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Your Guide to Fair Week: March 2nd – 7th, 2026

Get ready for fair week! Consider this your go-to guide with everything you need to know to participate in the 2026 SARSEF Science and Engineering Fair.

As a reminder, registration is now closed for incoming projects.

This year we have a new opportunity! Introducing the 2026 SARSEF Science and Engineering Fair Goosechase! All throughout Fair Week, we will have unique missions that participants can engage in that relates to the SARSEF Fair. When you complete a mission, you will receive points. Compete with other fair participants to win some prizes! Participation is free and voluntary (although you will have to download the Goosechase app on a mobile device). Join us and view how others are participating! We will be giving away prizes for 1st, 2nd, and 3rd place participants in the Goosechase!

Please note: if you decide to participate in the Goosechase, you will need to consent to our media release agreement before participation. You will be prompted to agree/disagree when launching the 2026 Fair Goosechase.

February 23rd – 25th: Display and Safety Checks

All projects will undergo Display and Safety checks to ensure compliance with Fair rules. Registrants, students, and parents will be emailed information on how to review project submissions and submit any corrections that are necessary.

  • Registrants that have an account may submit corrections via their account.
  • Parents, caregivers, teachers, and those who registered as a guest will be given an opportunity to make corrections through our public portal.

An email notification will go out when the public portal opens for edits. Corrections for project info and files will be permitted until Wednesday, February 25th at 10:00pm.

February 28th: Virtual Exhibit Hall Goes Live

The virtual exhibit hall will go live Saturday, February 28th, at 12:00p. You can begin browsing student projects that advanced to the Regional Fair this year! Judges will begin reviewing projects in preparation for judging and interview days.

March 3rd: High School (9 – 12) Interview Day and Open House

High School judging and interviews will take place in-person at the University of Arizona Student Union Grand Ballroom from 8:00am-3:30pm. Interviews are required at this level and students should plan to attend the entire day. The day will include interviews with judges as well as category networking sessions similar to those held at the International Science and Engineering Fair. Students will have the opportunity to connect with other students in their category as well as STEM professionals in a related discipline.

March 4th: Elementary and Middle School (PreK – 8) Judging and Interviews

Judging will take place online and over Zoom on Wednesday, March 4th, from 8:30 AM – 11:15 AM (judges only). Then, Elementary and Middle School students will have an opportunity to be interviewed by judges over Zoom on March 4th from 11:30 AM- 4:00 PM. Students must have an adult nearby in order to be interviewed. Interviews at this level are not required and do not factor into grand judging. They are for experience only for young researchers to talk about their science!

March 6th: Winner’s List Posted

Award winners lists will be posted on Friday, March 6th at 12:00pm on our Fair website, virtualfair.sarsef.org. These lists will just signify to teachers, students, families, and schools that an award has been won, but will not specify the name of the award. Students, teachers, and families should plan to attend the Awards Ceremony and Community STEM Expo that corresponds with their grade level to reveal what they’ve won!

March 7th: Awards Ceremony and Community STEM Expo

Regardless of whether a project won or not, everyone should plan on attending the combination Community STEM Expo and Awards Ceremonies at Reid Park from 10:00am-3:30pm on Saturday! All Southern Arizona families are invited as there should be something for everyone. Bring your own blankets, chairs, and sun protection for awards ceremony seating, and enjoy the exhibitors, entertainment, and food trucks!

