June 12, 2025
Dear UChicago PME Community,
On June 7, we celebrated our cohort of 2025 graduates – 46 undergraduate majors and 109 Masters or PhD students! Each of them has proven their skill, resilience, and creativity to arrive at this moment. But I am most excited about the remarkable paths they are taking forward: they will be launching startups, joining industrial labs, or delving deeper into basic research. All will be adding to our knowledge or translating discovery into tools that improve lives. What unites them is a shared UChicago PME experience—one defined by interdisciplinary training, bold problem-solving, and broad collaborations.
This spirit is evident in the stories of our graduating class. For example, George Rose, who earned his BS in Molecular Engineering, has co-founded a startup that turns plastic waste into low-carbon fuels. Anchita Addhya, PhD ’25, helped pioneer a way to laser-write quantum bits in diamond—and won UChicago PME’s top mentoring award along the way. Pengju Li, PhD ’25, has developed light-activated pacemakers and skin-healing bioelectronics, earning international recognition for his work. And Ashley Ellis, MEng ’25, is using her degree in Immunoengineering to bridge science and business in the biotech world. This class is already using their education to make a difference.
Our keynote speaker, Michael Polsky (MBA ’87), founder and CEO of Invenergy, captured the moment perfectly. “Make the work visible. Make it human. And remember that engineering is a team sport,” he told graduates.
At UChicago PME, this mindset is foundational. We don’t just train students to solve technical problems—we prepare them to engage with others, and to collaborate across boundaries to turn ideas into real-world impact.
Polsky noted that we are entering a world in transformation—a world marked by technological acceleration, social upheaval, and shifting definitions of how we live, work, and lead. In this moment, engineers have an essential role to play—not only as builders, but as leaders.
UChicago PME students graduate with more than knowledge—they leave with the mindset and skills to shape the future. I am excited to hear about their progress. Congratulations to all of our graduates!
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular Engineering
Dear UChicago PME Community,
At the UChicago Pritzker School of Molecular Engineering, we often speak about discovery — of new methods to store energy, provide clean water, improve health, and unlock the potential of quantum devices. But discovery alone is not enough. At its heart, engineering is about solving real problems for real people.
This is where translation and entrepreneurship become essential. Our students and faculty are not only inventors but founders, driven to translate ideas into companies, and solutions into societal benefit. Importantly, UChicago PME researchers make up just 2% of the University’s tenure-track and clinical faculty, yet they accounted for 45% of all provisional patents filed in 2024 at the University. The numbers illustrate UChicago PME’s impressive impact.
As one example, memQ, a quantum startup grounded in UChicago PME talent, is creating solutions to transform quantum networks and connectivity—strengthening the security of America’s financial systems, elections, and more. Signl, co-founded by PME faculty and alumni, is pioneering methods to improve the safety and efficacy of immunizations. Rise Reforming, created by UChicago PME students, is taking plastic directly from retailers and manufacturers and repurposing it, eliminating plastic waste for a sustainable and profitable business future.
In fact, just last week, the Polsky Center for Entrepreneurship and Innovation shared that of the 21 teams seeking to address real-world challenges through its I-Corps program, nine of the teams included our students.
Today, UChicago PME boasts more than ten emerging startups—each focused on solving real-world challenges that affect everyday Americans. These ventures generate jobs, stimulate the economy, and bring vital technologies into the marketplace, fueling innovation across the Midwest and the country.
That leads me to another exciting announcement – we are thrilled to showcase this spirit of entrepreneurship at our upcoming Convocation in June, where we will welcome University trustee and Chicago Booth alum Michael Polsky, MBA ’87, as our featured speaker. A pioneer in both business and innovation, Mr. Polsky exemplifies the approach we seek to instill in our students: courage, creativity, and a deep commitment to positive public impact.
Whether through scientific discovery, company creation, or community collaboration, UChicago PME students, postdocs, alumni, faculty, staff, and partners are working to shape a better, more resilient future for all Americans. This entrepreneurial drive is helping translate our discoveries into reality—one venture, one breakthrough, and one bold idea at a time.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear PME Community,
We often highlight the accomplishments of our graduate students and postdoctoral researchers, but undergraduate students are equally essential to the fabric of UChicago PME.
Since our very first undergraduate major in 2015, our numbers have grown exponentially, with the current cohort at more than 165 majors and minors studying molecular engineering. These students excel in a unique, interdisciplinary curriculum that teaches them to think like engineers and develop hands-on solutions to problems.
