RICHARD W GRAY
Engineering in Boston, MA
License number
Massachusetts 27523
Issued Date
Jul 1, 1974
Expiration Date
Jun 30, 2002
Type
Mechanical Engineer
Address
Address
Boston, MA 02467
Professional information
Vp, Program Manager At State Street Bank
Position:
VP, Program Manager at State Street Bank
Location:
Greater Boston Area
Industry:
Investment Management
Work:
State Street Bank
- Greater Boston Area since 2012
-
VP, Program Manager
Bank of America
- Greater Boston Area 2010 - 2012
-
Contractor
Evergreen Investments
- Greater Boston Area Nov 2006 - Dec 2009
-
VP, Trading Systems
Putnam Investments
Aug 2001 - Nov 2006
-
VP, FI/Derivative Trading Systems
Breakaway Solutions
Dec 1999 - Aug 2001
-
Director; Program/Project Manager
Accenture
Jun 1992 - Dec 1999
-
Senior Manager
Education:
Babson College 1988 - 1992
B.S., Finance/Investments & Economics
B.S., Finance/Investments & Economics
Vice President, Slaes And Marketing At Altos Solutions
Position:
Vice President, Sales and Marketing at Altos Solutions
Location:
Greater Boston Area
Industry:
Computer Software
Work:
Altos Solutions
- Greater Boston Area since Jun 2013
-
Vice President, Sales and Marketing
N-of-One Therapeutics
Jun 2012 - May 2013
-
Senior Vice President, Business Development
IntrinsiQ, LLC. An AmerisourceBergin Specialty Group Company
Feb 2011 - Jun 2012
-
Vice President, Business Development
IntrinsiQ, LLC
Feb 2009 - Jan 2011
-
General Manager
Picis
1996 - 2001
-
V.P. Sales and Marketing
MEDITECH
Jul 1987 - Oct 1996
-
Sales Executive
Education:
Massachusetts College of Pharmacy and Health Sciences 1969 - 1974
BS, Pharmacy St. Mary High School
BS, Pharmacy St. Mary High School
Interests:
Motorcycle Riding
Independent Religious Institutions Professional
Position:
Secretary at FJMC
Location:
Greater Boston Area
Industry:
Religious Institutions
Work:
FJMC
since 2007
-
Secretary
Education:
Massachusetts Institute of Technology
Richard Gray
Location:
Greater Boston Area
Industry:
Mechanical or Industrial Engineering
Skills:
Product Development, Chemistry, R&D, Biotechnology, Lifesciences, Medical Devices, Commercialization, Product Management, New Business Development, Technology Transfer, Pharmaceutical Industry, Engineering, Manufacturing
Water Intrusion Test For Filters
US Patent:
5786528, Jul 28, 1998
Filed:
Sep 10, 1996
Appl. No.:
8/711755
Inventors:
Anthony J. Dileo - Westford MA
Richard W. Gray - Chestnut Hill MA
Richard W. Gray - Chestnut Hill MA
Assignee:
Millipore Corporation - Bedford MA
International Classification:
G01N 1508
US Classification:
73 38
Abstract:
An improved water flow test for determining the integrity and/or pore size distribution of a porous filter is disclosed. The improvement involves the ability to determine and take into account the changes in filter structure due to filter compaction or creep resulting from compressive forces when pressure is applied to the surfaces of the filter. By proper characterization of the filter under test, the initial system volume and the volume change associated with pressurizing the filter can be accurately determined at all points in time during a test cycle. As a result, composite flowrate changes (i. e. the flow due to filter compaction/creep plus the flow due to liquid intrusion) can be evaluated to distinguish between various flow components to accurately determine the pore size of the filter being tested or a filter defect.
Current Flow Integrity Test
US Patent:
5477155, Dec 19, 1995
Filed:
Aug 11, 1993
Appl. No.:
8/105525
Inventors:
Stephen Proulx - Littleton MA
John L. Burns - Dracut MA
Scott Emory - Boston MA
Richard W. Gray - Chestnut Hill MA
Frank M. Lentine - Bedford MA
John L. Burns - Dracut MA
Scott Emory - Boston MA
Richard W. Gray - Chestnut Hill MA
Frank M. Lentine - Bedford MA
Assignee:
Millipore Corporation - Bedford MA
International Classification:
G01N 2702
US Classification:
324 711
Abstract:
A new method and apparatus is described for conducting an integrity test on porous membranes and membrane filters and for conducting a pore-size characterization of membrane. The method and apparatus apply to membrane integrity tests and pore-size characterizations which are based on the dependence on the pore size of the pressure required to intrude a non-wetting, electrically conductive liquid into and through the pores. Electrical-measurement methods are described for identifying the pressure at which intrusion occurs.