What You Can Expect

  • Hands-on STEM activities from exhibitors from 11:00am-1:30pm
  • The SARSEF Innovators Hall, where attendees can explore student projects from the 2026 Fair
  • SARSEF Science Mart for all of your STEM swag needs
  • Onstage live entertainment
  • Sweet and savory Food Trucks from 11:00am-1:30pm
  • Plenty of room for outdoor seating on the grass in front of the amphitheater (bring your own blankets, chairs, and umbrellas for shade)

Schedule

  • 10:00AM Elementary (Grades PreK-5) Awards Ceremony
  • 11:00AM-1:30PM STEM exhibitor booths and Food Trucks open!
  • 1:30PM – 3:30PM Middle and High School (Grades 6-12) Awards Ceremony

The Awards Ceremonies will not be live-streamed. Please plan to attend in-person! If you are unable to do so, unclaimed awards will be delivered to schools in the coming weeks. Full Award list with awards details will be posted on Tuesday, March 10th at 12:00pm on our Fair website, virtualfair.sarsef.org

map for community stem expo

Volunteers Still Needed!

It takes around 500 volunteers to make the SARSEF Regional Fair happen! We still have slots open for nearly every background, schedule, and ability. Please share these opportunities with those who can join us to make this exciting Tucson tradition a success in 2026!

Enjoy Fair Week and congratulations to all of our young scientists and engineers!

Meet the Fall 2025 PRISM Mentor Cohort

Partnership for Research Inspiration in STEM Mentorship, or PRISM, a new program at SARSEF in collaboration with The University of Arizona Office of Societal Impact, focuses on high school mentorship in STEM research. University of Arizona graduate students or industry professionals match with two students and work together on a scientific question or engineering problem for the duration of a semester. At the end of the semester, students present to the community at the PRISM Symposium and can pursue additional presentation opportunities such as the SARSEF Fair. PRISM is an excellent opportunity for mentors to develop valuable leadership and mentorship skills while students get a first experience in the exciting world of research and develop skills such as critical thinking, collaboration, and communication. This fall, PRISM kicked off with a stellar inaugural mentor cohort. Meet the ten mentors whose work and interests span from wildlife ecology to pancreatic cancer.

Emma Louis headshot

Emma Louis

Emma is a Ph.D. Candidate in the Medical Pharmacology Graduate Program at the University of Arizona. Her current work is centered on understanding the mechanisms of green light therapy to treat various pain, neurodegenerative, and psychiatric conditions. As a Tucson native, she is grateful for the opportunity to mentor with SARSEF and give back to her community while guiding aspiring scientists in their pursuit of discovery.

Olivia Guswiler

Originally from Michigan, Olivia obtained her BSc in Zoology from Michigan State University. She made her first trek to Tucson in 2017 to study predator-prey interactions between southern grasshopper mice (Onychomys torridus) and Arizona bark scorpions (Centruroides sculpturatus). After moving here in 2019, she worked at the National Ecological Observatory Network as a field technician before managing a neuroscience lab at the University of Arizona for the past four years. Currently, Olivia is a research scientist and masters student in the School of Natural Resources and the Environment at the University of Arizona, where she is studying the influence of weather and outdoor recreation on wildlife in the Altar Valley southwest of Tucson.

Headshot of Olivia Guswiler on a small boat such as a kayak with water in the background.
Headshot of John Dorlon with a cat on his chest and shoulder.

John Dorlon

John is a Ph.D. student in the School of Plant Sciences investigating how bacteria sense and respond to their environments. His project aims to elucidate how chemoreceptors bind ligands and direct bacterial chemotaxis, with a focus on how evolutionary pressures shape chemoreceptor diversity and ligand specificity. This work builds on his longstanding interest in protein-driven biological processes. He received his B.S. In Microbiology from Oklahoma State University and is currently pursuing a PhD in Plant Pathology. Beyond the bench, John is passionate about mentoring junior researchers and sharing his enthusiasm for scientific discovery. Outside the lab, he enjoys baking bread, exploring new recipes, and unwinding with a good cup of tea and a game of chess.

