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David K Matsumura, 42Chicago, IL

David Matsumura Phones & Addresses

Chicago, IL   

735 N 400 E #23, Provo, UT 84606    801-8676369   

Salt Lake City, UT   

Taylorsville, UT   

Social networks

David K Matsumura
David K Matsumura

Linkedin

Work

Company: Credit-suisse securities inc Sep 2007 Position: Quantitative equity associate

Education

School / High School: Brigham Young University- Provo, UT Sep 2003 Specialities: BS Me in Mechanical Engineering

Skills

Equity Research • Equity Valuation • SQL • Matlab • R • Clarifi • Quantitative Research

Languages

Japanese

Ranks

Certificate: Series 7, 63

Industries

Investment Management

Mentions for David K Matsumura

Career records & work history

Medicine Doctors

David N. Matsumura

Specialties:
Internal Medicine, Nephrology
Work:
Cedars Sinai Medical GroupCedars Sinai Medical Group Nephrology
8635 W 3 St STE 1195W, Los Angeles, CA 90048
310-6594320 (phone) 310-4238663 (fax)
Site
Education:
Medical School
Medical College of Pennsylvania
Graduated: 1997
Procedures:
Dialysis Procedures
Conditions:
Acute Renal Failure, Chronic Renal Disease, Nephrotic Syndrome
Languages:
English, Spanish
Description:
Dr. Matsumura graduated from the Medical College of Pennsylvania in 1997. He works in Los Angeles, CA and specializes in Internal Medicine and Nephrology. Dr. Matsumura is affiliated with Cedars-Sinai Medical Center and Olympia Medical Center.

David Matsumura resumes & CV records

Resumes

David Matsumura Photo 17

Quantitative Analyst

Location:
Chicago, IL
Industry:
Investment Management
Work:
Credit Suisse - Greater Chicago Area since Sep 2007
Associate
Education:
Brigham Young University 2000 - 2007
Bachelors, Bachelor of Science, Mechanical Engineering
Skills:
Sql, R, Python, Portfolio Management, Equity Research, Databases, Holt, Bloomberg, Vba, Investments, Oracle, Japanese, Valuation, Quantitative Analytics, Matlab, Intermediate Japanese, Clarifi, Financial Modeling, Financial Analysis, Leadership, Public Speaking, Equities, Analytics, Research, Analysis, Data Analysis, Asset Management, Machine Learning, Algorithms, Quantopian, Securities, Financial Markets, Finance, Accounting, Financial Services, Product Management, Data Mining
Languages:
Japanese
Certifications:
Series 7, 63
Model Thinking
R Programming
David Matsumura Photo 18

David Matsumura - Chicago, IL

Work:
Credit-Suisse Securities Inc Sep 2007 to 2000
Quantitative Equity Associate
Brigham Young University, UT Sep 2006 to May 2007
Research Assistant
Deutsche Securities LTD - Tokyo, JP Jun 2006 to Aug 2006
Analyst - Intern
Education:
Brigham Young University - Provo, UT Sep 2003 to Aug 2007
BS Me in Mechanical Engineering
Skills:
Equity Research, Equity Valuation, SQL, Matlab, R, Clarifi, Quantitative Research

Publications & IP owners

Us Patents

Three Dimensional Variable Forming Apparatus And Methods Of Use Thereof

US Patent:
2009027, Nov 5, 2009
Filed:
Mar 27, 2009
Appl. No.:
12/383822
Inventors:
Brent Johnson - Elk Ridge UT, US
Ken Hardman - Pleasant Grove UT, US
Leslie Johnson - Elk Ridge UT, US
Caleb Waugh - Grand Junction CO, US
Jonathan Woahn - Pleasant Grove UT, US
Tyson Triplett - Provo UT, US
Eric Radford - Woodlands TX, US
Dean Keith Stolworthy - Henderson NV, US
Karl M. Taylor - Tualatin OR, US
Brad Hyatt - Rochester NY, US
Jeffrey Webster - Pleasant Grove UT, US
James Kearl - Greensboro NC, US
David Matsumura - Chicago IL, US
Assignee:
Iterations, Inc. - Elk Ridge UT
International Classification:
B29C 43/56
US Classification:
264 405, 425394
Abstract:
The disclosed systems and methods include a mold assembly having a malleable mold (), a moldable blank () and a bladder () positioned about the moldable blank () to transmit an external force applied to the mold assembly uniformly to the moldable blank () and hence to the malleable mold (). The invention further includes a method of replicating a surface by use of the mold assembly. The method may include manipulating the malleable mold () to record the image to be replicated. This manipulation may include a physical engagement of the mold with a physical surface to be replicated. Alternatively, an image, e.g., photograph or laser scan of the surface may be transmitted to a computer numerically controlled (“CNC”) system. The CNC system then manipulates the malleable mold () to reflect the surface to be replicated. An activated moldable blank, e.g., a blank () fabricated from a thermo-forming material, is then positioned over the malleable mold. The bladder () is then secured about the moldable blank (). An external force, such as that induced by placing the mold assembly in a vacuum chamber, is then applied to the mold assembly.

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