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Seeking self-motivated hard-working undergraduates to work at a translational nanomedicine research group at UMBC.

The Pan group is a diverse, multidisciplinary research team (The Laboratory of Materials in Medicine) with over hundreds of high impact factor highly cited publications in JACS, PNAS, ACS Nano, Advanced Functional Materials etc. and brings long-standing experience in innovation and entrepreneurship. Our group just moved from University of Illinois at Urbana Champaign to the University of Maryland Baltimore County and University of Maryland Baltimore School of Medicine. With a clear focus on translating research ideas from bench to bedside, Pan group uniquely merges ‘molecule making’ with ‘device making’ for areas molecular imaging, drug delivery and biosensing.

The group is looking for motivated undergrads majoring in either Chemical engineering, Chemistry, Biology or Biochemistry to work with us at the ILSB from the Spring Semester. His/her projects would involve synthetic chemistry, analytical techniques for characterization, developing skills in animal cell culture and an introductory experimental lesson in the workings of electrical engineering for biosensor development. The student will develop an understanding of these projects and general lab skills as well as gain an opportunity to work in a multidisciplinary laboratory which would be beneficial for their future in either academics or the industrial domain. Depending on the nature of the work, the undergrad may also receive an opportunity to work in Prof. Pan’s other laboratory at the downtown UMB, Health Sciences Facilities III.

Interested candidates must apply with their CV and a letter of purpose to Prof. Pan (dipanjan@umbc.edu) and Dr. Priyanka Ray (priyanka@umbc.edu) by January 31, 2020.

Learn more about UMBC's AIChE chapter. 

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Naomi Mburu, B.S. Environmental Engineering '18

UMBC's first-ever Rhodes Scholar. "Under the direction of my future doctoral supervisor, I want to design the diverter in a nuclear fusion reactor — the hottest part of the reactor. Right now, more research is going into how we can model this part on the computer instead of testing it in a facility." (https://studybreaks.com/students/rhodes-scholar-naomi-mburu/)

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Kiranmayi Mangalgiri,Ph.D. Environmental Engineering '17

Kiranmayi Mangalgiri is recipient of the 2019-2020 UCR Chancellor’s Postdoctoral Fellowship  at the University of California Riverside (UCR), where she investigates advanced treatment technologies for potable water reuse. The fellowship is awarded to outstanding scholars whose research, teaching, and service show substantial promise for a tenure-track faculty appointment. The two-year fellowship also offers salary hiring and start-up hiring incentive to fellows who obtain tenure-track faculty appointments at one of the UC general campuses. Awarded in partnership with the University of California (UC) President’s Postdoctoral Fellowship program, the UCR Chancellor’s Postdoctoral Fellowship is highly competitive, and is awarded to five UCR scholars each year in all fields of research.

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Hollie Adejumo, B.S. Environmental Engineering '16

Hollie conducted environmental microbiology research in the Lee Blaney laboratory for nearly four years. She is now a PhD student in the Civil and Environmental Engineering department at the University of Michigan under the mentorship of Dr. Nancy G. Love. In August 2018, she conducted a pilot study in Addis Ababa, Ethiopia to determine the occurrence and spatial distribution of carcinogenic disinfection byproducts in water distribution systems. She aims to understand the relationship between recurrent disinfection byproduct exposure and human disease. Hollie’s doctoral research is funded in part by the National Science Foundation Graduate Research Fellowship, Rackham Merit Fellowship, and the International Institute Student Fellowship - African Studies Center Funding for Research Support in Africa.

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Nikhil Ramsubramaniam, Ph.D. Chemical and Biochemical Engineering ’14

Nikhil works as a senior scientist at Merck, one of the largest pharmaceutical companies in the world.

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Dalton Hughes, B.S. Chemical Engineering '14

Dalton was awarded a Ruth L. Kirschstein National Research Service Award (F30 Fellowship) from to support his MD/PhD studies with Kafui Dzirasa (B.S. '01) at Duke University

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Katelyn Williams, B.S. Chemical Engineering '12

Katelyn was awarded a Ruth L. Kirschstein National Research Service Award (F30 Fellowship) from the National Cancer Institute to support her MD/PhD studies.