Xenia De Gracia Medina

Xenia is a Panamanian Ph.D. student in Environmental Sciences at the University of Arizona, where she studies the molecular speciation and reactive transport of arsenic and heavy metals in mine tailings, focusing on how legacy mine tailings weather under different climate conditions and how this affects contaminant mobility and potential exposure risks to nearby communities. She holds bachelor’s degrees in Environmental and Geological Engineering from the Technological University of Panama and has worked in the construction and mining industry for five years before moving to the United States as a Fulbright scholar to complete an MSc in Hydrology at the University of Arizona. Her research integrates synchrotron-based X-ray Absorption Spectroscopy (XAS), X-ray diffraction (XRD), and geochemical modeling tools such as PHREEQC and Larch to examine arsenic and lead behavior in weathered tailings, with long-term goals that include improving mining waste management practices, protecting groundwater in vulnerable regions, and inspiring young women from underrepresented backgrounds to pursue careers in science and engineering.

Xenia De Gracia Medina headshot.
Night time photo of Eduardo Gracia holding a toad.

Eduardo Gracia

Eduardo was born in the heart of the Sonoran Desert, which inspired in him a passion for the natural world. He earned his bachelor’s degree in biology from the Universidad de Sonora, Mexico. Over the years, Eduardo has participated in conservation, ecological restoration, and environmental education projects in northern Sonora and southern Arizona. Currently, Eduardo is pursuing a master’s degree in natural resources at the University of Arizona, where he focuses on describing the effects of the USA-Mexico border wall on wildlife. 

Jose Daniel Castro-Cisneros

Jose Daniel is a physicist with a Ph.D. from the University of Arizona, specializing in celestial mechanics and chaotic dynamical systems. His research examines the dynamics of lunar impact ejecta and their links to near-Earth asteroids, combining theoretical models with large-scale numerical simulations. He has presented at international conferences, published in planetary science journals, and is also an award-winning educator with extensive experience teaching college-level physics and mentoring high school students in science programs.

Jose Daniel Castro-Cisneros headshot.
Julia Podgorski headshot.

Julia Podgorski

Originally from San Francisco, California, Julia earned her B.S. in Physiology with a minor in Emergency Medicine Services in 2021. During her undergraduate years, she was one of the presidents of the Physiology Club and conducted research during her free time at the Tree Ring Lab, where she developed a deep appreciation for scientific exploration. In 2023, she chose to stay in Arizona to pursue a Ph.D. in Medical Pharmacology and Cellular Molecular Medicine in the Nam Lee Lab. Her research focuses on understanding the role and effects of Beta-spectrin and mitochondrial alterations in human pancreatic cancer. Outside the lab, you can find Julia running both road and trail with her dog or out on her bike, exploring the best Arizona has to offer.

Tung Phung

Tung is a Ph.D. candidate studying Ecology and Evolutionary Biology at the University of Arizona. He arrived in Tucson after completing a bachelor’s degree at Earlham College, Indiana. He has had experience working on conservation topics in both academia and the non-profit sector. His research focuses on how the various viewpoints on biodiversity and their taxonomic biases drive conservation outcomes and knowledge gaps in existing policy. As a PRISM mentor, Tung is excited to introduce to our students the latest tools, approaches, and challenges that biologists work on every day. He believes that education is the most powerful asset for any young person, and he deems mentorship the most important determinant of student success.

Headshot of Tung Phung outside in a desert landscape
Headshot of Ivetka Noon wearing sunglasses and a wide-brimmed hat.

Ivetka Noon

Ivetka is a Ph.D. student in the School of Plant Sciences at the University of Arizona, investigating bacterial physiology and genetics. Her current research centers on Methylobacteriaceae, a family of pink-pigmented plant symbionts, which contain multiple uncharacterized chemoreceptors and unique adaptations that may be harnessed for bioremediation studies. She earned her B.S. in Molecular Biosciences and Biotechnology from Arizona State University. Afterwards, she worked as a research technician at the University of Arizona until beginning her PhD program. Her experience in research and graduate school have allowed her to thrive and deepen her appreciation for STEM fields, especially the collaborative and exploratory nature of scientific discovery. Outside of lab work, Ivetka enjoys mentoring emerging researchers and helping them build confidence through hands-on experience. She’s also a lifelong learner, animal advocate (with multiple fur children), and an avid hiker who finds joy wherever her legs can take her.

