• Researched polymer electrolyte thin films (<100 nm) for clean energy devices such as fuel cells• Analyzed data from multiple experiments using MATLAB to develop material structure-property relationships• Designed and built custom experimental stages using cleanroom fabrication, SolidWorks, and 3Dprinting to enable environmental control during experiments• Initiated and maintained collaborative projects with industry and academic institutions• Presented results to industry, national lab, and academic institutions at biannual project meetings• Advised 4 undergraduate students on independent projects, leading to 2 manuscripts in progress

• Researched electrically-conductive polymers using electroactive microorganisms for biosensors withoceanic applications

• Designed and instructed section lessons for core chemical engineering courses: Intro. to Chemical Processes (Fall 2021), Process Dynamics and Controls (Spring 2019), and Intro. to Chemical Engineering (Fall 2018)• Conducted biweekly office hours, student feedback: "very helpful and patient during office hours"

• Guided students through foundational problem-solving methods in core chemical engineeringcourses: Intro. to Chemical Engineering Analysis (Fall 2017) and Unit Operations: Transport Processes(Spring 2017)• Advised students on written reports and presentation skills for Engineering Communications (Spring2017-Spring 2018)

• Researched semiconductor nanocrystals with applications in smart windows, which reduce energyconsumption by buildings

• Researched the thermal expansion properties of metal-organic frameworks (MOFs)

• Research Experience for Undergraduates (REU)• Researched catalysts for carbon dioxide conversion to reduce greenhouse gases