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Barbara Beckingham, Ph.D. Environmental Engineering ’11

Barbara is an Assistant Professor in the Department of Geology and Environmental Geosciences, College of Charleston.

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Silviya Zustiak, PhD Biochemical Engineering '09

Dr. Zustiak was promoted to Associate Professor with tenure in the Biomedical Engineering Department at St. Louis University

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Simon Gray, B.S. Chemical Engineering '08

Dr. Gray completed his MD/PhD at Yale University and is completing his residency at the University of North Carolina in Internal Medicine and Gastroenterology

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Michael Hanson, Ph.D. Biochemical Engineering ’07

Michael is Senior Technology Engineer in the Manufacturing Science and Technology Department at Wyeth Pharmaceuticals. His department currently supports the commercial process for Prevnar, a 7-valent pneumococcal vaccine for infants.

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Vignesh Muthuvijayan, M.S. Biochemical Engineering ’04

After completing his M.S. from UMBC, Vignesh joined the Ph.D. program at Oklahoma State University in fall 2004. He is working in biomedical engineering for Dr. Randy S. Lewis and his research specifically deals with modification of biomedical polymers to improve haemocompatibility. His work includes blood studies to understand platelet aggregation and he has presented his results at AIChE annual meetings.

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Jingjin (Jean) Harms, M.S. Biochemical Engineering '00

Jingjin received her master's degree under the supervision of Dr. Antonio Moreira, studying the recombinant retroviral production system for gene therapy. She is currently a senior process engineer at Amgen Inc. in Thousand Oaks, California where she works on late phase and commercial process transfer from development to manufacturing.

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Sanjeev Ahuja, Ph.D. Chemical and Biochemical Engineering ’00

Sanjeev works as a senior scientist in the Late Stage Cell Culture Development group in MedImmune. His responsibilities include process characterization, scale up, technical transfer, commercial process support and scale down.

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Gan Wei, Ph.D. Chemical and Biochemical Engineering ’99

Currently, Gan works at Shire Human Genetic Therapies, Inc. in Cambridge, Massachusetts where he is director of bioengineering.

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Kim Lemaster, B.S. Chemical Engineering ’98

Kim is the division head of the Superfund Division at the Maryland Department of the Environment. He works with the U.S. EPA to provide regulatory oversight of cleanup activities at sites in Maryland that are contaminated with hazardous substances.

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Santosh Noronha, Ph.D. Chemical and Biochemical Engineering ’96

Santosh is a faculty member in the Department of Chemical Engineering at the Indian Institute of Technology in Bombay. His research interests are biochemical engineering, recombinant biotechnology and computational biology.

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Wei Huang, M.S. Chemical and Biochemical Engineering ’93

Wei is a director of process engineering at Fluor Corporation, the world’s largest engineering firm, where she is working on the design and construction of a biotech and pharmaceutical facility.

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Let us know what you’re doing now and share an update here.

We report versatile, customizable, robust, low-cost, and easily manufacturable chromatography micro-columns (μCols) made using  thermoplastic solvent bonding and used for rapid screening of therapeutic quality protein purification. We compared granulocyte-colony stimulating factor (GCSF) protein purification, expressed using a cell-free CHO in-vitro translation (IVT) system, between a conventional 1mL immobilized metal affinity chromatography (IMAC) column and the fabricated μCols ranging from 25 μL to 200 μL. Experimental data revealed comparable purity with a 10-fold reduction in the amount of buffer, resin, and purification time for the μCols, with an 80% reduction of cost. 

Provide an alternative and innovative solution for quick prototyping of μCols for process development and optimization for affinity-based purification.

Source: UMBC Magazine |  JOHANNA ALONSO '20 | SEPTEMBER 13, 2019

If you saw a senior engineering student sitting on a bench on Academic Row, furiously typing away on his laptop, you might assume he was working on a lab report or a capstone presentation. If that student was Zack Smedley ’17, chemical engineering, though, you’d be wrong. While his peers were fretting about classes, finals, and post-graduation plans, Smedley spent the first half of his senior year working on the manuscript that eventually became his debut young adult novel, Deposing Nathan.