Monique Trujillo

Monique is a first-year Medical Pharmacology Ph.D. student working in Dr. Nam Lee’s Lab in the University of Arizona College of Medicine. She earned her Bachelor’s in Spring 2025 from UA where she majored in Biochemistry and Molecular and Cellular Biology. Monique’s research primarily focuses on microtubule dynamics and their role in treatment resistance in pancreatic cancer. A Tucson native, Monique participated in SARSEF and STEM outreach internships with Pima County Wastewater and the University of Arizona Bio5 Institute before her college career that inspired her to pursue a career in academic research. She is a firm believer that we can only grow as scientists when we support one another. When she is not in the lab, you can find Monique playing games with friends and family or crafting/collecting miniatures.

Headshot of Monique Trujillo with her hands together in front of her chin.

LEARN MORE ABOUT PRISM AND UPCOMING MENTORSHIP OPPORTUNITIES

A Day in the Life of A Public Ally at SARSEF: February Edition

By Katerina Guerrero

February is the month that many love, as the weather gets warmer and pinks and reds are spread throughout schools, offices and more to put a smile on your own face or someone close to you. This month I had a big smile, and it wasn’t because of the ‘you are amazing’ Valentine card I received in the office. It was because of Racing the Sun Career Days in Phoenix and Tucson.

Career Days are part of Racing the Sun, a program that challenges high school students to come together as a team to design, build, and race electric and solar-powered go-karts. To see this program in action, join us on April 27th for Race Day at Musselman Honda Track as a volunteer or spectator!

On Career Day, Racing the Sun participants visit companies and universities as part of a field trip designed to inspire them to understand and pursue STEM careers and education. They tour multiple facilities engaged in solar energy, engineering, transportation, and manufacturing. Because of the number of teams across the state, SARSEF hosts Career Days in both Phoenix and Tucson.

During Career Day in Phoenix, I had the amazing opportunity to go to ASU and visit the engineering buildings. I watched high school students get so excited to be on campus and see the many opportunities available to them. They met with ASU students and got to ask questions about their college-going experiences as well as the opportunities available to them in engineering. They went on a tour of the engineering campus and saw labs where they could do research as ASU undergraduates. After they toured the campus, students also had the chance to visit Rosendin and Legacy EV.

I joined one of the tours with Cesar Chavez High School students and their teacher, and I had the best time listening to what the students had to say. The tour was given by Valeria, a senior who came from Mexico City and moved to Arizona to study at ASU. She had the students so engaged and answered as many questions as she asked. Students saw the work ASU students were doing and connected it back to what they were doing in their classrooms. After each building, the teacher and students would huddle just to talk about what they were learning and how it could inform their project of building the go-kart. It was truly an inspiration to see these students so engaged and ready to dive right back into their projects after leaving the engineering campus.

Not only did we have Phoenix Career Day, but Tucson Career Day as well. Students had the opportunity to meet with UA College of Engineering, Musselman Honda, Texas Instruments, CATalyst, EMI, AGM, Howmet, and Creative Machines. Watching these students get involved in engineering happening in their own communities was amazing.

“Seeing our community come together to show our young engineers all they can become has been incredible. I have enjoyed watching the students get engaged with different fields and futures,” shared Anissa Alvarado, Racing the Sun Programs Manager.

This year’s Racing the Sun Career Days were amazing, and now I’m excited and ready for our Racing the Sun Race Day in April!

From a Board Member: Explore the Wonders of SARSEF – Become a Judge or Volunteer!

By Maricela Rivera, Board Member, SARSEF; Distribution Engineer II, Trico Electric Cooperative

Hello, I’m Maricela Rivera, a recent addition to the SARSEF Board. Although my title may be new, my connection to SARSEF runs deep. Back in elementary school, I was an eager participant in the SARSEF fair, participating in numerous class and individual projects.