In our classrooms and labs, undergraduates exemplify the power of experiential learning. As part of our Engineering Design capstone course, Molecular Engineering majors design real-world products—from bioreactors to heat pump clothes dryers—under the guidance of industry mentors. This hands-on course reflects our educational model—rigorous, interdisciplinary, and grounded in real-world impact.
Undergraduates also bring an eagerness to engage in meaningful research that never fails to inspire me. A striking example comes from UChicago PME’s High Lab, which, in collaboration with Argonne National Laboratory, has discovered a novel way to bond diamonds to materials compatible with both quantum and conventional electronics. That team—including undergraduate Avery Linder—has recently been selected as a finalist for the Spring 2025 George Shultz Innovation Fund for its efforts to scale this quantum technology.
Earlier this year, I had the pleasure of meeting with our current cohort of Pritzker Scholars, and it was also clear to me that the wide range of opportunities at UChicago PME is a key part of what draws students here.
Outside the classroom and lab, students engage through clubs such as the UChicago Quantum Society, the Society of Molecular Engineers, Combat Robotics, and a new Formula SAE team. These clubs build knowledge, skills, teamwork, and community – and are apparently also a lot of fun!
I am proud that we support student growth, engagement, and learning across all levels at UChicago PME. By investing in our students, we invest in the best of our shared future.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear PME Community,
This is a time of change in higher education—shifting priorities, evolving research landscapes, and discussions about the role of universities in shaping the future. Yet at UChicago PME, one thing remains clear: the research we undertake is essential to America’s future.
Every day, UChicago PME scientists and engineers are creating solutions that will define the next era of technological and societal progress. We are pioneering new materials to extend battery life, designing bioelectronic interfaces that seamlessly integrate with the body, and advancing immunoengineering to develop more effective therapies. We are laying the foundation for unhackable quantum communications, robust quantum networks, and new quantum algorithms that will transform computation. These breakthroughs are not only pushing the boundaries of science—they are solving pressing challenges that will shape our economy, our national security, and our daily lives.
This impact is possible because of a strong ecosystem of support to whom we are extremely grateful: from UChicago’s deep commitment to research to the generosity of donors and, critically, to federal funding that sustains the nation’s scientific enterprise. These resources allow us to conduct bold, high-risk research, support our students, and build the labs that make discovery possible. As the national conversation around funding evolves, we are working closely with partners across government, industry, and academia to ensure that UChicago PME continues to grow and develop novel solutions at the forefront of scientific innovation.
The challenges ahead demand that we rise to the occasion. At UChicago PME, we are not just preparing for the future—we are building it. And we are grateful for all who recognize the value of this work and stand with us in advancing knowledge, technology, and human progress.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
At UChicago PME, we are redefining what is possible in biological and immunological engineering. Our interdisciplinary approach, combined with the existing strength in immunology research at the University, is poised to revolutionize approaches to developing more potent therapies for the human immune system, relevant to curing diseases from lupus to multiple sclerosis.
This is evident in our faculty’s pioneering research. Just recently, Assistant Professor Juan Mendoza and his team unlocked a critical understanding of interferon lambda 4 (IFNλ4), a protein linked to viral susceptibility. Their breakthrough, published in Nature Communications, marks the first time IFNλ4 has been successfully produced and isolated, paving the way for future strategies to mitigate its negative impact on immune response.
Equally exciting is research from Assistant Professor Sihong Wang’s lab, published in Science, on hydrogel-based semiconductors. These stretchable, water-compatible, electrically conducting materials seamlessly interface with living tissue, offering immense potential for implantable biosensors, pacemakers, and drug delivery systems.
Professors Aaron Esser-Kahn and Andy Ferguson recently collaborated to use machine learning to discover a new molecule capable of three-fold enhancement of the immune response of a key cancer immunotherapeutic.
Beyond individual research breakthroughs, our faculty’s ability to secure competitive funding highlights the confidence the scientific community also has in our approach. Earlier this year, six UChicago PME-led teams were awarded $4.8 million from the Chan Zuckerberg Biohub Chicago’s Investigator Program, supporting high-risk, high-reward projects focused on inflammation and immune system function. This investment fuels early-stage research with the potential to redefine how chronic diseases are treated.
These innovations are not developed in isolation. They are made possible by UChicago PME’s inherently collaborative environment—where engineers work alongside biologists, physicians, and computational scientists to accelerate discovery. Our partnerships across the University of Chicago, from UChicago Medicine to the Biological Sciences Division and with Argonne National Laboratory, strengthen our ability to engineer novel therapeutics, synthetic vaccines, and advanced biomedical technologies. Together, we are creating an ecosystem where novel solutions are not only possible but are clearly on the horizon.
