img center-block" />
-
+                <a href="https://prucnal.princeton.edu/" target="_blank"><img alt="PU logo"
+                    src="/assets/img/PU_Logo2.jpg" class="responsive-img center-block" /></a>
               </div>
 
               <!-- <div class="col s12 m10"> -->
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                 <p>
-                  <span class="card-title"><a href="#experience" class="teal-text hoverline">Mtag
-                      Innovations</a></span>
+                  <span class="card-title"><a href="https://prucnal.princeton.edu/" target="_blank"
+                      class="teal-text hoverline">Princeton University - Lightwave Research Lab</a></span>
                 </p>
               </div>
             </div>
-            <div class="role brown-text text-darken-2">Integrated Photonic Researcher</div>
+            <div class="role brown-text text-darken-2"> UGrad Researcher -- > Doctoral Student --> Research Scholar </div>
             <ul>
+              <li>Developed novel integrated photonic analog processers to mitigate interference within wireless systems. Critical for more efficient commericial communications and maintaining communication within defense enviroments.</li>
+              <li>Developed novel optical architectures for improved RF performance: Balanced Cancellers and Hybrid Cancellers. Resulting in 1000x noise performance improvement. </li>
+              <li>Designed, Simulated, Fabricated, and Characterized Passive Silicon, Active Silicon, Silicon Nitride, and Indium Phosphide PICs.</li>
+              <li>Trained in Lithography and Packaging specfic to integrated photonics (see thesis appendix for recipes.)
+              <li>Contributing developer of Lab Automation Software.</li>
+              <li>Authored 6+ sucessful research grants resulting in over 1 million USD in funding.</li>
+              <li>Authored 2 book chapters and 30+ journal papers within the field of microwave and neuromorphic photonics. </li>
+              <li>Reviewer for IEEE, JLT, PTL</li>
               <li>
-                Programmed a cloud-based web app using Flask and JavaScript aimed at storing, visualizing, and tracking temperature and humidity
-of each drug container to estimate the degradation of the drug.
-              </li>
-              <li>
-                Created an alert system to send notifications and emails when the parameters exceed the threshold.
-              </li>
-              <li>
-                <b>Tools:</b> Python, Flask, JavaScript
+                <b>Tape Out Lead :</b>  Indium Phosphide (HHI/JePPIX), Passive Silicon (ANT), Silicon Nitride (LioniX), and Active Silicon (AMF) 
               </li>
             </ul>
           </div>
           <div class="card-action">
-            <span>July 2018 - Nov 2018 | Ahmedabad, India</span>
+            <span>July 2014 - Present | Princeton, NJ </span>
           </div>
         </div>
 
-        <!-- Experience 3 -->
+        <!-- Experience 4 -->
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