I remember my last individual SARSEF project was in 5th grade. I evaluated the permeability of a birthday balloon using various substances: air, water, helium, and vegetable oil.  Participating in the fair encouraged my passion for science.  I went on to earn a Bachelor of Science in Biosystems Engineering from the University of Arizona and work as an Engineer at Trico Electric Cooperative.

Fast forward to today, and I’m not merely reminiscing about those early days; I’m actively contributing to SARSEF. Last year, I had the pleasure of judging elementary and high school projects. Witnessing the creativity and enthusiasm of young minds brought back memories of my own journey. Those moments reignited my passion, inspiring me to do more. I found myself volunteering for a board position.

My journey has come full circle, and it’s a thrill to be part of an organization that played a role in shaping my love for science. Reflecting on my experiences, I encourage each one of you to explore the wonders of SARSEF.  Sign up to be a judge or volunteer at the fair. Discover the joy of science for yourself! Your active participation could be the spark that ignites a passion in the next generation of young scientists.

From a Board Member: Volunteer for this Year’s SARSEF Fair and Witness Arizona’s Critical Thinkers in Action!

By Casey Carrillo, Board Secretary, SARSEF; Director of Strategic Partnerships, University of Arizona Center for Innovation

My name is Casey Carrillo and I serve on SARSEF’s Board of Directors. I have been involved as a board member for two years. My sister is a fourth-grade teacher, and the passion that she has for education is contagious. I wanted to get involved with an organization that truly supports educators and students in Southern Arizona.

Being involved with SARSEF has allowed me to share my passion to help support Arizona’s critical thinkers. Last year, I had the opportunity to serve as a judge for SARSEF’s science fair and I learned about renewable energy and sustainability projects that high schoolers from all over Southern Arizona completed. It was inspiring to learn about the different projects – they were truly out of this world. Being able to see how passionate students are about renewable energy and sustainability is inspiring for me because it correlates directly with my day job.

I am the Director of Strategic Partnerships with the University of Arizona Center for Innovation, and we work with science and tech startups. I specifically work with renewable energy companies, and to see the pipeline of students in this space was exciting. I encourage you to volunteer for this year’s science fair and witness Arizona’s critical thinkers in action! Sign up today.

Living The Best Version Of Yourself…While Reaching For The Stars – Stacey Weiss

By Cynthia Blockburger, Lindsey Intern, SARSEF

Hello again, it’s me, Cynthia Blockburger. This interview highlights Professor Stacey Weiss of University of Puget Sound and how she envisions the core of mentoring as “living the best version of yourself…while reaching for the stars.” I must begin with how amazing Stacey is, not only as a mentor for STAR Lab (Students Taking Advantage of Research) but also for her joy and passion for supporting students as whole people inside and outside of science. As a student and now science teacher in K-12 education, I know firsthand how beneficial it was to have a mentor who believed in me and who I had the potential to become. Professor Stacey Weiss is that unique individual who mentors and guides students in exploring field and lab research with unquestionable joy and exuberant outcomes as they gain ownership of their work. Stacey told me, “I want to instill confidence and develop passion; I want to encourage students to take ownership of and pride in their work; and I want to do this while leading with kindness and support.”

In addition, Stacey is the recipient of the esteemed 2023 Lynwood W. Swanson Scientific Research Award by the M.J. Murdock Charitable Trust.

I asked Stacey about her first experience working with the STAR Lab.

