No edit summary
No edit summary
Line 1: Line 1:
[[category:MOST users]]
[[category:MOST users]]
[[category:MOST]]
[[category:InGaN photovoltaics literature review]]


[[Image:Joseph.jpg|thumb|Joseph Rozario]]
[[Image:Joseph.jpg|thumb|Joseph Rozario]]
Line 5: Line 7:
== '''About''' ==
== '''About''' ==


Hi, I am a graduate student of Electrical Engineering at MTU. My current research focus is high efficiency InGaN nanowire photovoltaic cells.
Hi, I am a first year graduate student of Electrical Engineering at MTU. My current research focus is high efficiency InGaN nanowire photovoltaic cells.


== '''Research Interests''' ==
== '''Research Interests''' ==
Line 15: Line 17:


== '''Present Research''' ==
== '''Present Research''' ==
My research is on the device physics and characterization of InGaN-based  photovoltaic cells. I am also  working on developing an open-source PV-powered portable 3D-printer.


== '''Previous Research''' ==
== '''Previous Research''' ==
Study of the absorption characteristics of P3HT:PCBM organic solar cells
Study of the absorption characteristics of P3HT:PCBM organic solar cells
== '''Fall 2012 Courses''' ==
* EE-5430 Electronic Materials
* EE-5470 Semiconductor Fabrication
* EE-4441 Engineering Electromagnetics

Revision as of 18:45, 11 September 2012


Joseph Rozario

About

Hi, I am a first year graduate student of Electrical Engineering at MTU. My current research focus is high efficiency InGaN nanowire photovoltaic cells.

Research Interests

  1. Third generation, higher and forthcoming solar cells
  2. Nanowire solar cells
  3. Organic/plastic solar cells
  4. Quantum dot solar cells

Present Research

My research is on the device physics and characterization of InGaN-based photovoltaic cells. I am also working on developing an open-source PV-powered portable 3D-printer.

Previous Research

Study of the absorption characteristics of P3HT:PCBM organic solar cells

Fall 2012 Courses

  • EE-5430 Electronic Materials
  • EE-5470 Semiconductor Fabrication
  • EE-4441 Engineering Electromagnetics
Cookies help us deliver our services. By using our services, you agree to our use of cookies.