I completed a Ph.D. in Microbiology and Immunology at University of Illinois – Chicago, in the Uprichard lab. For my thesis work, I studied hepatitis C virus and infection/treatment response kinetics with the use of mathematical models and in vitro experiments. Halfway into my Ph.D. I decided to explore careers outside of academia and did an internship as a commercialization consultant. Based on my experience during the internship, I took an interest in intellectual property law.
My parents and most of my grandparents did not attend college, but one grandparent immigrated to the United States from China and ultimately completed a Ph.D. in physics. He often brought me to visit his work at Fermilab, which sparked my interest in scientific research.
My name is Michelle Teplensky and I am a postdoctoral fellow in the department of Chemistry at Northwestern University in the lab of Prof. Chad Mirkin. My research focuses on the development of a nanomaterial called spherical nucleic acids (SNAs) as a prostate cancer immunotherapy. I work to retrain the body’s natural immune system to fight cancer cells through modular design and tuning of these nanoscale architectures. In this work, we uncover design rules about kinetic control and specified placement of vaccine components (stimulant and target molecules) to make the most potent vaccine that can be applied to various disease areas.
I am passionate about nanomedicine and the ability to manipulate materials for therapeutic needs. This passion was shaped by formative experiences through my undergrad at MIT and during my PhD at the University of Cambridge in the UK. These environments showed me the power of diversity of thought to generate meaningful science, and shaped my desire to mentor and guide the next generation of scientists and engineers. At my current postdoc at Northwestern, I am incredibly lucky to help mentor younger students as they grow in their passion for science.
Recently, I was honored with the designation as a “Crain 2020 Notable Woman in STEM.” I feel humbled to have been selected amongst these incredible other women, but I think most importantly this provides an avenue for teaching and informing the non-scientific community about new and upcoming therapeutic developments; this will broaden the impact of science. I am excited to be in a network like Chicago Women in STEM because of the ability to contribute, learn, and engage with incredible women whose unique scientific backgrounds will push my own thinking into new areas.
Hello! I’m a first-generation student and DACA recipient. My parents brought me to the US when I was two years old with the aspiration for a better life and opportunity for their children to obtain a good education. Growing up I knew I liked science and math, but I had not explored engineering as an option until my second year in college. I didn’t know much about engineering and had never met an engineer up until that point, but I was attracted to the idea of using science and math to solve complex problems and do things like building biosensors and medical devices. Naturally, after further exploration, I took on the journey of completing a B.S. in Bioengineering at the University of Illinois at Chicago (UIC).
Throughout that journey, I became involved in undergraduate research in Dr. Abiade’s Lab at UIC in the Mechanical and Industrial Engineering Department (Laboratory for Oxide Research and Education). I was tasked with testing the antibacterial properties of a novel superhydrophobic coating. Through this opportunity I was able to attend a research conference and became coauthor of a publication. It was by far one of the most challenging experiences, but regardless of the difficulty I became passionate about research.
Now, I am continuing my passion for research by pursuing a PhD in Mechanical Engineering at UIC. My work still involves microorganisms, but now I am looking into the use of microorganisms for the conversion of CO2 into biofuels. I am excited to continue working on my research project and fulfill my new role as 2020-2021 GradSWE president at UIC. Through Chicago Women in STEM I have learned the importance of community and look forward to learning more how others have maintained resilience in achieving their professional goals in STEM.
Doris Oke earned her Master’s and PhD Degrees in Chemical Engineering from University of the Witwatersrand in South Africa. She recently joined the Northwestern Argonne Institute of Science and Engineering as a Post-Doctoral Research Fellow with her research focusing on analyzing systems-level energy and environmental benefits of co optimization of liquid fuels and engines in the light-duty and heavy-duty sectors. She investigates how this approach to reducing energy consumption and emissions in transportation is complementary to electrification of light- and heavy-duty vehicles. Her other research interest is in the area of development of a continuous time framework for the synthesis of batch plants, and a process integration technique for integrated water and membrane network systems. She applies continuous time framework for scheduling of batch processes and simultaneous water and energy optimization in process industries using a mathematical modelling approach.