With each research breakthrough, grant, and collaboration, we are establishing a future where engineered solutions improve lives. I look forward to seeing where our discoveries take us next.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
The United Nations has declared 2025 the International Year of Quantum Science and Technology (IYQ) to mark 100 years since the development of quantum mechanics, the field of physics that explains how extremely small objects behave.
It’s been a century of exploration, and the University of Chicago has embraced a pivotal role in advancing quantum research and innovation for the next century and beyond. UChicago’s leadership in this transformative field has been extraordinary.
When The Pritzker School of Molecular Engineering was founded in 2011, a core goal was to make a lasting impact in quantum science and technology. That success is evident: because of UChicago PME and partners in the Physical Sciences Division including Physics and Computer Science—as well as close collaborations with Argonne National Laboratory, Fermilab, and others, Chicagoland has become a premier hub for quantum research, education, technology, and business.
Our faculty, students, and postdocs drive critical advancements, including scaling superconducting quantum devices, innovative methods to study large quantum systems, phonon-based quantum computing, quantum networks, and using quantum techniques to build superconductors. These efforts, alongside collaborations with Northwestern and the University of Illinois Urbana-Champaign, have laid a transformative foundation for Illinois and our nation’s future.
This past summer, leaders from the public, private, and nonprofit sectors announced the Illinois Quantum & Microelectronics Park in South Chicago, anchored by investments from PsiQuantum, the state of Illinois, and up to $140 million from DARPA. Expected to have a $20 billion economic impact over the next decade, it reflects the region’s growth as a quantum leader. Additionally, the Bloch Quantum Tech Hub, led by the Chicago Quantum Exchange, received a $500,000 award from the U.S. Department of Commerce to accelerate industry adoption of quantum technologies, contributing to an anticipated $60 billion regional economic impact by 2035. Our impact continues to grow.
UChicago is proud to be a critical link in Illinois’ booming quantum ecosystem. Over the course of the coming year, be sure to visit UChicago’s dedicated 2025 IYQ website to share in our sense of excitement and learn about new breakthroughs and collaborations across UChicago and beyond as we celebrate all things quantum!
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
During this season of giving, as I consider all that the University of Chicago and the Pritzker School of Molecular Engineering give back to the world, I am both humbled and grateful.
UChicago PME aims to solve global challenges, and our faculty, students, postdocs, and staff do this throughout the year. Importantly, our teams drive innovations in clean water, energy storage, novel materials, medicine, quantum computing and so much more. From turning plant waste into high-tech material, to partnering to discover new cancer therapies using AI, to making leaps in quantum networking, one has only to look at the list of recent research to see that despite our small size, we are truly world-class. In fact, five of our faculty made Clarivate’s recent list of the world’s most highly cited researchers.
Beyond our collaborative research for the greater good, the UChicago PME community also thinks deeply about fluency in science, technology, engineering, and mathematics. Our undergraduate and graduate programs and our K-12 educational programs promote this fluency by providing hands-on, student-centered learning experiences to the Chicagoland region.
As one example of our work, the City Colleges of Chicago Program may happen in the summer, but it is something for which we plan all year round – hosting students from the CCC for a three-week intensive introduction to Molecular Engineering. Additionally, our partnerships on the South Side Science Festival, the No Small Matters Engineering Fair for middle schoolers, and our youth-focused Battery Day at the Museum of Science and Industry are ways in which we continue to share information and excitement around STEM with the public.
There are many ways in which our faculty, students, postdocs, and staff give back to the community and the world writ large throughout the year. But I also want to emphasize that we at UChicago PME receive just as much from our students, postdocs, staff, our partners, our colleagues, and our community. We are so fortunate to have such an incredible, engaged, and active group of people around us, working with us to make the world a better place, one interaction at a time. That’s the spark that keeps me motivated. I hope it does for you as well. I wish you a wonderful holiday season.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
Climate change is one of the most critical challenges of our time. PME and the University of Chicago recently made a significant step forward in working to address climate change with the launch of the Institute for Climate and Sustainable Growth, a collaborative effort that merges frontier research and education in economics and climate policy with cutting-edge energy and climate technologies. The Institute explores novel approaches for answering the question: How can we mitigate the effects of climate change without sacrificing global prosperity and growth?