I began mentoring with STAR Lab in 2021, working with a wonderful student, Jeronimo (Jerry) Barela, from Catalina Foothills High School. Since I am in Washington State, all my mentoring has been done remotely, and we have relied heavily on the wonderful support provided by SARSEF staff and STAR Lab graduate students. I met with Jerry weekly via Zoom (who could have imagined this, pre-pandemic! I suppose some good came from it all…), where we discussed the context for the work, experimental design, specific methodologies, his progress, and planning our to-do list for the upcoming week. Cecilia, A STAR Lab graduate student, typically joined our Zoom calls. She and other staff would help prepare the materials Jerry needed and demonstrate the techniques to him when he was in the lab. It was quite the team effort! I came away incredibly impressed by the program that SARSEF has created – the resources, organizational structure, and other supports (e.g., weekly meetings with undergraduate facilitators) make this program a transformational experience not only for the mentees but also for the undergraduate and graduate students that assist along the way.

Mentors and students in STAR Lab continue to prepare the way for future research in all fields of STEM. When I asked Stacey in what ways scientific mentorship has impacted her practice and mentoring with the STAR Lab program, she said, I have had a variety of mentors with a variety of mentoring styles. I have tried, over the years, to develop a mentoring style that pulls the best bits from all of them. I began conducting independent, mentored research as an undergraduate student. I was nervous and lacked confidence, but my mentors clearly had trust in me and my abilities, and this helped me push forward in the field. Another mentor was great at personalizing his mentoring approach to the needs of his mentees and encouraging us to find and follow our own passion in science. Another emphasized the importance of community, kindness, and diversity of lived experiences in science. As a STAR Lab mentor, I hope to bring these kinds of growth experiences to Southern Arizona high school students.

I asked about Stacey’s most recent project with STAR Lab, and how it has impacted herself and her students. She said that her research team has identified a handful of symbiotic bacteria that provide antifungal protection to their animal host.

My current STAR Lab students are working with the bacteria to identify the mechanism of antifungal action. The pace of research is often slower than students expect, and a perceived lack of progress can be frustrating for them. I emphasize to students that this is typical, especially when developing new protocols and techniques. My emphasis is not just on imparting knowledge but on nurturing the potential within each student. So, “reaching for the stars” may mean very different things to different students.

I was curious to know how Stacey would describe her experience in field research before working with STAR Lab. When asked, Stacey smiled and stated, “I love fieldwork.“

It is definitely what got me hooked into the field of biology! It is empowering to be surrounded by nature and just observe. Observe and generate questions about the natural world. And then figure out how to scientifically address them! Although I have done fieldwork in a variety of places, the one that keeps drawing me back is the Chiricahua Mountains in SE Arizona (for longer than I’d like to admit (30-ish years!)). This mountain is part of the Madrean “sky islands” – an archipelago of mountain islands surrounded by desert seas. The biodiversity here is incredible! I first went there as an undergraduate student from UCLA, and I have been returning annually throughout my professional career. My work is based out of the American Museum of Natural History’s Southwestern Research Station, and I have brought dozens of undergraduate students there with me over the years. I love exposing them to this place that was so transformational in my life. While we are there, we often interact with high school groups that come through the area, including a group from Tucson High Magnet School. That is actually how I got connected to SARSEF and STAR Lab. The previous Director of Research, Margaret Wilch, and I met there almost 20 years ago. I worked with her THMS students over the years. When she retired from teaching and moved to SARSEF, I was delighted to be able to support the program by serving as a remote mentor for STAR Lab students.

Wow, I told you Professor Stacey Weiss is amazing. Her research is as marvelous as our Arizona sunsets…astonishing. So, I wanted to know, as I’m sure you do too, where she sees her work expanding as a faculty member and mentor working with students?

I am trained as a behavioral ecologist, so the microbial work that I am doing now is quite new to me. I hope to continue to learn and develop modern microbial ecology techniques to address questions about the function of wild microbiomes and their effect on their animal hosts. My immediate aims are twofold: 1) I hope to examine interactions between the microbiome and ecoimmunology of free-ranging lizards, and 2) I want to examine intersections between microbial and behavioral ecology by thinking about how lizard behavior (diet, sociality, mating, etc.) affects and is affected by their microbiome.

