Current Members
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Xiongliang Wei
Ph.D. candidate Xiongliang received his B.S degree in traditional optics design in Wuhan University, China in 2014. He then attended Lehigh University for his M.S. degree, and to perform research in photonics. After his M.S., he decided to stay at Lehigh to pursue a PhD degree. Presently, he works on III-Nitride semiconductors, and is focusing on simulation and fabrication of quantum dot active layers to produce the next generation of high-efficiency light-emitting diodes and laser diodes. |
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Elia Palmese
Ph. D. candidate Elia received a B.S. in Electrical Engineering from Villanova University in 2019. Hs is now pursuing a Ph.D. at Lehigh University and is conducting research in III-Nitride power electronics and semiconductor devices. Specifiaclly he is working on the oxidation of AlInN and and TCAD modeling of GaN power devices. |
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Daniel Rogers
Ph. D. candidate
Daniel received a B.S. in Physics from Seton Hall in 2020. Hs is now pursuing a Ph.D. at Lehigh University and is conducting research in III-Nitride light emitters.
Ph. D. candidate
Daniel received a B.S. in Physics from Seton Hall in 2020. Hs is now pursuing a Ph.D. at Lehigh University and is conducting research in III-Nitride light emitters.
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Haotian Xue
Ph. D. candidate Haotian received a B.S. in Applied Physics from University of Science and Technology of China and a Masters in Electrical Engineering at Lehigh in 2020. Hs is now pursuing a Ph.D. at Lehigh University, researching III-Nitride growth of power devices and light emitters. |
Alumni
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Matt Peart
Ph. D. Electrical Engineering, Aug 2020 Development of III-Nitride Power Device Technology Matthew Peart received a B.S. in Electrical Engineering from Villanova University and an M.S. from Lehigh. He has worked as a component design engineer at Intel in Hillsboro, OR in silicon process development, and as an R&D engineer at Broadcom fiber optics group. His research was on III-Nitride power electronics and numerical simulation during his PhD studies at Lehigh. He founded and works at Magnetron Inc. |
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Syed Ahmed Al Muyeed
Ph. D. Electrical Engineering, May 2021 III-Nitride interlayer active region light emitters in the visible range Syed Ahmed Al Muyeed received his B.S. and M.S. degrees from the department of Applied Physics, Electronics and Communication Engineering of University of Dhaka, Bangladesh in 2014 and 2016, respectively. His research interests at Lehigh focused on the physics and growth of semiconductor light emitters. He is working at Raxium, Inc. |
Jing Xue
M. S. Electrical Engineering, Jan 2021
Jing received a B.S. in Physics from Univ of CA in Los Angeles in 2017 and a Masters in Electrical Engineering at Lehigh in 2021. At Lehigh she researched the frequency response of micro-LEDs.
M. S. Electrical Engineering, Jan 2021
Jing received a B.S. in Physics from Univ of CA in Los Angeles in 2017 and a Masters in Electrical Engineering at Lehigh in 2021. At Lehigh she researched the frequency response of micro-LEDs.
Siyuan Guo
M. S. Electrical Engineering, Aug 2020
Siyuan received a B.S. in Electrical Engineering from South University of Technology in 2013 and a Masters in Electrical Engineering at Lehigh in 2020. At Lehigh he researched III-nitride photonic integrated circuits. He now works at XGIGA Communication Tech. Co.
M. S. Electrical Engineering, Aug 2020
Siyuan received a B.S. in Electrical Engineering from South University of Technology in 2013 and a Masters in Electrical Engineering at Lehigh in 2020. At Lehigh he researched III-nitride photonic integrated circuits. He now works at XGIGA Communication Tech. Co.
Chengxin Yu
B. S. Electrical Engineering, May 2020
Chengxin graduated from Lehigh University with a B.S. in Electrical Engineering in 2020. His research focused on bandstrutcure calculations of III-nitrides. He is currently a Masters student at the University of Michigan.
B. S. Electrical Engineering, May 2020
Chengxin graduated from Lehigh University with a B.S. in Electrical Engineering in 2020. His research focused on bandstrutcure calculations of III-nitrides. He is currently a Masters student at the University of Michigan.
Mark Schafer
B. S. Electrical Engineering, May 2020
Mark graduated from Lehigh University with a B.S. in Electrical Engineering in 2020. His research focused on optical gain measurements of III-nitrides. He is currently a Masters student at Lehigh.
B. S. Electrical Engineering, May 2020
Mark graduated from Lehigh University with a B.S. in Electrical Engineering in 2020. His research focused on optical gain measurements of III-nitrides. He is currently a Masters student at Lehigh.
Rebecca Lentz
B. S. Electrical Engineering, May 2018
Rebecca Lentz graduated from Lehigh University with a B.S. in Electrical Engineering in 2019. She was an awardee of a Clare Boothe Luce Research Scholarship to perform undergraduate research from 2018-2019. Her research focused on differential carrier lifetimes of III-Nitride devices and III-nitride waveguides She is currently a Ph.D. candidate at the University of Michigan.
B. S. Electrical Engineering, May 2018
Rebecca Lentz graduated from Lehigh University with a B.S. in Electrical Engineering in 2019. She was an awardee of a Clare Boothe Luce Research Scholarship to perform undergraduate research from 2018-2019. Her research focused on differential carrier lifetimes of III-Nitride devices and III-nitride waveguides She is currently a Ph.D. candidate at the University of Michigan.
Miao-Chan Tsai
Visiting Researcher 2016-2017
My research interests include ways to incorporate new device designs into nitride-based LEDs. During my Ph.D. (NCUE, Taiwan), I focused on numerical simulation. I then joined a start-up venture (TSMC SSL) to develop epitaxial processes for a high-efficiency white LED product. Moving back from industry, I took a postdoc research position (UNM/Sandia National Labs) for the fabrication of nanoscale semiconductor LEDs. Currently, my projects are modeling, design and characterization of nanowire LEDs towards next generation display technology.
Visiting Researcher 2016-2017
My research interests include ways to incorporate new device designs into nitride-based LEDs. During my Ph.D. (NCUE, Taiwan), I focused on numerical simulation. I then joined a start-up venture (TSMC SSL) to develop epitaxial processes for a high-efficiency white LED product. Moving back from industry, I took a postdoc research position (UNM/Sandia National Labs) for the fabrication of nanoscale semiconductor LEDs. Currently, my projects are modeling, design and characterization of nanowire LEDs towards next generation display technology.