UChicago PME’s energy expertise serves as the foundation for one of the Institute’s three pillars, the Energy Technologies Initiative, directed by PME Prof. Shirley Meng. Beyond connections to policy and scientific research, the Energy Technologies Initiative will connect fundamental research to early-stage startups and major corporations via the recently launched Energy Transition Network, co-directed by Meng and PME Prof. Laura Gagliardi. The Institute for Climate will also have close ties to other aspects of the energy ecosystem, such as the Argonne Collaborative Center for Energy Storage Science (ACCESS), where Meng is chief scientist, and the Argonne-based Energy Storage Research Alliance (ESRA), also directed by Meng.
Notably, researchers at UChicago PME and Argonne National Laboratory now form the nation’s largest cluster of energy technology experts, working on everything from advanced energy storage and batteries to creating clean energy from waste to enabling carbon capture using plant-based materials. This powerful alliance is laying the groundwork for a sustainable future.
At UChicago PME, we embrace challenges, leading the way on innovation and excellence. We are thrilled that our investments in energy and sustainability have allowed us to partner across campus, to confront climate change while striving to meet the world’s need for growth and increased living standards. Together, the University of Chicago and PME can make a positive impact on the most important problems facing us today.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
As we enter October, I want to extend a warm welcome to the new students joining us at the UChicago Pritzker School of Molecular Engineering. Your arrival marks the beginning of an exciting journey. At PME, we know that interdisciplinary education is the driver of innovation and discovery. We enable our students to approach challenges with differing perspectives, transforming the educational experience and the careers and fields in which you will ultimately work. I encourage each of you to embrace the full breadth of opportunities across UChicago and at our partner institutions like Argonne National Laboratory.
This month also holds personal significance for me, as I mark my first year as Dean of PME. Over the past twelve months, I’ve had the privilege of witnessing the remarkable dedication and innovation that defines this community.
PME’s impressive growth is a testament to the power of our school’s non-traditional approach. This year, we not only welcome an expanded cohort of MEng and PhD students, attracting top talent from around the world, but we are already planning for future expansions, including new state-of-the-art laboratories and classroom spaces to support our evolving research and educational programs. This transformation is now visible in the construction happening just outside the William Eckhardt Research Center. PME is also seeking to attract new faculty who will further enhance our ability to innovate solutions to complex global challenges across immunoengineering, energy and sustainability, and quantum engineering.
Although we focus on solving global problems with our research, it is also important to engage with our community here at home, and we do this in a variety of ways throughout the year. Last weekend, the University of Chicago hosted the third annual South Side Science Festival, a vibrant celebration of science and engineering. The event welcomed more than 4,500 attendees to campus to engage in hands-on demonstrations and activities and was made possible by nearly 1,000 UChicago volunteers, staff, scientists and engineers. It was a joyful reminder that science inspires curiosity, sparks the imagination, elicits laughter, and can encourage a life-long passion for STEM. I value the idea that our PME students are engaging with and providing educational growth opportunities for other young people.
With that promising beginning, I look forward to the year ahead as we continue to collaborate, grow, and innovate the future.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
At UChicago PME we focus on developing materials and technologies for clean energy, including energy storage, a critical technology for the future. Our investments in this core area of research and education have created unparalleled strength; when combined with our close partners at Argonne, we have the largest cluster of energy storage researchers in the nation.
Our leadership is being recognized – the U.S. Department of Energy recently announced the Energy Storage Research Alliance (ESRA), a $62.5M initiative, led by Argonne National Laboratory and directed by PME Professor Shirley Meng. ESRA brings together nearly 50 researchers from national laboratories and universities to address critical battery challenges such as safety, high-energy density, and the development of long-duration batteries from abundant, cost-effective materials. The goal is to push the boundaries of energy storage science, driving innovation and strengthening U.S. economic competitiveness. The alliance is co-led by Lawrence Berkeley National Laboratory and Pacific Northwest National Laboratory.
ESRA is just one part of PME’s broader commitment to clean energy work. In August, the Energy Transition Network (ETN) was launched, a collaboration that unites academia, national laboratories, and industry—from major corporations to startups—with the goal of working together to transition the globe off fossil fuels safely, swiftly, and cost-effectively.
Led by Professor Meng and PME Professor Laura Gagliardi, the ETN will connect research with industry to turn innovations into climate solutions and create well-paying jobs. This Network will also serve as a vital conduit for industry connections within the new climate and energy institute that the university plans to unveil on October 30.
