Allison C Ballmer

age ~44

from San Francisco, CA

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Also known as:

Allison Clare Ballmer
Allison C Balmer

Connected to:

Allison Ballmer Phones & Addresses

San Francisco, CA
400 La Salle St, Chicago, IL 60610 • 312 527-3646
914 Hubbard St, Chicago, IL 60290 • 312 527-3646
5464 Arroyo Vista Dr, Tucson, AZ 85718
Beaver, WV
Blacksburg, VA
Beckley, WV

Work

Company:

Biocartis
Aug 2012
Address:

Lausanne Area, Switzerland
Position:

Global marketing

Education

Degree:

Bachelor of Science
School / High School:

Virginia Polytechnic Institute and State University
1998 to 2003
Specialities:

Mechanical Engineering

Skills

Medical Devices • Commercialization • Product Development • Biotechnology • Life Sciences • Product Launch • Strategy • Cross Functional Team Leadership • Fda • Leadership • Six Sigma • Management • Molecular Biology • Oncology • Pharmaceutical Industry • Market Development • Business Strategy • Medical Diagnostics • Lifesciences • Hardware Diagnostics • Capital Equipment • Business Development • Product Marketing • Strategic Planning • Start Ups • R&D • Manufacturing • Sales • Global Marketing • Marketing Strategy • Competitive Analysis • Program Management • New Business Development • Validation • Quality System • Sales Process • P&L Management • Regulatory Affairs • Continuous Improvement • Forecasting • Market Planning • Lean Manufacturing • Entrepreneurship • Executive Presentation Skills • Iso 13485 • Marketing Management • Laboratory • Clinical Research • Clinical Development • Engineering

Languages

English • French

Interests

Children • Economic Empowerment • Education • Poverty Alleviation • Disaster and Humanitarian Relief • Health

Industries

Biotechnology

Resumes

Board Of Directors

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Location:

1338 San Bruno Ave, San Francisco, CA 94110

Industry:

Biotechnology

Work:

Biocartis - Lausanne Area, Switzerland since Aug 2012
Global Marketing
HTG Molecular - Greater Chicago Area and NYC May 2011 - Jul 2012
Business Development Director
Ventana Medical Systems, Inc - North Central territory, US Jul 2010 - May 2011
Sales Specialist
Ventana Medical Systems - Greater Chicago Area Feb 2008 - Jun 2010
Senior Account Executive
Ventana Medical Sales - Tucson, AZ May 2006 - Jan 2008
Operations Manager

Education:

Virginia Polytechnic Institute and State University 1998 - 2003
Bachelor of Science, Mechanical Engineering

Skills:

Medical Devices
Commercialization
Product Development
Biotechnology
Life Sciences
Product Launch
Strategy
Cross Functional Team Leadership
Fda
Leadership
Six Sigma
Management
Molecular Biology
Oncology
Pharmaceutical Industry
Market Development
Business Strategy
Medical Diagnostics
Lifesciences
Hardware Diagnostics
Capital Equipment
Business Development
Product Marketing
Strategic Planning
Start Ups
R&D
Manufacturing
Sales
Global Marketing
Marketing Strategy
Competitive Analysis
Program Management
New Business Development
Validation
Quality System
Sales Process
P&L Management
Regulatory Affairs
Continuous Improvement
Forecasting
Market Planning
Lean Manufacturing
Entrepreneurship
Executive Presentation Skills
Iso 13485
Marketing Management
Laboratory
Clinical Research
Clinical Development
Engineering

Interests:

Children
Economic Empowerment
Education
Poverty Alleviation
Disaster and Humanitarian Relief
Health

Languages:

English
French

Us Patents

Computer-Aided Three-Dimensional Bending Of Spinal Rod Implants, Other Surgical Implants And Other Articles, Systems For Three-Dimensional Shaping, And Apparatuses Therefor
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US Patent:

20050262911, Dec 1, 2005
Filed:

Feb 4, 2005
Appl. No.:

11/050431
Inventors:

Harry Dankowicz - Blacksburg VA, US
Donald Leo - Blacksburg VA, US
Allison Ballmer - Chicago IL, US
John Beeman - Ashburn VA, US
Travis Dillon - Radford VA, US
Antonio Lassaletta - Belmont MA, US
Ryan O'Connor - Denver CO, US
International Classification:

B21D007/14
US Classification:

072031040
Abstract:

An implantable rod can be bent three-dimensionally in an automated system, which is especially useful for pre-surgical formation of implantable spinal rods. When local and/or global feedback processing accompanies a series of shaping steps automatically imposed on a rod or other article being shaped into three-dimensional form, formation time may be expedited compared to manual creation, and shapes difficult or impractical to create manually may be constructed simply.