Impacts

NH Space Grant is here to help New Hampshire excel in STEM education.

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Alumni Stories

New Hampshire Space Grant Consortium has funded students and affiliates for more than 30 years. Click headers to read more about how Space Grant funding has influenced a generation of students and scientists.

Colleen Ann : 

Teacher Assistant Science & Social Studies

2015 Space Grant Undergraduate Scholarship, 2017 Space Grant Undergraduate Scholarship
Surry Village Charter School - Paraprofessional(science and social studies)

Since graduating with an Associate's in Math and Science in 2017, I have also completed an Associate's degree in Early Childhood Education in 2019. Having been awarded the NASA Space Grant several times along my education journey, I have been honored to have contributed in many ways to STEM in my community.  

As you already know, the program I developed called Be GIFTS (Boys and Girls Initiating Future Thinking in Science), has run in many capacities and with many age groups over the past 5 years. While completing my ECE degree, I was able to advocate for STEM in early learning. While working at an elementary school in 2018-2019, I also completed practicum work at a pre-school. I planned, developed and implemented several STEM curricula aligned with NH Early Learning Standards and the Next Generation Science Standards. I modified and made accommodations to these curricula to run programming for grades Pre-K-5. These programs were run within the school day in the classroom, in after school programs, at public libraries, kids collaboratives, the YMCA, 4-H, UNH Cooperative Extension and small group tutoring sessions. These programs included Chemistry, Botany, Math, Engineering, Earth Science, Aerospace, Astronomy, Geology, Ecology, Biology and Microbiology.

In 2019-2020, I taught at a private Catholic Classical Education School for a mixed grade classroom of gifted K-2 students. I continued to develop and implement the STEM curriculum and our big project was designing and building 15 small scale aquaponics systems while learning about the life cycles of aquatic organisms and plants, the water cycle, water availability, environmental science, the aquaponics cycle and sustainable systems. We also studied and did project based learning in environmental science, energy systems in the environment, biodiversity and a research project on famous scientists. 

I then spent some time in 2020 working at a child care facility with 2-3 year olds. I brought STEM to this age group through hands-on, nature based play and exploration. The children used inquiry based learning to solve problems using loose parts and testing their hypotheses. 

In January 2021, I transitioned into a position in the middle school at a local charter school. I worked with special education and Title I students in Science and Social Studies. I was given the opportunity to teach a unit on Microbiology to grades 5 and 6. This involved lab safety, microbial studies of disease and immunity, and a lab growing microbes and then testing properties of anti-microbial substances. We also studied slow and rapid changes to Earth's surface by building and observing the changes in a stream table. Our final project for the year has been planning, designing, and building a large model to demonstrate seafloor spreading.

Looking ahead, I will be moving into the position of Assistant Teacher for Science and Social Studies at the same charter school for grades 5-8. Working in conjunction with the Science teacher, we will be teaching using the Next Generation Science Standards for the following topics: grades 5/6-Natural Resources, Plants, Ecology, Cells and Cell Membranes, Earth Systems and Weather, Animal Adaptations, Water and Earth, Sun, and Moon. Grades 7/8-Light and Optics, Evolution and Natural Selection, Heredity and Genetics, Earth History, and Energy. Our school uses project based learning and we will be applying for a NASA Space Grant for Educators for one of our larger project ideas, which will be a room size, scale model of the solar system. We will also apply for a grant for octet building and launching and to build a groundwater model.

I will also begin to initiate a proposal for an after school program to implement the Be GIFTS (Boys and Girls Initiating Future Thinking in Science) for grades 5-8 to enrich and extend their learning and love of STEM!

My ultimate goal is to continue my own education in STEM to complete a Bachelor's degree. I still have a dream to work for NASA as a program coordinator to advocate for, bring resources to and implement STEM programming to children and youths. Thank YOU for everything you have done along this journey to help me succeed so I can help others succeed! 

Dakota:

Scholarship recipient, Lakes Region Community College

My name is Dakota and I was fortunate to be selected for the NASA Space Grant Scholarship.

At 30, I felt a little like the old dog at the pound that no one would want to pick for grants and scholarships. I was very pleasantly surprised to open my student e-mail this morning and see my award! I also got a letter in the mail this morning that my rent was going up, so emotionally..I needed this today.

I made poor decisions in my teenage years and early 20's which led me to abandon my college career and get a factory job. Well I'll tell ya, ten years of standing on hard concrete in uncomfortable boots has done me in. Although an accomplished machinist now, I am ecstatic for the opportunity to pick up the torch again and pursue new beginnings in technology.

I've been a computer kid since middle school and my knowledge, enjoyment, and understanding on PC technology has only grown over the years. I revamped our storage room into a PC room, just for school! (Definitely not to make a super cool computer game room with a 'Girls Only' sign.) I jokingly tell people who ask why I picked Computer Information Systems that 'I really just want to sit down'. There is definitely some truth to this, but I also know this is a field that I will enjoy. I like the broad structure of LRCC's Computer Information Systems program because it lets me sample a little of everything the field has to offer. I'm leaning toward cybersecurity, but I am open to all of it. I'm a decent artist and have taken graphic design courses, and 3D CAD modeling courses as well. It's important to be a well-rounded candidate, and I'm a quick study!