The challenges we face in the clean energy space require bold, game-changing research and ideas. They require the development of a robust ecosystem and collaborations across science, technology, industry, academia, and the national laboratories. We have a track record of success in drawing together partners that effect positive change, and this is no different. Together, we can tackle humanity’s greatest challenges and find novel and effective solutions that benefit the world, in clean energy and beyond.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
When UChicago’s Pritzker School of Molecular Engineering was founded, a core goal was to build our impact in quantum science and technology. Now, 12 years later, the success of that goal is clearer than ever: because of PME and partners in academia, government, and national labs, Chicago is now the premier location for quantum research, education, technology, and business.
Recently, leaders from the public, private, and nonprofit sectors announced the creation of the Illinois Quantum & Microelectronics Park in South Chicago, anchored by investments from PsiQuantum, the state of Illinois, and up to $140 million from DARPA. This campus is estimated to have a $20 billion economic impact over the next decade. Additionally, The Bloch Quantum Tech Hub, led by the Chicago Quantum Exchange, received a $500,000 Consortium Accelerator Award from the US Department of Commerce to accelerate industry adoption of quantum technologies. These developments, along with projects like the CQE-led NSF Engines Development Award, are projected to drive $60 billion in economic impact for the region by 2035.
The investment in Illinois’ quantum infrastructure is predicated on important foundational work that has already been accomplished. The University of Chicago, with pioneering degree programs in quantum engineering through the PME, is pushing scientific boundaries alongside the University of Illinois Urbana-Champaign and Northwestern University. Strong relationships across the UChicago Physical Sciences Division, CQE, the Polsky Center for Entrepreneurship and Innovation, and Argonne and Fermi National Labs mean the region can effectively accelerate collective innovation. Duality, the first quantum accelerator in the country, is hosting startups commercializing quantum innovations and attracting significant investment.
At PME, we are investing in growing our quantum faculty and bringing approximately 15 additional state-of-the-art quantum laboratories online in the next five years. Our faculty and students drive critical advancements, including research discoveries in noise-canceling qubits, trapped atom arrays, phonon-based quantum computing, quantum networks, using quantum techniques to build superconductors, and more. PME is a critical link in Illinois’ booming quantum infrastructure, and we are excited to help build the quantum economy in the coming decade.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
Our mission at the UChicago Pritzker School of Molecular Engineering is to work collaboratively to solve some of humanity’s biggest challenges – including water scarcity, information security, healthcare, and sustainable energy. To understand and address global issues effectively, we must foster strong international partnerships, embrace a wide variety of perspectives, and connect with the best minds around the world.
Our partnerships highlight our dedication to building and nurturing vital connections. Two recent visits organized and led by PME faculty – a quantum workshop as part of a new partnership with IIT Bombay and a separate recruitment visit to IIT Delhi this June – have strengthened those ties. UChicago’s partnership with IIT Bombay reaffirms the goals of the U.S.-India initiative on Critical and Emerging Technology (iCET) to elevate and expand strategic partnerships between the two countries’ governments, businesses, and academic institutions.
In Nigeria, Professor Chibueze Amanchukwu has developed a program that provides high-achieving Nigerian undergraduate students with research experiences so they are competitive for U.S. PhD programs. RENEU (Research Experience for Nigerian Engineering Undergraduates) not only enhances our global outreach but also contributes to the educational and professional growth of students in traditionally underserved regions.
And in mid-July, UChicago will welcome colleagues from France, Germany, Iceland, Italy, Switzerland, and across the US for an event that examines computational reaction prediction and interdisciplinary breakthroughs. This event is developed through our partnership with CECAM, the premier European Center for Atomic and Molecular Calculations.
These are just a few of our global collaborations. Our many and varied partnerships are significant – they allow us to learn from different perspectives, share our insights, and work together to drive innovation on a global scale. Further, our students, who come from every corner of the globe, exemplify and strengthen our commitment to global engagement. Together, we are building a future where our research and collaborations drive meaningful progress and contribute to a better world.
Warm regards,
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
June is the month that we celebrate the achievements of our graduating students. At PME’s recent convocation, we celebrated 59 undergraduate Molecular Engineering majors, 14 Master of Engineering students, six Master of Science in Molecular Engineering students, and 28 PhD students who have completed their studies at PME. Their dissertation topics ranged from therapeutic cancer vaccines to fault-tolerant quantum computing. And they are off to exciting future positions at Tempus AI biotech, Portal’s venture team, as well as future studies at Yale, Princeton, UCLA, UChicago Booth, and more.
