UNLV Graduate Amber Guckes Honored for Contributions to Radiation Detection Technologies
Advancing Radiation Detection and Strengthening STEM Education at the University of Nevada, Las Vegas
The University of Nevada, Las Vegas (UNLV) continues to establish itself as a hub for innovative research and dedicated STEM mentorship, exemplified by its remarkable alumna, Amber Guckes. Recognized with a prestigious Presidential Early Career Award for Scientists and Engineers (PECASE), Guckes’s work in developing cutting-edge radiation detection technologies underscores the university’s commitment to scientific excellence and workforce development in critical national security areas.
UNLV and Its Role in STEM Education and Research
The University of Nevada, Las Vegas has a longstanding reputation for fostering strong STEM programs within its diverse academic offerings. Its College of Engineering, along with specialized research centers, champion hands-on learning and innovative research that prepare students to excel in fields like nuclear engineering, radiation detection, and security sciences. The story of Amber Guckes highlights how UNLV’s emphasis on experiential learning and industry connections can propel students towards impactful careers.
Meet Amber Guckes: From Creative Roots to Nuclear Innovation
Growing up with passions in dance, drawing, and fashion design, Guckes discovered her talents in math and science through encouraging teachers early in her schooling. Her father’s encouragement led her to explore engineering, ultimately choosing nuclear engineering—a decision that set her on a trajectory to become a leader in radiation detection technology.
At UNLV, Guckes’s academic journey was marked by persistence and active engagement with faculty mentors such as Dr. Denis Beller and Dr. Alex Barzilov. These connections not only provided her with foundational technical skills, such as proficiency with Monte Carlo simulation codes, but also connected her to real-world research opportunities at the Nevada National Security Site (NNSS).
Research and Contributions Shaping National Security
Guckes’s work at the NNSS focuses on designing and refining advanced radiation detectors that are critical for stockpile stewardship and national security. Notably, her team’s development of the multi-layered avalanche diamond detector (MAD)—a sleek, ultra-thin device capable of amplifying minute radiation signals—represents a significant technological leap. These innovations contribute directly to safeguarding the nation’s nuclear arsenal by enabling more precise monitoring and detection of nuclear materials.
Her innovative approach incorporates multimodal detector designs, stacking thin synthetic diamonds, and leveraging their unique properties to improve sensitivity and durability. As a leader on several research projects, Guckes exemplifies how scientific creativity paired with technical expertise can produce solutions with high-impact applications.
The Significance of the PECASE Award
The PECASE recognizes early-career scientists who demonstrate exceptional potential for leadership in science and engineering. Guckes’s receipt of this award not only highlights her individual accomplishments but also raises the profile of UNLV’s STEM programs. With a sizable research grant accompanying the honor, she aims to mature her detector designs and expand their practical applications, further advancing national security technology.
Mentoring the Next Generation in STEM
Beyond her research, Guckes actively contributes to STEM outreach, mentoring students and inspiring youth through programs like Nevada’s Flight Crew, Girl Scouts, and university initiatives. Her transition from a creative childhood to a STEM career underscores the importance of diverse role models and early exposure to science for encouraging more young people—especially women—to pursue careers in engineering and technology.
Her efforts demonstrate how established scientists can give back to the community, fostering a pipeline of skilled professionals ready to take on challenges in nuclear security, radiation protection, and related fields.
Opportunities for Students and Future Researchers at UNLV
Guckes’s story exemplifies the value of UNLV’s collaborative environment, where undergraduate and graduate students are engaged in meaningful research early in their careers. The university’s links with national laboratories like NNSS provide vital internship and employment opportunities, creating a direct pathway from classroom to the workforce.
Students interested in radiation detection, nuclear engineering, or national security can benefit from UNLV’s comprehensive academic programs and mentorship networks. Additionally, participating in research projects similar to Guckes’s work can give students a competitive edge and real-world experience.
Why Choose UNLV for Nuclear and Radiation Detection Careers
If you are considering a career in radiation detection technologies, UNLV offers a compelling platform. Its faculty are actively involved in cutting-edge research, and its partnerships with federal agencies like the NNSS support hands-on training. The university’s focus on experiential learning ensures students develop the technical expertise and innovative mindset necessary for leadership roles.
Furthermore, UNLV’s commitment to STEM outreach and diversity fosters an inclusive environment where all students can thrive. Whether aiming to contribute to national security or to advance scientific knowledge, students can find the resources and mentorship needed to succeed.
Take the Next Step in Your STEM Career
For aspiring students interested in nuclear engineering, radiation detection, or related fields, exploring UNLV’s programs and research opportunities can be an excellent move. The university’s emphasis on practical skills, industry connections, and leadership development equips graduates to tackle some of the most pressing technological challenges today.
Discover if a career in radiation detection technology is right for you—submit your application to UNLV today or reach out for more information about our STEM programs. Embark on a path that combines scientific innovation with meaningful societal impact.
Conclusion
Amber Guckes’s inspiring journey from a creative childhood to earning one of the nation’s highest scientific honors exemplifies the impactful potential of strong STEM education at the University of Nevada, Las Vegas. Her work continues to push the boundaries of radiation detection technologies, reinforcing UNLV’s role in preparing leaders for national security and scientific advancement. Whether you are a prospective student or an established researcher, UNLV offers the resources and environment to help you achieve similar success.
Interested in joining a university that combines innovation, mentorship, and real-world impact? Apply now or explore our engineering programs today.
