Highlights:Doctor of Philosophy.(1989) Electrical & Electronic Engineering. University of Salford. Research: Fundamental and Applied studies of Plasma Polymerization and their incorporation in Gas sensors and solar cells.Master of Science. ( 1982) Physical Chemistry.University of Sheffield. 1980-1982 Research: Dielectric and Optical Properties of liquid crystals and their mixtures, using laser technology ?most recent published papers? [1]Simple All-Inorganic Electroluminescent Devices Based on Type-II CdTe/CdS/ZnS Core/Shell/Shell Quantum Dots.pages[278-286], (ISSN: 2321 – 0893)Volume 02 – Issue 03, June 2014,Asian Journal of Applied Sciences.Adam Watts, Waheed Khan, M. Green [2] Enhanced Light Emitting in CdTe Type (II)-SWNT Composite Diodes, This paper would be included in Vol.2 No.4 (August 2014) of Asian Journal of Applied Sciences which is scheduled to be published on August 15, 2014. Vol 2, No 4 (2014)Watts [3] A Study of Nanocrystalline CdTe Type (II) Quantum Dot Based Hetero Structures. A Watts1, S.K.Chakarvarti4, A Waheed2, 3*, G.R.Mitchell2, 3 ,Key Server3. International J. E.M. Engineering April 2014, Vol 4, Iss 2, PP 51-54[pages51-54]

Skills:Thin films,semiconductor

Goal:One page summary of my Research Interests The techniques which can be used to study the Devices manufactured in the lab are I own the equipment for these Five techniques[ My personnel Property] [1] Current-Voltage-Light(IVL) , [2]Capacitance-Voltage-light C-V or [2a]Capacitance-frequency C-F , [3]Absorption spectra-Photoluminescence(PL) for thin films,Electroluminescence(EL) for devices such as LED, [4]switching rig( Arbitrary wave function generator + 4 channel scope) to study Memory devices. [5] Potentiostat/Galvanostat Can be use for etching, anodizing. [a]The Devices can be made using nanobased materials includes [b]Light emitting diodes [c]OLED Organic Based LED [d]photodiodes, [e]Solar cells [f] FET(field effect Transistor)

Certification:Doctor of Philosophy.(1989) Electrical & Electronic Engineering. University of Salford. Research: Fundamental and Applied studies of Plasma Polymerization and their incorporation in Gas sensors and solar cells.Master of Science. ( 1982) Physical Chemistry.University of Sheffield. 1980-1982 Research: Dielectric and Optical Properties of liquid crystals and their mixtures, using laser technology

Lecturer/Researcher 07/2008 - 09/2013
British Institute of Technology and E Commerce., London,England,UK, Outside United States United Kingdom
Industry: Education,Research
Lecturing in Nanotechnology, Research on Nanostructures which include solar cells, LED,s, Photodiodes. Co-operative research with Kings College, London and UCL, London.University of Reading.UK.where I built the laboratory for nanotechnology research including recently finished building a Plasma Enhanced chemical Vapour Deposition(PECVD) for the deposition of diamond and Graphene
Lecturing in Nanotechnology, Research on Nanostructures which include solar cells, LED,s, Photodiodes. Co-operative research with Kings College, London and UCL, London.University of Reading.UK.where I built the laboratory for nanotechnology research including recently finished building a Plasma Enhanced chemical Vapour Deposition(PECVD) for the deposition of diamond and Graphene--

University of Salford,England,UK 02/1984 - 07/1989
Salford,England,UK, , United Kingdom
Degree: Doctoral Degree
Major:Electrical & Electronic Engineering
Fundamental and Applied studies of Plasma Polymerization and their incorporation in Gas sensors and solar cells

Login to view resume: Adam Watts - experience in dielectrics (polymerization) semiconductors (Si,AlGaAs, Te,III-V),
Login to view resume: Adam Watts - experience in dielectrics (polymerization) semiconductors (Si,AlGaAs, Te,III-V),