Hi, my name is Kara Ferracuti. I am a Regulatory Coordinator at Northwestern’s Feinberg School of Medicine in the Lurie Cancer Center Clinical Trials Office. I ensure compliance with the rules and regulations governing the conduct of oncology clinical research studies – liaising with regulatory and oversight groups and coordinating processes for submission, documentation, and reporting.
My work lies at the intersection of disciplines. I have an undergraduate background in science (psychology and neuroscience) and always knew I wanted to work in healthcare – but did not end up doing it in the way I expected. Through my experience as the Vice President of Financial Affairs for a student organization in college, I discovered that I had exceptional skills in compliance/ethics, business management and process improvement, with a remarkable attention to detail and analytical mindset. It wasn’t until after graduation that I realized that my professional interests lie in regulatory compliance, quality, and operations.
Utilizing my unique combination of backgrounds, I am passionate about bringing perspectives from business and law to the healthcare and clinical trials industry. In the fall I will be starting as a part-time student in Northwestern Pritzker’s Master of Science in Law program, where I hope to develop legal writing and negotiation skills, learn about contracts (such as those between clinical research sites and study sponsors), and explore multidisciplinary issues related to technology (involving patient data and privacy/security, emerging technologies and innovation, internal controls, etc.), among other goals. I have also taken an interest in auditing, as I often find myself naturally playing the role of almost an internal auditor in my department.
My favorite Chicago Women in STEM event so far (outside of the obvious “Careers at the Intersection of STEM and Law”) was our holiday party. It was nice getting to know new people, sharing what we do in our professions, and having the opportunity to practice explaining exactly what it is that I love so much about my field. Overall, I like being part of the Chicago Women in STEM community because it presents an easy opportunity to build continuing relationships with people who come to the events. You meet people who you’ll see again at future Women in STEM events – if not before then at a totally unrelated academic lecture (as once was the case with someone I met!) – and help each other learn new things, discover new events, meet new people! I look forward to connecting with more of you and can’t wait to be able to see you in person again when it is safe!
Hello! My name is Caren Nassif. I recently joined Northwestern University as a Masters student in Clinical Psychology (with a concentration in Neuropsychology and Behavioral Neuroscience) in the Department of Psychiatry and Behavioral Sciences at the Feinberg School of Medicine, where I study the cognitive, clinical and anatomical features of Alzheimer’s disease and other dementia disorders. I received my BA in Clinical Psychology from Rutgers University. Post-graduation, I worked in a cognitive neuroscience lab at Columbia University. My proudest professional achievement was getting published in Neurology on a paper addressing the importance of close social networks to the long-term dysfunction of patients with Multiple Sclerosis. My research goal is to develop a better understanding of neurodegenerative disorders and to find more innovative, clinically-applicable treatments for patients suffering from these disorders. After my masters, I aspire to get my Ph.D. in Clinical Neuropsychology, where I hope to continue applying the same patient-centered methods to my research.
When I was 12 years old, I immigrated to the U.S. from Egypt. I found comfort in finding a strong community of Coptic (Egyptian) Orthodox Christians, like myself. I have been part of the community for years and wanted to provide the same comfort and support to other immigrants and minorities in my community. At which, I began helping newly-immigrated Egyptian women in my community find jobs and healthcare. I saw the importance of empowering and guiding women to success in their fields. Through my active involvement in STEM, I hope to connect with other like-minded women and to spread awareness of the significant role women play in science and in our society.
Hi everyone! I currently work as a Research Study Coordinator for Dr. Richard Gershon’s team in the Medical Social Science Department of Northwestern University Feinberg School of Medicine. I’m on the Mobile Toolbox project with a fun group of scientists, trying to develop a mobile app to assess cognitive function. I graduated from Carleton College in 2018 as a Chemistry major (aka completely unrelated to what I’m doing now)!
Working on the Mobile Toolbox project made me interested in learning how to understand the data we get from the assessments. I am now taking classes with Northwestern’s Data Science boot camp program, and I’m hoping to apply to health and bioinformatics graduate programs this coming fall.
