THOMAS Y SULLIVAN, MD
Osteopathic Medicine at Senate Ave, Indianapolis, IN
License number
Indiana 01025460A
Category
Osteopathic Medicine
Type
Pulmonary Disease
License number
Indiana 01025460A
Category
Osteopathic Medicine
Type
Sleep Medicine
Address
Address
714 N Senate Ave STE 120, Indianapolis, IN 46202
Phone
(317) 963-0555
(317) 963-5605 (Fax)
(317) 963-5605 (Fax)
Professional information
Internal Auditor
Position:
Internal Auditor at HH Gregg, Professional DJ at Independent Artist
Location:
Indianapolis, Indiana Area
Industry:
Accounting
Work:
HH Gregg
- Indianapolis, Indiana Area since May 2011
-
Internal Auditor
Independent Artist
- Indianapolis, Indiana Area since Aug 2003
-
Professional DJ
OneAmerica Financial Partners, Inc
- Indianapolis, Indiana Area Aug 2008 - May 2011
-
Internal Auditor
McMahan Capital Management, LLC
- Indianapolis, Indiana Area May 2007 - Jul 2007
-
Financial Planning Intern
Education:
Purdue University 2004 - 2008
Bachelors of Science, Financial Counseling and Planning
Bachelors of Science, Financial Counseling and Planning
Skills:
Leadership, Data Analysis, Internal Audit, Process Improvement, Budgets, Analytics, Organization, DJ
Interests:
Personal Finance/Budgeting, DJing, IDEA Data Analysis/Mining
Helpdesk Analyst At Bell Industries
Position:
Helpdesk at Community Healthcare Network, Helpdesk Analyst at Bell Industries
Location:
Indianapolis, Indiana Area
Industry:
Information Technology and Services
Work:
Community Healthcare Network
since Aug 2012
-
Helpdesk
Bell Industries
since Dec 2009
-
Helpdesk Analyst
2008 - 2009 PC Housecalls
Mar 2008 - Aug 2009
-
Service Technician
Education:
ITT Technical Institute 2007 - 2009
Associates Degree, Computer Network Services ITT Technical Institute-Indianapolis 2007 - 2009
Associate's degree, Computer Systems Networking and Telecommunications
Associates Degree, Computer Network Services ITT Technical Institute-Indianapolis 2007 - 2009
Associate's degree, Computer Systems Networking and Telecommunications
Skills:
Troubleshooting, System Administration, TCP/IP, Technical Support, Windows, Switches, Hardware, Linux, Software Installation, Databases, Access, Microsoft Office, Active Directory, Cisco Routers, Windows 7, Windows Server, VMware, Computer Hardware, Disaster Recovery, Computer Security
Thomas Yates Sullivan, Indianapolis IN
Specialties:
Internal Medicine, Sleep Medicine, Pulmonary Disease, Critical Care Medicine
Work:
Respiratory & Critical Care
1633 N Capitol Ave, Indianapolis, IN 46202 IU Health Physicians Pulmonary & Critical Care
11725 N Illinois St, Carmel, IN 46032 Respiratory & Critical Care
1115 Rnld Rgn Pkwy, Avon, IN 46123 Iu Health Physicians - Pulmonary & Critical Care
1111 Ronald Reagan Pkwy, Avon, IN 46123 Respiratory & Critical Care
1801 Senate Blvd, Indianapolis, IN 46202
1633 N Capitol Ave, Indianapolis, IN 46202 IU Health Physicians Pulmonary & Critical Care
11725 N Illinois St, Carmel, IN 46032 Respiratory & Critical Care
1115 Rnld Rgn Pkwy, Avon, IN 46123 Iu Health Physicians - Pulmonary & Critical Care
1111 Ronald Reagan Pkwy, Avon, IN 46123 Respiratory & Critical Care
1801 Senate Blvd, Indianapolis, IN 46202
Education:
Indiana University(1974)
Thomas Sullivan - Indianapolis, IN
Work:
Indy IT Professionals
Installer Belltechlogix - Indianapolis, IN
Corporate Helpdesk Analyst PC Housecalls - Indianapolis, IN
Service Technician
Installer Belltechlogix - Indianapolis, IN
Corporate Helpdesk Analyst PC Housecalls - Indianapolis, IN
Service Technician
Education:
ITT Technical Institute - Indianapolis, IN
Associate of Applied Science in Computer Network Systems
Associate of Applied Science in Computer Network Systems
Polycrystalline Silicon Carbide Ceramic Wafer And Substrate
US Patent:
6309766, Oct 30, 2001
Filed:
Apr 21, 1999
Appl. No.:
9/295091
Inventors:
Thomas M. Sullivan - Indianapolis IN
International Classification:
B32B 1900
US Classification:
428698
Abstract:
A substrate made of polycrystalline. beta. SiC and having an essentially pore free surface is disclosed. The substrate is adapted for use as a wafer component to support different thinfilms as part of manufacturing for discrete or integrated circuit electronic devices. The substrate comprises a polycrystalline silicon carbide outer surface with {111} crystal planes exposed on the working surface, the outer surface is essentially pore free or without exposed pores, scratches, steps or other such depressions or discontinuities on the surface of the substrate having at least one dimension larger than 2. 54 microns, and no non-stoichiometric silicon or carbon other than that which may be residual from the process of making silicon carbide ceramic material.
Polycrystalline Silicon Carbide Ceramic Wafer And Substrate
US Patent:
6077619, Jun 20, 2000
Filed:
Apr 21, 1998
Appl. No.:
9/063405
Inventors:
Thomas M. Sullivan - Indianapolis IN
International Classification:
G11B 582
US Classification:
428698
Abstract:
A substrate made of polycrystalline. beta. SiC and having an essentially pore free surface is disclosed. The substrate is adapted for use as a chip wafer to receive different thin film coatings as part of manufacturing electrical devices and integrated circuits. The substrate comprises a polycrystalline silicon carbide outer surface with {111} crystallographic planes exposed on the working surface, the outer surface is essentially pore free or without exposed pores, scratches, steps or other such depressions or discontinuities on the surface of the substrate having at least one dimension larger than about 2. 54 microns, and no non-stoichiometric silicon or carbon other than that which may be residual from the process of making silicon carbide ceramic material.
Apparatus And Method Of Cleansing Contaminated Air Using Microwave Radiation
US Patent:
2007016, Jul 26, 2007
Filed:
Feb 15, 2005
Appl. No.:
10/589948
Inventors:
Thomas Sullivan - Indianapolis IN, US
International Classification:
B03C 3/00
US Classification:
096015000
Abstract:
An air conditioning system uses microwaves to effectively destroy airborne contaminants. In one mode, air () is passed through a microwave-transparent tube () and is subjected to microwaves in the presence of one or more of water, water vapor, steam or hydrogen to cause destructive dipole polarization, electrical coupling, hydrolysis, and/or interfacial polarization of the contaminants or impurities found in the air (). In another mode, solids or liquids are decontaminated by subjecting the objects to microwaves. Paramagnetic dust particles in the air, especially underground railway air, can also be removed using an electromagnet.