Rakesh K Popli from Lancaster, PA, age 71

Rakesh Popli Phones & Addresses

Lancaster, PA
212 Steeplechase Dr, Racine, WI 53402 • (262)6813413
Hummelstown, PA
6829 Hoods Creek Rd, Franksville, WI 53126 • (262)8840238 • (262)8868867
Tallahassee, FL
6829 Hoods Creek Rd, Franksville, WI 53126 • (920)2961956

Work

Company:

The hershey company
2013 to 2017
Position:

Director and senior mgr, open innovation

Education

Degree:

Master of Business Administration, Masters
School / High School:

University of Chicago
Specialities:

Marketing, Business

Skills

Consumer Products • Commercialization • Product Innovation • Open Innovation • Product Development • Negotiation • Technology Licensing • Codevelopment • Licensing • Strategy • R&D • Polymers • Coatings • Ip • Competitive Analysis • Technology Transfer • Business Development • Competitive Intelligence • Cross Functional Team Leadership • Fast Moving Consumer Goods • Fmcg • Innovation Management • Leadership • Management • Marketing • Mergers and Acquisitions • Research and Development

Industries

Consumer Goods

Wikipedia References

Rakesh Popli

About:

Born:

1952

Died:

2007

Known for:

Establishing the first "Ekal Vidyalayas"

Work:

Position:

Nuclear Physicist

Education:

Academic degree:

Professor

Skills & Activities:

Master status:

Tribal

Resumes

Massachusetts Institute Of Technology

view source

Location:

Minneapolis, MN

Industry:

Consumer Goods

Work:

The Hershey Company 2013 - 2017
Director and Senior Mgr, Open Innovation
Sc Johnson 2004 - 2012
Technology Acquisition Manager, Home Cleaning
Sc Johnson 2000 - 2004
Research Associate, Furniture and Floor
Johnson Polymer 1996 - 1999
Commercial Development Manager
1996 - 1999
Massachusetts Institute of Technology

Education:

University of Chicago
Master of Business Administration, Masters, Marketing, Business Massachusetts Institute of Technology
Doctorates, Doctor of Philosophy, Materials Science, Engineering

Skills:

Consumer Products
Commercialization
Product Innovation
Open Innovation
Product Development
Negotiation
Technology Licensing
Codevelopment
Licensing
Strategy
R&D
Polymers
Coatings
Ip
Competitive Analysis
Technology Transfer
Business Development
Competitive Intelligence
Cross Functional Team Leadership
Fast Moving Consumer Goods
Fmcg
Innovation Management
Leadership
Management
Marketing
Mergers and Acquisitions
Research and Development

Us Patents

Wipes Dispenser
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US Patent:

8006864, Aug 30, 2011
Filed:

Sep 5, 2008
Appl. No.:

12/204866
Inventors:

Michael C. Fryan - Racine WI, US
Douglas A. Soller - Racine WI, US
Rakesh K. Popli - Franksville WI, US
Frank J. Steer - Racine WI, US
Evan A. Sparks - Madison WI, US
Assignee:

S.C. Johnson & Son, Inc. - Racine WI
International Classification:

A47F 1/00
B67D 1/07
B67D 7/06
B65H 3/00
G07F 11/00
US Classification:

221 96, 221102, 206233, 206 38, 206449, 222192, 2223217, 2223219, 2223831, 239 52, 239 34
Abstract:

Portable wipe dispensers are provided. In one form the wipe dispenser can be used to spray a cleaning liquid onto a wipe being dispensed from the device. Alternatively the outlet may be directed against a surface external to the dispenser.

Continuous Production Of Reduced Gel Content Hydroxylated Addition Polymers
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US Patent:

55083668, Apr 16, 1996
Filed:

Oct 18, 1994
Appl. No.:

8/325001
Inventors:

Kevin M. Andrist - Racine WI
J. David Campbell - Racine WI
Richard W. Chylla - Racine WI
Rakesh K. Popli - Racine WI
Assignee:

S. C. Johnson & Son, Inc. - Racine WI
International Classification:

C08F 2026
US Classification:

526320
Abstract:

A process is disclosed for the continuous production, with reduced gel formation, of free radical addition polymers from ethylenically unsaturated monomers containing at least one free hydroxyl group such as 2-hydroxyethyl methacrylate, from about 0 to about 5% by weight of an alpha-beta unsaturated carboxylic acid such as acrylic acid or methacrylic acid, and the remainder of the monomers used are free radical addition copolymerizable compounds such as styrene, methyl methacrylate and butyl acrylate. The free radical addition polymerization is conducted at from about 150. degree. C. to about 310. degree. C. under superatmospheric pressure in the presence of one or more solvents. The solvent or the volume average of the solvent mixture has an overall calculated root mean square value of the hydrogen bonding and polar contributions of each solvent's solubility parameters in the range of from about 6 to about 15. The solvent or solvents in total have sufficient volatility under the conditions being used to conduct the polymerization such that any liquid condensate of vapor mixture forming on interior surfaces of the reactor equipment located above the surface of the monomer reactants contains at least 50 mole percent of the solvent to reduce gel formation on such interior surfaces. The process permits the continuous polymerization of the polymers over extended periods of time with reduced formation of gel particles and gel deposits.