Zoe Wright

Today you get to meet another member of the Sydlik group, 3rd year chemistry graduate student Zoe Wright!

Zoe is a third year grad student who makes biologically active acrylate monomers, to be used as tissue adhesives that encourage wound healing. Zoe also works with peptides, polythiophenes, and graphene to make biomaterials for rebuilding bone, heart, and cartilage tissue. Zoe went to undergrad at the University of Maryland, College Park where she got dual degrees in chemistry and studio art. At UMD, Zoe studied platinum catalyst/ ligand design and synthesis under the direction of Dr. Andrei Vedernikov. (And for her art thesis, Zoe used her chemistry background to “dissect” manufactured materials like inks and plastics, as a way of exploring ideas about entropy and molecular interactions.) Zoe really likes plants and seeing the sun, so when she’s not working on making things, she’s usually gardening or riding her bike.

Education
2014 -  Carnegie Mellon University
Ph.D. candidate (chemistry, biomaterials)
2010 - 2014  University of Maryland, College Park
BS, Chemistry (organometallic synthesis)
Research advisor: Prof. Andrei Vedernikov
BA, Studio Art (printmaking, sculpture)
Thesis advisor: Prof. Justin Strom

Teaching experience (Carnegie Mellon University)
Jan - May 2017  Modern Organic Chemistry II
Sept - Dec 2016  Modern Organic Chemistry I
Jan - May 2016  Laboratory I: Introduction to Chemical Analysis
Oct - Dec 2015  The Science and Mathematics of Art
Sept - Dec 2015  Bioorganic Chemistry: Peptides, Proteins, and Combinatorial Chemistry
Jan - May 2015  Laboratory I: Introduction to Chemical Analysis
Sept - Dec 2014  Atoms, Molecules, and Chemical Change

Awards
2016 - 2018  ARCS (Achievement Rewards for College Scientists) Scholar
2013 - 2014  Creative and Performing Arts Scholarship
2010 - 2014  Senatorial Scholarship from Senator James N. Robey
2010 - 2012 Dean’s Scholarship

New graduate lab class!

This semester Prof Sydlik has been hard at work with grad student TA Annie and undergraduate TA Will developing and running a new graduate level polymer lab class. During the semester, the students will learn about the chemical basis for the mechanical properties of polymers, as well as the laboratory skills necessary to carry out research in the area. The class is designed to combine hands on lab work with lectures and group projects to encourage interdisciplinary collaboration. Interest in the pilot version of this class was very high: 17 students are learning about the principles of polymer design and mechanical properties! The class recruited an exciting mix of undergraduates, masters, and PhD students from the departments of chemistry, material science, chemical engineering, biomedical engineering, and mechanical engineering. So far the students have synthesized polymers using air-free Schlenk technique. We will keep you updated on our discoveries as the semester progresses!

Undergrads & grad students, chemists & engineers. What a great class!

Learning the joys of air-free synthesis and column chromatography. Always a party in the Sydlik lab, see the balloon?!