I also like to think about science outside of work/school (especially when I’m cooking)! I’ve started a food blog during this pandemic that delves into some food science as well as other historical/cultural aspects of the dish. Please check out https://www.curious-chefs.com if you have the time. Always recruiting more recipes to share!
I am Anugraha Rajagopalan, a postdoctoral scientist at Rush University specializing in Cancer Immunology. At work, I spend my time understanding the immune responses to cancer and developing novel therapeutics and diagnostics to combat the disease. My current research on a novel therapeutic is currently in preliminary stages of clinical trials. I was passionate about biology from a very young age. It was this passion coupled with hard work and destiny that translated to pursuing a Ph.D. in Immunology from Miller School of Medicine, Miami. There, I researched RNA therapeutics to elicit an immune response against cancer. My career goal is to develop novel therapeutics to evoke long-term immune responses against cancer.
The Chicago Women in STEM symposium is a wonderful platform for us women to interact, educate, and learn. 2020 was the first year that I attended the symposium and I am very confident I will be returning year after year. In particular, this year, I loved learning about the concept of “sponsor”. I have been fortunate to have amazing sponsors in the form of mentors throughout my Ph.D. and postdoctoral training. By associating with the Chicago Women in STEM, I hope to be a sponsor to my fellow women and bring awareness in our society to the significant role women play in science.
Hello, I’m a postdoctoral fellow in the Department of Radiology at Northwestern University in the lab of Dr. Michael Markl. My research focuses on blood flow imaging using MRI for application in patients with cardiovascular disease. The technique is called 4D flow MRI and measures blood flow velocities in the heart and large vessels. Specifically, I work to develop imaging tools using quantitative methods such as reverse flow mapping and pulse wave velocity estimation. The goal is to improve the evaluation of blood flow in patients with aortic dissection and cryptogenic stroke.
I first became interested in MRI as a research assistant in the Department of Psychiatry and Behavioral Neuroscience at the University of Cincinnati. There, I contributed to multiple imaging projects and published my first study evaluating brain morphometry in bipolar disorder. During that time, I decided to pursue my PhD almost ten years after I had completed my undergraduate degree. And, I’m very glad I made that choice. My work as a PhD student and postdoc has been incredibly rewarding. I have also become involved in science outreach through Northwestern Science in Society. They are dedicated to science education and public engagement and I have participated in events such as their image contest and science talks. Recently, I was selected by the International Society for Magnetic Resonance in Medicine as a finalist for their Young Investigators’ Award. This is a huge honor and I’m excited about presenting my work in their upcoming conference. The corresponding paper, “Parametric Hemodynamic 4D flow MRI maps for the Characterization of Chronic Thoracic Descending Aortic Dissection,” was published last year in the Journal of Magnetic Resonance Imaging. Through Chicago Women in STEM, I hope to extend my scientific network and learn from others through the sharing of experiences and career insights. I would also like to contribute to the community of women interested in STEM.
I’m Jenny M. Rodriguez, a Director of Strategic Accounts helping drive growth in Chicago with enterprise level partnerships helping organizations attract, retain and manage their strategic workforce needs for technology, digital and creative talent. As a Hispanic female leader, I believe STEM and more specifically diversity and inclusion within STEM in urban and underserved communities is a vital component in advancing and enriching communities across the globe for future sustainability. As a mother of four science enthusiasts and being a lifelong enthusiast myself, STEM initiatives are a natural interest and close to home passion for me and my family. STEM fields are the foundation of both the current economy and the global economy that is expected to provide the great majority of jobs in the future. As such, I believe it’s imperative to prepare tomorrow’s workforce for the rapid increase in STEM career paths to meet the increasing demand by employers on a local and global scale. My goal with Chicago Women in STEM is to help lead and participate in STEM awareness events helping drive more career interest within our diverse communities and to help educate families on how to encourage their children to pursue an education and career in STEM. I recently helped lead diversity and inclusion conversations for parents of the LGBTQ+ community on this subject and am an avid volunteer for multiple charities in Chicago serving underserved families and youth, spreading the message about the importance of STEM wherever I can.