Propelled by Mentorship | PG电子试玩平台-PG电子试玩平台

Because she is making her deep-space research dreams a reality.

For as long as she can remember, 香农希巴德, 春秋国旅的17, has been fascinated by the cosmos. As an undergraduate at Ohio State University, she worked in the field in cold places such as Antarctica, 奥地利阿尔卑斯山, Norway and the Southern Alps of New Zealand, and became interested in the relationship between ice on Earth and ice on Mars. When she researched graduate schools, she looked for experts in this area, and came across the work of Temple’s Associate Professor of Earth and Environmental Science Alexandra Davatzes.

“Her work was not ice-related, but I reached out to her because she had worked on HiRISE, a high-resolution camera on one of Mars’ satellites,希巴德说. “We met on Skype, and we really hit it off.”

香农·希巴德，17岁

Postdoctoral Program Fellow, NASA

“A support system is so key in academia, having people rooting for you will lift you up and propel you forward.”

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投入工作

Davatzes convinced Hibbard to enroll in the master’s program in geological sciences.

在 PG电子试玩平台APP, Hibbard primarily examined the geochemistry of Precambrian rocks that reveal important clues about impact cratering processes, a fundamental theme in planetary geology.

“We studied Precambrian rocks that were 3.24 billion years old, which at that point Earth was at a very early age of just over 1 billion years old,希巴德解释道. “The conditions back then were very different than today so it felt like I was studying a whole other planet.”

一直以来, she independently studied ice on Earth and Mars at every opportunity, using any class projects she could to further her knowledge.

She looks back at her time as a graduate student at Temple, where she conducted her own research and worked as a teaching assistant, as an extremely rigorous but productive period.

“Temple prepared me to be a scientist,” said Hibbard. “Because it’s a smaller program, you really get to know all of the professors and students and see what everyone is doing up close.”

不朽的导师

The summer after her first year, Hibbard traveled to South Africa with Davatzes to conduct field work on the Precambrian rocks found in the Barberton Greenstone Belt and collect samples from the remnants of a 3.24 billion year-old meteorite impact event.

Hibbard finished her program in two years, but subsequently was offered a prestigious internship at the Jet Propulsion Laboratory (JPL) at NASA. In order to take advantage of the opportunity she had to be considered a current student: Davatzes paid her tuition to ensure Hibbard could stay on at Temple for an additional semester and participate in the NASA program. That generous support ended up dictating the trajectory of Hibbard’s future.

“A support system is so key in academia,” said Hibbard. “Having people rooting for you will lift you up and propel you forward. Alix Davatzes certainly did that for me.”

At JPL, Hibbard worked with Matthew Golombek, known for his work on Mars landing sites. “It just so happens that he put me on an ice-related project, characterizing potential sites for the Red Dragon mission that SpaceX was going to have,她解释道.

Out-of-this-world Opportunity

The SpaceX mission never came to fruition, but it laid the foundation for Hibbard’s PhD work in planetary geology at University of Western Ontario using the Canadian High Arctic as an analogue for Mars. In 2021, she successfully defended her dissertation and moved to Pasadena, 加州, to return to JPL as a NASA Postdoctoral Program Fellow working again with Golombek.

She continues to build on her doctoral research, studying buried ice and frozen ground landforms that are prevalent on both Earth and Mars, looking for statistically significant relationships between the surface and subsurface that can give scientists insight as to where and how shallow the ice on Mars might be.

Her biggest career highlight to date came when this past year she was selected to be a part of a measurement definition team for a new preliminary international Mars satellite mission, the International Mars Ice Mapper, a joint collaboration between NASA, the Canadian Space Agency, the Japan Aerospace Exploration Agency and the Italian Space Agency.

“The fact that I was selected is very exciting, and I feel very proud and honored to be a part of the team. Back before I went to Temple, I knew I wanted to work on ice and frozen ground processes on Earth and Mars and to one day work at JPL,”她说。. “Seeing it become a reality and being able to use this knowledge to help find human landing sites on Mars is truly out of this world.”

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作为一个大的, public research university, exploration and discovery of new information is embedded into all disciplines. Temple students can experience research in many ways through coursework, mentorships with professors and independent projects.

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PG电子试玩平台 attracts thought leaders from around the world who bring their professional experiences, research endeavors and compassion into the classroom so students are learning from—and collaborating with—true experts.

Our faculty members actively work to help students get where they want to be while having the best experience along the way. 大于2,000 full-time faculty, you can pursue individualized mentorships while developing a global perspective and fully immerse yourself in an open, vigorous learning environment.

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在 PG电子试玩平台APP, our students prepare for their next steps long before graduation. Our various graduate opportunities—offered on campus, off campus and everywhere in between—afford real-world, hands-on experiences and internships so students gain the skills needed to set themselves apart.

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And, more than 800 employers visit campus each year. Our robust alumni network—which includes over 140,000 alumni in the Philadelphia region and 330,000 worldwide—provides even more opportunities for students to receive career guidance and resources.

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