summary jessica claire montgomery street san francisco ca 94105 555 4321000 resumesampleexamplecom phd career focused developing technologies materials advance fields sulfur based infrared optical polymers optical telecommunications lithiumsulfur batteries work highly collaborative highlighted numerous publications produced effort different groups colleges university arizona well institutions given nature multidisciplinary work strong background organicpolymer synthesis characterization also variety device fabrication techniques skills experience device fabrication coin cell fabricationtesting meltsolution polymer processing fabrication bulk microoptic elements glove box use clean room photolithography experience laboratory synthesis synthetic desingplanning small molecule synthesischaracterization polymer synthesis characterization raft atrp lactide rop romp instrumentation experience spectroscopy uvvis atrftir nmr size exclusion chromatography differential scanning calorimetry thermogravimetric analysis consultant 062020 current lt infotech dallas tx worked consultant support nsf sbir grant aimed bringing market minimum viable product using sulfur based materials part optical component ir imaging pronciple research specialist new school new york ny 112019 current designed new materials enabling novel methods connecting photonic integrated circuits meet industrial requirementsmetrics reducing cost optical alignment enabling greater modularity fabrication processes worked synthesize process biodegradable materials stents help reduce clotting aide tissue regeneration following heart surgery designed synthesized new organic comonomer motifs sulfur based ir optical materials chemically engineer new windows transparency graduate research assistant university arizona city state 082014 122019 improved thermomechanical properties retaining desired performance sulfur based infrared optical devices devised methods increasing refractive index sulfur based materials incorporating chalcogens polymer development highly efficient wholly solution processable dielectric mirrors utilizing high refractive index sulfur based materials developed materials undergo photolithographically defined changes refractive index facilitate fabrication polymer waveguides devoid etching steps education bachelor science chemistry 062014 training california polytechnic state universitysan luis obispo san luis obispo ca pho chemistry 122019 university arizona tucson az