DR. ROBERT A WATSON, MD
Radiology at Bayshore Blvd, Tampa, FL
License number
Florida ME130410
Category
Radiology
Type
Surgery
Address
Address
409 Bayshore Blvd, Tampa, FL 33606
Phone
(813) 844-5544
(813) 844-1655 (Fax)
(813) 844-1655 (Fax)
Personal information
See more information about ROBERT A WATSON at radaris.comName
Address
Phone
501 Nw 119Th St, Miami, FL 33168
506 Sideview Ct, Brandon, FL 33510
500 Sw 33Rd Ave Apt 5B, Ocala, FL 34474
5224 Miller Bayou Dr, Port Richey, FL 34668
5220 Collins St, Panama City, FL 32404
Professional information
Experienced Channel Sales Manager
Location:
Tampa/St. Petersburg, Florida Area
Industry:
Information Technology and Services
Work:
DMI (Digital Management, Inc.)
- Tampa/St. Petersburg, Florida Area Oct 2012 - Aug 2013
-
Channel Account Manager/Account Executive-SE Territory
Tech Data Corporation
- Clearwater, FL Feb 2007 - Oct 2012
-
Business Development Representative-Public Sector/Healthcare
Tech Data Corporation
Jan 2006 - Jan 2007
-
Inside Sales Representative
MES Solutions
Oct 2005 - Jan 2006
-
Client Services Representative
Education:
Eckerd College 1998 - 2002
Bachelor of Arts, Management; Athletic Administration
Bachelor of Arts, Management; Athletic Administration
Awards:
Public Sector Business Development Rep Of The Year
Tech Data Corp
Healthcare Business Development Rep Of The Year
Tech Data Corp
Government Servies Employee of the Quarter-Q3 FY09
Tech Data Corp
Tech Data Corp
Healthcare Business Development Rep Of The Year
Tech Data Corp
Government Servies Employee of the Quarter-Q3 FY09
Tech Data Corp
Certifications:
MobileIron Certified Sales Specialist, MobileIron
Project Management Supervisor At Southwest Florida Water Management District
Position:
Project Management Supervisor at Southwest Florida Water Management District
Location:
Tampa/St. Petersburg, Florida Area
Industry:
Information Technology and Services
Work:
Southwest Florida Water Management District
since Nov 2010
-
Project Management Supervisor
Southwest Florida Water Management District
Nov 2005 - Jan 2011
-
Business Technology Consultant
BT North America
Nov 1996 - Oct 1998
-
Director
Concert Communications
Oct 1994 - Nov 1996
-
Senior Information Technolgy Manager
Syncordia
Feb 1992 - Oct 1994
-
Information Technology Manager
Education:
Naval Postgraduate School 1982 - 1984
MS Computer Science University of Kansas 1975 - 1977
BS Electrical Engineering Johnson County Community College 1973 - 1975
AS Engineering
MS Computer Science University of Kansas 1975 - 1977
BS Electrical Engineering Johnson County Community College 1973 - 1975
AS Engineering
Sales Inspector At Massey Services
Position:
Sales Inspector at Massey Services
Location:
Tampa/St. Petersburg, Florida Area
Industry:
Consumer Services
Work:
Massey Services
-
Sales Inspector
Owner, Auto Body Express
Position:
Owner at auto body express
Location:
Tampa/St. Petersburg, Florida Area
Industry:
Automotive
Work:
auto body express
-
Owner
Incentive Inhalation Spirometer Apparatus
US Patent:
4809706, Mar 7, 1989
Filed:
Jan 13, 1988
Appl. No.:
7/143191
Inventors:
Robert L. Watson - Tampa FL
Robert L. Rayburn - North Salt Lake UT
Robert L. Rayburn - North Salt Lake UT
International Classification:
A61B 506
US Classification:
128725
Abstract:
An incentive lung exercise apparatus includes an inhalation spirometer, a coupling attached thereto with a unidirectional outlet valve and a source of oxygen. A relatively long flexible hose connects this portion of the structure to a mouthpiece or face mask and medication nebulizer which can be held by a patient. Oxygen and medication can be administered while the patient is using the spirometer structure for lung exercise following surgery or the like. Oxygen is passed through a small hose within the major hose, leaving a substantial volume to retain exhaled gas which is then rebreathed, giving the patient greater incentive to utilize the apparatus for maximum lung inflation. A further small hose can be included and connected to an infrared capnograph for monitoring CO. sub. 2 in the hose. Control of the depth of respiration is accomplished by varying the oxygen flow and inspired carbon dioxide content as judged by the analyzed expired endtidal carbon dioxide content.