Convocation marks a significant life milestone – particularly because obtaining an engineering degree in molecular engineering is no small feat. Many of our students have spent countless hours on a single problem set or years on a single project. They have tackled innumerable challenges and persevered.
We live in a world with difficult problems. At times, the solutions seem daunting: build consensus, address long-standing geo-political conflicts, develop secure communications, combat social injustice, climate change, and disease.
Yet, I know that our graduates are prepared to confront challenges and solve hard problems. They are trained to attack problems as engineers do: break them down, work on each piece, and then put the parts back together in an even better way.
My advice to our graduates is simple – as you begin this new chapter, embrace challenges as opportunities to grow, learn, thrive, and create a positive impact. Approach each challenge with courage, resilience, and belief in your abilities. Keep trying and know that you have trained for this, and you can make a difference. The world needs you.
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
At the UChicago Pritzker School of Molecular Engineering, our robust commitment to diversity and inclusion for all scholars, educators, learners, and staff reflects our broad community. We are an inherently interdisciplinary program, bringing together the best minds with diverse perspectives to collaboratively solve some of humanity’s biggest challenges. Creating an inclusive environment isn’t separate from that work – it’s the very essence of it.
Since 2020, our Committee on Diversity & Inclusion has worked to make this commitment tangible. This group of volunteer faculty, staff, and students implement new D&I-focused training, mentorship, and tutoring programs, organize social events that share the joy of each other’s cultures, develop climate surveys that ask the hard questions about our workplace and seek to improve our connections, workshop inclusive teaching practices that benefit everyone and help to create policies that merge our values with day-to-day practices.
I hope you all enjoyed the recent Asian American & Pacific Islander Heritage Month celebration as just one example of the ways in which we come together as a community – that was an event organized by the Committee. However, the behind-the-scenes work PME’s D&I Committee undertakes is part of the fabric of our community and goes far beyond the wonderful events in which we all engage..
I encourage you to explore PME’s D&I page and consider how you can contribute your insights and perspectives. Together, let's continue to nurture an environment where every voice is heard, valued, and respected.
Nadya Mason
Dean, UChicago Pritzker School of Molecular EngineeringDear Community,
Educating the next generation of engineers is a core mission of PME. We have developed powerful interdisciplinary programs for our undergraduate, PhD, and master’s students. We also recognize that in order to develop engineers in the future, we must attract them even before college. When access and interest in STEM takes root at a young age, students develop knowledge and the skills to solve challenges. They also begin to discover how fascinating and relevant STEM subjects really are, a first step to pursuing careers in STEM.
The numerous K-12 educational outreach programs PME offers promote this type of fluency by providing hands-on and student-centered experiences for middle and high school students and their teachers as part of an integrated approach to learning.
For example, this coming Friday, our graduate researchers will be sharing their passion for STEM subjects through a variety of hands-on activities during our No Small Matter Molecular Engineering Fair. More than 120 students from four South Side middle schools will spend the day with us discovering STEM as they explore this year’s fair theme - solving problems through engineering. This collaboration inspires PME students as much as it does the middle schoolers and their teachers.
Throughout the spring quarter, students and postdocs in the PME Science Communications Program will also engage students and the broader public in STEM, visiting more than 20 middle school classrooms to lead junior science cafes, and, on May 11, hosting the PME STEM Showcase in partnership with the Museum of Science and Industry.
In June, we welcome the fourth cohort of high school students in the After School Matters STEM Lab Internship, which introduces high schoolers to STEM research at the college level. These summer internships offer insights into how science and engineering professionals work in an innovative, collaborative environment, and allow students who may not have access to research experiences to obtain valuable skills for college applications.
Beyond our K-12 programs, there are many other outreach activities in which PME and our students engage, including research opportunities for college students in programs such as REU or the City Colleges of Chicago summer program, as well as the innovative learning opportunities we offer local teachers through TeachQuantum.
All of these efforts fulfill our goal of igniting curiosity and passion for STEM fields and making engagement and education more accessible to all.
Nadya Mason
Dean
The Pritzker School of Molecular Engineering, University of ChicagoDear Community,
The University’s budget deficit has been an important topic of discussion of late. While these conversations are necessary, I want to remind you that from moments of challenge also come great opportunity. Our charge going forward is to thoughtfully prepare UChicago’s Pritzker School of Molecular Engineering for the future – to grow and develop the strength we need through our faculty, students, postdocs and staff to continue to thrive over the next decade and beyond.
