Director Of Analytics

• Jan 2022 - Present

As the director of analytics I work on taking website traffic and interaction data to coordinate with the marketing team. I then assist with website and social media content creation to better drive website and group engagement. As the director of analytics I work on taking website traffic and interaction data to coordinate with the marketing team. I then assist with website and social media content creation to better drive website and group engagement.

Graduate Student Researcher

• Jun 2021 - Present

I have worked on modeling early stage hydrogen storage systems using adsorbents to see how they can be optimized and implemented compared to existing energy technologies. I am also working on a life cycle assessment of a novel solar-to-hydrogen (photoelectrochemical) production process. This work focuses on modeling early-stage technologies to show benefits in order to drive further material development. I have worked on modeling early stage hydrogen storage systems using adsorbents to see how they can be optimized and implemented compared to existing energy technologies. I am also working on a life cycle assessment of a novel solar-to-hydrogen (photoelectrochemical) production process. This work focuses on modeling early-stage technologies to show benefits in order to drive further material development.

Graduate Student Researcher

• Jul 2019 - Aug 2021

As a graduate student researcher in the lab of Jeffrey R Long I worked on designing flexible metal-organic frameworks (MOFs) for hydrogen and methane storage. We are interested in these gases for use as cleaner burning fuels. I worked on controlling the pressure of adsorption in order to create optimal adsorption properties for industrial applications. We were particularly motivated to develop materials that would respond to H2 and CH4 adsorption under ambient, industrially relevant conditions. As a graduate student researcher in the lab of Jeffrey R Long I worked on designing flexible metal-organic frameworks (MOFs) for hydrogen and methane storage. We are interested in these gases for use as cleaner burning fuels. I worked on controlling the pressure of adsorption in order to create optimal adsorption properties for industrial applications. We were particularly motivated to develop materials that would respond to H2 and CH4 adsorption under ambient, industrially relevant conditions.

Undergraduate Student Researcher

• Jan 2018 - Jan 2019

My research focused on organic ligand synthesis in an organometallic lab. My primary project focused on designing bipyridine-BBN derivatives capable of redox cycling as electrolytes in redox flow battery systems.

Peer Tutor

• Aug 2017 - Dec 2018