Tune in for What’s Next with Professor Stacey Weiss. Her research and collaboration with STAR Lab continues. We love her journey, “Living the best version of yourself – while reaching for the stars.”

About SARSEF’s Lindsey Intern, Cynthia Blockburger

Cynthia Blockburger is a highly qualified science teacher and mentor and is currently entering the final phase of her Ph.D. Candidate at the University of Arizona. She is also the Vice President of the College of Education Deans Graduate Advisory Board. In 2022, she was awarded the English Language Arts Title One School’s highest teacher-performer award for the Arizona Academic Standard Assessment. She has a Bachelor’s Degree in Science and Mathematics from California Polytechnic State University-San Luis Obispo and a Master’s in Education from The University of Arizona. She is a passionate educator with over 19 years of experience working with diverse students in grades K-20, specializing in STEM and English Language Arts. Over the years, Cynthia has developed various robust and diverse science curricula by state and national standards. In doing so, she has extended and fostered positive mentor and mentee relationships with students. As a first-generation graduate student, she has worked in various graduate associate positions, such as with Diversity, Equity, and Inclusion. Under the direction of the University of Arizona Dean Berry and Associate Dean Reyes, Cynthia has provided academic and administrative leadership to support programs in the College of Education, liaised between the college and all campus colleges/divisions, and served crucial roles in research. One of her many goals has been to continue diversifying available programs, such as the AACTE Holmes Scholar Program, to meet the needs of the extended community of learners. She has also worked with Dr. David Moore, Dr. Sara Chavarria, and Dr. Corey Knox to survey the UA campus landscape to identify where field-based or experiential programs could be more inclusive and provide a better student experience from historically marginalized backgrounds. Cynthia’s work supports research and commitment to Equal Opportunity, Diversity, and Inclusion, research findings, and possible solutions for raising awareness among mentors and organizers of field-based research, curricula, and academia. As a first-generation college graduate, she aims to empower students to love obtaining knowledge and develop the joy of striving for academic excellence with a solid foundation for learning.

Become a SARSEF Science Ambassador

Become a SARSEF Science Ambassador!

The Science Ambassador program prepares student scientists and engineers to represent SARSEF at events while promoting STEM accessibility and diversity throughout the community. Ambassadors will attend four training sessions to certify their involvement at community events. Once certified, Science Ambassadors are able to represent SARSEF, facilitate activities at tabling events, and have access to speaking opportunities to share their passion for STEM with PreK-12 students and educators in Southern Arizona.  

Who we are looking for:  

  • Student volunteers who are at least 16 years old (high school or college/university/trade school)
  • Passionate about STEM and inspiring the next generation of scientists and engineers 
  • Previous participation in one or more of SARSEF’s programs preferred 
  • Excellent communication skills, including comfort with public speaking or an interest in building public speaking skills 
  • Experience collaborating across diverse groups 
  • Responsible, self-motivated, enthusiastic, and creative 
  • Availability in their schedule to attend trainings and 2-3 community events a month 

Benefits of Certification:

  • Fulfill needed service hours in a fun and impactful environment
  • Ability to list program membership and certification on resume and LinkedIn profile as a representative of a leading STEM education nonprofit. 
  • Opportunity to network with industry partners at events
  • Participate in diversifying access to quality STEM programming and expanding impact to those with the greatest need
  • Letters of recommendation written by SARSEF leaders as you continue to volunteer with our organization

Where: The training will take place virtually; community events will be in and around the Tucson area.

When: Date and time for training are TBD. Once training is complete, community event opportunities vary from weekdays, weekday evenings, and weekends. Event participation schedule is flexible, however, we do expect Ambassadors to attend at least 2-3 community events a month.

Register for an upcoming cohort

Cohort signups happen several times throughout the year. For more information on upcoming cohorts and to register, visit our Science Ambassadors page.