PME is investing in sustainable growth: in faculty recruitment, undergraduate enrollment, master programs, teaching capabilities, and grant revenue. And our initial investments have already paid off, not just in technological advances, but in global impact. Our faculty’s efforts have brought more than half a billion dollars of regional investment to Chicagoland in the last two years alone. This includes our involvement in the Chan Zuckerberg Biohub Chicago, which will work to understand disease and discover new therapies, as well as in Great Lakes ReNew, which is inventing new ways to extract valuable minerals and toxic forever chemicals from wastewater. And there’s more.
Illinois Governor JB Pritzker’s recently proposed $500 million state investment in quantum is an incredible testament to the growth of quantum in the region – and PME helped build the ecosystem to make it possible.
PME was a big bet that has and continues to exceed expectations. Our driving role as a catalyst across campus and beyond has led to greater investment in the University, in Chicagoland, and in a better future.
We will continue to lead translational research and build meaningful partnerships between academia, government, and industry.
No University and no school are immune to challenges. It is how we meet those challenges that matters most. I can say with confidence that PME’s future is bright.
Nadya Mason
Dean
The Pritzker School of Molecular Engineering, University of ChicagoDear Community,
The UChicago Pritzker School of Molecular Engineering is a catalyst for innovation, a place that brings translational research to life. The recent award from the U.S. National Science Foundation Regional Innovation Engines program, which fosters innovation ecosystems across the United States to address pressing issues, is a perfect illustration.
The Chicago-based Great Lakes ReNEW coalition has been awarded one of the largest climate awards in the city’s history – up to $160 million over 10 years. Illinois Governor J.B. Pritzker noted the award in a recent press conference and release. The award builds on some of PME’s core strengths: stellar faculty, strong scientific collaborations with Argonne Lab, extensive outreach to the community, and world-class research in energy and sustainability.
For Junhong Chen, Crown Family Professor at Pritzker Molecular Engineering and Lead Water Strategist at Argonne National Laboratory, the announcement is the culmination of years of effort – and the promise of years of more important work ahead on a critical task. Chen is the Co-Principal Investigator for Great Lakes ReNEW. A water-quality expert with decades of expertise in real-time water quality monitoring and detection, Chen provided the scientific vision for the project, and will be working alongside PI Alaina Harkness, the Executive Director of the nonprofit Current.
Not only will the project remove the impurities from the water of the Great Lakes, but the effort will also take the resulting waste pulled from the water and turn it into renewable energy, creating jobs and new batteries.
This is exactly the kind of powerful work PME is driving forward across our interdisciplinary areas of research. Together, we are having a positive impact that is truly changing the world.
Nadya Mason
Dean
The Pritzker School of Molecular Engineering, University of ChicagoDear Community,
As we embark on a new year, I am excited about upcoming possibilities. The world is full of serious challenges, but we are actively working to address these issues, pushing the boundaries of teaching, research, and partnerships to make advances.
Some of the grandest challenges we face have to do with sustainability, which is a core focus for PME. Our faculty and students already are actively contributing to the development of clean energy solutions, working to help ensure a clean global water supply, and creating infinitely recyclable materials, among other endeavors. This work also dovetails with one of the key priorities set by University of Chicago President Paul Alivisatos around energy and climate change.
As one example, the goal of PME Prof. Supratik Guha is to create a sensor network that monitors the air, soil, and water for pollution and nutrient content, including the water of the Ganga River in India. These systems, Guha believes, will unlock sorely needed data on the planet’s rapidly shifting composition. The University of Chicago Trust and IBM recently announced their collaboration to scale the initiative through the IBM Sustainability Accelerator.
Junhong Chen, Crown Family Professor of Molecular Engineering at PME and lead water strategist at Argonne and his lab develop nanomaterials and nanodevices used in sustainable water technologies. One such technology is a low-cost, real-time water sensor that measures lead content in water within seconds. His device could have major health impacts for communities.
In addition to clean water, PME is creating clean energy solutions.
Neubauer Family Assistant Professor of Molecular Engineering Chong Liu’s group is developing electrochemical and optical tools to extract critical metals from seawater or underground salt brines, creating a fast, low-energy alternative to modern acid-reliant methods. Her research would also provide new tools to purify drinking water.
Y. Shirley Meng, a faculty member at Pritzker Molecular Engineering and the chief scientist for the Argonne Collaborative Center for Energy Storage Science, has her sights set on creating new technologies that support a sustainable future.
And Chibueze Amanchukwu, Neubauer Family Assistant Professor of Molecular Engineering at PME, also is driving novel battery work, and calls batteries the “kingmaker” of the energy challenge.
