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Manufacturing and Nanotechnology Group
By Dr. Ahalapitiya H. Jayatissa, Jay
(Graduate Student Orientation)Fall 2011
ProfessorsIoan Marinescu Precision Micro-machining and
Advanced Manufacturing
Sarit Bhaduri Biomaterials/Ceramics
Hongyan Zhang Welding and Material Joining
Ahalapitiya Jayatissa Thin Films, Nanotechnology, MEMS
Mathew Franchetti Industrial Engineering
Yong Gan Energy materials
Dr. Ioan Marinescu
MECHANICAL, INDUSTRIAL &MANUFACTURING
ENGINEERING
MECHANICAL, INDUSTRIAL &MANUFACTURING
ENGINEERING
Projects 2011•Nano ELID Technologies for Semiconductors Industry•Nano Polishing of AlTiC Sliders•Precision Burnishing for Aerospace Industry•Heat Transfer/Fluid Mechanics Modeling of Grinding•UV Bonding of Abrasive Tools
•Contact: Professor Ioan Marinescu
Dr. Sarith Bhaduri
Research Field: Biomaterials
He has opening for MS and PhD level students in processing of bio-compatible ceramic materials. Nature of research is synthesis and characterization of materials.
For availability you may contact him with 419-530-8223
Material Joining Laboratory
• Active Research Project High Performing Friction–Stir Riveted Joints
Dr. Hongyan Zhang
(Openings 1 MS, 1 PhD):
Nanotechnology and MEMS Laboratory
Current Research Projects: 1. Graphene based multiplexed Sensors: Investigation of carbon nanotube and graphene and other single layer materials for sensor applications.
2. Laser Processing of Thin Films: Investigation of the fundamental phenomena of laser irradiation on metal oxide-based thin films relevant to sensor performance
PhD/MS students will be considered.
Contact: Dr. A. H. Jayatissa, Jay Room #: 4049 NI
Tel: 419-530-8245 E-mail: [email protected]
All projects involve Experimental activities and Modeling/Simulations.
Current students: 6 PhD and 3 MS, 2 undergraduates
Environmentally Conscious Design and Manufacturing Laboratory
• Dr. Matthew Franchetti (419-530-8051 or NI 4006)
• Active Research Projects (2 openings):
– The Business Waste Reduction Assistance Program sponsored by Lucas County
– The UT Pollution Prevention Program sponsored by the EPA
• The projects involve assisting manufacturers and businesses in measuring and reducing waste, pollution, energy usage, and environmental impacts.
Nanomanufacturing thermoelectric energy conversion materials
• The objective of the project is to make nanoscale Bi–Te nanostructures with thermoelectric properties on various substrate.
Dr. Yong Gan
Biophotofuel cell anode materials research
• The objective of the project is to make a photoactive anode containing highly ordered nanotube array and to study the effect of electrolyte concentration and voltage on the size distribution of the nanotubes. The photo-catalytic behavior and biomass decomposition under ultraviolet (UV) radiation to generates electricity and hydrogen will be studied.
• One Ph.D. student is needed if funding is available.