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Laboratory for Nanostructured Energy Conversion Devices
Laboratory for Nanostructured Energy Conversion Devices (LNECD)
Our laboratory is a highly collaborative research environment, where students and faculty from several different departments participate in the development of novel nanostructured materials, devices, and processing methods, with a strong focus on energy-related topics. The focus is on the solid-state interconversion of light and electricity (organic-based photovoltaic and light-emitting devices), as well as heat and electricity (semiconductor-based thermoelectric devices).
The highly interdisciplinary nature of the research demands a diversified make-up of the laboratory personnel. Thus, LNECD is co-directed by Prof. Shtein (Materials Science and Engineering) and Prof. Pipe (Mechanical Engineering), and is staffed by graduate and undergraduate students from several academic departments, including:
- Materials Science and Engineering
Our laboratory is a highly collaborative research environment, where students and faculty from several different departments participate in the development of novel nanostructured materials, devices, and processing methods, with a strong focus on energy-related topics. The focus is on the solid-state interconversion of light and electricity (organic-based photovoltaic and light-emitting devices), as well as heat and electricity (semiconductor-based thermoelectric devices).
The highly interdisciplinary nature of the research demands a diversified make-up of the laboratory personnel. Thus, LNECD is co-directed by Prof. Shtein (Materials Science and Engineering) and Prof. Pipe (Mechanical Engineering), and is staffed by graduate and undergraduate students from several academic departments, including:
- Materials Science and Engineering
Yiying Zhao
Shuo Chen
Chelsea Haughn
- Mechanical Engineering
Kwang-Hyup An
Brendan O'Connor
Abishek Yadav
K.L. "Paddy" Chan
- Electrical Engineering
Andrea Bianchini
William Loh
- Chemical Engineering
Peter Burgardt
- Macromolecular Science and Engineering
Chelsea Chen
- Physics
Jingjing Li
The research facilities include thin-film deposition equipment, thin-film and optoelectronic device characterization tools, and high-resolution optical and topographical microscopy instruments. We are actively constructing novel materials purification and processing equipment.
Stay tuned for regular updates.
(Last edited 12/18/06)
Shuo Chen
Chelsea Haughn
- Mechanical Engineering
Kwang-Hyup An
Brendan O'Connor
Abishek Yadav
K.L. "Paddy" Chan
- Electrical Engineering
Andrea Bianchini
William Loh
- Chemical Engineering
Peter Burgardt
- Macromolecular Science and Engineering
Chelsea Chen
- Physics
Jingjing Li
The research facilities include thin-film deposition equipment, thin-film and optoelectronic device characterization tools, and high-resolution optical and topographical microscopy instruments. We are actively constructing novel materials purification and processing equipment.
Stay tuned for regular updates.
(Last edited 12/18/06)
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