“Solving the battery challenge can solve many of the other challenges related to climate change,” he said. “Not only can they power electric vehicles, but they can also fill the void to store and provide excess energy when the wind isn’t blowing or the sun isn’t shining, to power our homes or power manufacturing plants 24/7.”
As we begin 2024, let’s continue our incredible forward momentum. PME is not just a place of inclusive education and research; we are a catalyst for positive change.
Thank you for being an essential part of our dynamic community. Here's to a 2024 filled with continued collaboration, innovation, and positive transformation.
Nadya Mason
Dean
The Pritzker School of Molecular Engineering, University of ChicagoAs we enter the holiday season, I feel a tremendous amount of gratitude. The fall is always a time of growth and activity, and now, as we sprint through December, I want to pause and take a moment to reflect. I’m thankful to UChicago and The Pritzker School of Molecular Engineering community for welcoming me and for sharing the incredible work unfolding across our interdisciplinary themes.
The holidays are also a time of togetherness – and this is something PME excels at all year long! We come together every day to advance science, engineering, and technology to have a positive impact on society. We gather students, faculty, and trainees, and connect to extensive partnerships, from our work across departments and schools at UChicago, to our connections with Argonne National Laboratory and FermiLab, to our role in the Chan Zuckerberg BioHub Chicago, to our international collaborations such as with CRNS in France – we are continuously forging new methods for research and discovery together.
For example, researchers at PME, Argonne National Laboratory, and Cambridge University recently partnered to “stretch” thin films of diamond and created quantum bits that can operate with significantly reduced equipment and expense. Another example: our Communication Skills for Industry Program (CSIP) is holding a Capstone Event this week that brings together PME students and industry partners. And: we were part of the recent Chicago Quantum Summit, one of the largest annual events connecting industry, scientific and government leaders, and trainees to help build the quantum ecosystem.
Looking ahead, I expect PME will engage even more deeply with industry partners, support increasingly entrepreneurial efforts among our students, and continue to leverage the considerable expertise across campus, the region, and beyond to collectively drive novel solutions to global challenges.
As we enter 2024, I am focused firmly on the future. And while that feels serious, there also is a great deal of fun in the work we do. For an inspiring way to close out the year, take a look at the predictions and observations PME faculty have made about the future of their fields for 2024.
Thank you for being part of our extraordinary community and for working together with us to create a brighter global future. I wish you a wonderful holiday season.
Nadya Mason
Dean
The Pritzker School of Molecular Engineering, University of ChicagoDear PME Community,
I’ve been Dean for just over a month, and it’s been a great experience so far. I’ve had the pleasure of learning more about the research and educational programs, and connecting with many of our students, postdocs, staff, faculty, and collaborators – all of which has reinforced my view that PME is the most exciting school of engineering in the country.
It’s been inspiring to see the impactful work happening here, from the development of an inverse vaccine that can reverse multiple sclerosis and type 1 diabetes in the lab, to the new Boeing collaboration that seeks to grow our robust quantum ecosystem, and novel biosensing transistors that allow for stable, suture free medical monitoring in the body as well as our PME faculty and students who brought “Battery Day” to the Museum of Science and Industry. It’s been fantastic to meet so many people who every single day invest themselves in PME’s transformative vision of the future.
I’m eager to further engage and focus on opportunities that lie ahead of us, and they are many. The new space at the corner of 52nd Street and Harper Avenue in downtown Hyde Park will be coming online soon, providing critical new laboratory space. We have done a tremendous job in leading research proposals and expenditures, and continued growth in this area will be an ongoing priority. Importantly, we also will be thinking about translational outcomes – expanding our relationships with industry and finding new ways to support and drive entrepreneurship.
This past year, PME matriculated 70 students, our largest class ever, and we will continue to strive to deliver the best educational experience for our undergraduate and graduate students as well as postdocs. We also aim to grow our professional masters programs, including adding new partnership programs.
And, it’s important to make sure that all of this work takes place in an inclusive, collaborative climate where people from diverse backgrounds and differing perspectives feel valued and engaged.
There is a lot of activity at PME, and learning about all of it has indeed felt like “drinking from a firehose.” My biggest take-away from the last month is this is an exceptional community. PME already has created a tremendous amount of positive momentum upon which we will continue to build.
Let us go forward with a renewed sense of purpose. We have a lot of excellent work to do, and I look forward to accomplishing it alongside you.
Nadya Mason
Dean
The Pritzker School of Molecular Engineering, University of Chicago