I hope I am able to find a position that affords me the opportunity to travel, work remotely, or even freelance under contract. I don't think I've had a week off of work (that wasn't for having COVID) my entire adult life. My friend Brandon has been freelancing across Asia for a few years now and I'm getting pretty jealous of his Instagram posts..

Jokes aside.

You've bet on the underdog. A woman in STEM, breaking gender molds, and paving the way for other young women and fresh faced high school girls. Going back to school at my age might be a challenge with all of life's other responsibilities nipping at my heels, but I consider this my last chance to really make something better of myself. I am truly grateful for your support as I come into the first chapter of my new life. Looking around at the state of things today, I would say we ALL need all the help we can get right now!

Thank you again for your vote of confidence,

Dakota

Future Tech. All-Star

Madina:

Scholarship recipient, White Mountains Community College

I am honored to receive the NASA Space Grant Scholarship at WMCC, and I would like to express my sincere gratitude for your continued support to students who need it most.

I am a Senior majoring in IT, working towards a Criminal Justice Certificate, and hoping to work as a Cybersecurity specialist. Originally I am from Kazakhstan and moved to NH 5 years ago. English is my sixth language, so please excuse any grammar mistakes in this email. I had financial hardship to start school, and I am happy that I can finish school with less financial trouble.

Your scholarship has opened a door and the prospect of a brighter future and will play a key role in shaping me into a successful person in the future. Donors like you make life brighter for us, and I can only hope that one day, I, too, will be in a position to bring a smile to another student.

I cannot express my gratitude enough, and I want you to know that your generous support will see me achieve my dreams.

Testimonials

I've been grateful for support in my goal to become the first doctorate in my family provided by the NH Space Grant. I've been able to focus on my courses and research more easily knowing I've had the support.

Stephanie Podjed

NH Space Grant Fellowship, 2019
NH Space Grant Fellowship, 2021

[Space Grant] allowed me to attend the NASA Academy which introduced me to the idea of pursuing a career in propulsion (my roommate was a propulsion grad student) and that there was a non-government/ defense side of the space industry. 

Erik Damback

2003 NASA Summer Academies,
Blue Origin, LLC - Propulsion Engineer III

Receiving the grant allowed me to complete my associates degree at NHTI with little to no financial stress. I am deeply grateful to have received the grant. I am currently waiting for the spring semester to start so I can pursue my majors in math and physics at UNH.

Johnathan Abbott

2020 NH Space Grant Scholarship

Student Reports

2024:

Mayowa Adewuyi: Magnetosphere ionosphere (MI) coupling from a global viewpoint (Summer 2024, PDF)

Logan Brown: Antifreeze Protein Database and Soil Sample Analysis (Summer 2024, PDF)

Emma Burkett: The impact of ash deposition within the Polar Jet Stream and climatic-forced shifts in atmospheric transportation patterns (Summer 2024, PDF)

Ben Carlson: Investigating design flaws and improvements for the Thermospheric Winds Imager (TWI) through theory, simulation, and experimentation (Summer 2024, PDF)

Andrew Fleming: Development of Multi-Scale Hyperspectral Mapping Techniques to Identify Target Compounds within Hypersaline Terrestrial Analogs for Mars (Summer 2024, PDF)

Alma Hernandez: Evaluating the Effects of Wildfires on Microbial Communities and Gene Expression Involved in Nitrogen Cycling in Arctic Tundra Soils (Summer 2024, PDF)

Cheristy Jones: Linking terrestrial and aquatic carbon cycling in an Arctic catchment (Summer 2024, PDF)

Haley Royce: The Impact of Microgravity on Vascular Network Development (Summer 2024, PDF)

Jack Sylvester: A Dehydrin Antifreeze Protein: Protecting Cells at Sub-Zero Temperatures (Summer 2024, PDF)

Megan Verfaillie: Satellite Remote Sensing for Attribution of Winter and Spring Peak Streamflow Events (Summer 2024, PDF)

2023:

Sean Schaefer: Determining Microbial Processes Associated with Soil Organic Matter Dynamics in Rhizosphere and Permafrost Communities Using Quantitative Stable Isotope Probing (Graduate Research award, Fall 2023)

Pax Bakke: Response of microbial communities in permafrost soils in Northern Alaska to the environmental gradients of soil depth and time since deglaciation. (Summer 2023, pdf)

Richard Gorby: Comparing ion temperature maps derived from the MENA instrument from the IMAGE satellite mission to auroral images from the FUV instrument on the same mission (Summer 2023, pdf)

Tim Hoheneder: Development of UAS-Flown Ground Penetrating Radar Platform to Assess Spatiotemporal Variations of Soil Frost (Summer 2023, PDF)

Jacob Koile: Modeling sprite streamers' interaction with the ionosphere and analyzing high speed image observations (Summer 2023, PDF)

Emily Landry: Changing long-term monthly spatial trends of climate in northeastern US (Summer 2023, PDF)

Annelise Waling: Using variable-resolution grids to model precipitation from atmospheric rivers around the Greenland ice sheet (Summer 2023, PDF)

Megan Wimsatt: The influence of lake productivity on methane production and ebullition from temperate and arctic lake sediments (Summer 2023, PDF)

Julia Olson: Changing winters and their impact on springtime vegetation and hydrology in the Teton Range of Wyoming (Fall 2022, PDF)