Lead Principle Investigator
JESSE STEPHEN JUR
Department of Textile Engineering, Chemistry & Science
North Carolina State University, Raleigh, NC 27695-8301
(919) 515-1676, email@example.com
The University of South Carolina
Chemical Engineering B.S. (2001)
Johns Hopkins University
Chemical Engineering M.S. (2003)
N.C. State University
Materials Science and Engr. Ph.D. (2007)
N.C. State University
Materials Science and Engr. Post-Doc (2007-08)
2017- Associate Professor – Textile Engr., Chemistry & Science, NCSU, Raleigh, NC
2011-2017 Assistant Professor – Textile Engr., Chemistry & Science, NCSU, Raleigh, NC
2008-2010 Res. Asst. Prof. – Chem. and Biomol. Engr., NCSU, Raleigh, NC
2000-2002 Process Development Engr. – NeoPhotonics Corporation, Fremont, CA
Download Dr. Jesse Jur’s Curriculum Vitae here: Dr. Jesse Jur Curriculum Vitae
I grew up in Little Rock, AR. I graduated with a B.S. in Mechanical Engineering at MS State University in 2012 after working at Argonne National Laboratory. I received a non-thesis M.S. in Mechanical Engineering in 2014 at NCSU. I’m continuing on for a PhD at NCSU. Outside of academics, I spend my time singing in the NCSU State Chorale, running, triathlon-ing, rock climbing, doing yoga, and trying to keep up with my 2 dogs.
I am a PhD student at North Carolina State University, where I am pursuing his degree with a major in Fiber and Polymer Science and minor in Electrical Engineering. Previously, I have received an M.S. degree in Textile Engineering (concentration in Polymer Engineering) from NC State. My research interest is focused on development of functional materials and fabrication processes of printing devices for wireless communication and smart sensing applications.
I am a Ph.D. student in Fiber and Polymer Science at NC State. I came to NC State after receiving an M.S. in Textile Engineering in my native Turkey. During the summer of 2017 I interned at Microsoft where I worked on several innovation projects. In addition, I have worked in the College of Textiles’ weaving lab where I work on industry projects. My current research interests are in 3D patterning of metal oxides-carbon nanotube structures and their applications in microfluidics. Besides doing research and experiments, I enjoy hiking and traveling.
I’m an entrepreneurially minded PhD student at NC State University trying to make the moonshot of ‘smart textiles’ happen in the next 5 years. I ask myself, ‘What if your clothes could help relieve pain?’, ‘What if your clothes could tell a story about you?’, or ‘What if your clothes could sense your vitals?’. The biggest problem is that the tech to realize this vision doesn’t exist at marginal cost. I aim to solve this problem
Before coming to NC State, I attended the University of Florida and received my B.S. in Materials Science and Engineering in 2016. While there, I worked in research labs with projects on biomimetic surface modification of polymers, characterization of ultra-high permittivity ceramics, and biodegradable electrospun fibers for sustainable textiles. Currently I am researching how to create all-fiber devices on a monofilament using ALD. Outside of academics, I enjoy trail running, photography, and eating all the good food in Raleigh.
I am currently a PhD student in Fiber & Polymer Science in the College of Textiles at NCSU. I graduated from the University of Florida in 2017 with a B.S. in Materials Science and Engineering and a minor in Sales Engineering. As a GEM Associate Fellow, my current research involves developing self-powered wearable devices for health and environmental monitoring by utilizing and applying fundamental materials science concepts.
M. S. Student
I graduated from NC State in 2015 with a B.S. in Textile Engineering from N.C. State. During my time as an undergrad, I worked for the NEXT research group as an undergraduate research assistant on several different projects. For the two years following graduation I worked in Madrid, Spain teaching English to primary school students. Now I am back at NC State as a master’s student in Textile Engineering.
I am a Ph.D. student in Fiber and Polymer Science. Before coming to North Carolina State University, I received B.S. (2015) and M.S. (2017) in Clothing and Textiles at Yonsei University in Seoul, South Korea. My research experiences include diverse aspects of textiles. I developed multiple wearable sensors such as ECG electrodes and strain sensors for human motion/respiration detection utilizing nanofibers, intrinsically conductive polymers (ICPs) and silver nanowires.
M. S. Student
I completed my B.S. in Textile and Biomedical Engineering at NC State in 2016 and am now a M.S. graduate student in Textile Engineering. My current research is to study thermoelectric cooling (or Peltier cooling) and it’s potential in thermal comfort applications. Our goal is to develop a novel flexible thermoelectric technology using standard polymer/textile materials along with innovative conductive printing or patterning techniques. I hope to pursue a career in materials development on athletic/outdoor products or wearable technology.
I attended high school at the North Carolina School of Science and Mathematics, where I had the opportunity to work with this group short time over the summer before my senior year. I enjoyed the research experience so much, that I continued throughout my senior year and the summer after. I am currently an undergraduate engineering student at NC State.
Upon graduation from Sun Valley High School in Monroe, NC, I joined the NC State class of 2019 as a Textile Engineering student. I began working with the NEXT research group before participating in the Summer 2016 ASSIST Nano-Systems and Technology REU. Since then, I have worked on the optimization and degradation testing of screen-printed flexible interconnects. Outside of class, I enjoy being in Textiles clubs, cooking/eating good food, and exploring new things off campus.
High School Researcher
I am a high school senior and dual-enrolled at Wake Tech CC, expecting to complete my Associate’s in Science Degree by May 2018. Since summer 2016, my research at the NCSU COT has centered around optimizing printable circuit boards for wearable electronic applications through mechanical testing. I have been part of the FRC 900 Robotics Team for the last 3 years and have served as a Mechanical Lead/Drive team member during which time our robot won the NC District Championship out of 60 teams. Besides my engineering interests, I enjoy playing basketball.