Nikhil Balachandran from 581 Center St, Walnut Creek, CA 94595

Nikhil Balachandran Phones & Addresses

581 Center St, Walnut Creek, CA 94595
San Francisco, CA
Fremont, CA
Downey, CA
Las Cruces, NM

Work

Company:

Proteus digital health
Nov 2014
Position:

Data insights expert

Education

School / High School:

New Mexico State University- Las Cruces, NM
Specialities:

Master of Science in Electrical Engineering

Skills

Digital Signal Processors • Matlab • Signal Processing • Algorithms • Testing • Firmware • Semiconductors • Embedded Systems • Simulations • System Architecture • Pattern Recognition • Sensors • Image Processing • Statistical Data Analysis • Device Drivers • Debugging • C • Quantitative Research • Application Support • Ic • Integrated Circuits • Sql • Project Management • Data Science • Data Analysis • Motion Sensing • R • Machine Learning • Optimization • Product Development • Cross Functional Team Leadership • Python • Research and Development • Consulting • Strategy • Automation • Business Development • Staff Training

Languages

German

Ranks

Certificate:

Startup School Online

Interests

Social Services • Education • Environment • Economic Empowerment

Industries

Semiconductors

Resumes

Co-Founder, Chief Executive Officer

view source

Location:

2600 Bridge Pkwy, Redwood City, CA 94065

Industry:

Semiconductors

Work:

Northern California Recycling Association (Ncra)
Board Member
Zabble
Co-Founder, Chief Executive Officer
Climb Over Cancer
Founder
Aclima, Inc.
Senior Data Scientist at Aclima, Inc
Wyzant Tutoring
Professional Tutor

Education:

New Mexico State University 2004 - 2006
Master of Science, Masters, Electrical Engineering

Skills:

Digital Signal Processors
Matlab
Signal Processing
Algorithms
Testing
Firmware
Semiconductors
Embedded Systems
Simulations
System Architecture
Pattern Recognition
Sensors
Image Processing
Statistical Data Analysis
Device Drivers
Debugging
C
Quantitative Research
Application Support
Ic
Integrated Circuits
Sql
Project Management
Data Science
Data Analysis
Motion Sensing
R
Machine Learning
Optimization
Product Development
Cross Functional Team Leadership
Python
Research and Development
Consulting
Strategy
Automation
Business Development
Staff Training

Interests:

Social Services
Education
Environment
Economic Empowerment

Languages:

German

Certifications:

Startup School Online
True Zero Waste Advisor
Zero Waste Community Associate

Nikhil Balachandran Walnut Creek, CA

view source

Work:

Proteus Digital Health

Nov 2014 to 2000
Data Insights Expert Proteus Digital Health
Redwood City, CA
Nov 2012 to Nov 2014
Staff Systems Engineer Product Definition, Texas Instruments, Santa Clara

Mar 2007 to Nov 2012
Staff Systems Software Engineer Product Definition, Texas Instruments, Santa Clara

Jun 2010 to Sep 2011
Staff Systems Software Engineer Product Definition, Texas Instruments, Santa Clara

Mar 2007 to Jun 2010
Signal Processing Engineer Electrical Engineering Department

May 2006 to Dec 2006
Research Assistant Real Time Digital Signal Processing

Jan 2006 to May 2006 Digital Signal Processing

Aug 2005 to Dec 2005 Hytec Inc., Los Alamos

May 2005 to Aug 2005
Summer Intern Fisheries and Wildlife Sciences Department

Sep 2004 to May 2005
Research Assistant Robert Bosch India Ltd
Bangalore, Karnataka
Jul 2003 to Jul 2004
Software Engineer

Education:

New Mexico State University
Las Cruces, NM
Master of Science in Electrical Engineering

Us Patents

Configurable Electronic Device Reprogrammable To Modify The Device Frequency Response
view source
US Patent:

20110222696, Sep 15, 2011
Filed:

Mar 11, 2011
Appl. No.:

13/046451
Inventors:

Nikhil Balachandran - San Francisco CA, US
Sanjay M. Bhandari - San Jose CA, US
Srivatsan Kandadai - Santa Clara CA, US
Horia Giuroiu - Campbell CA, US
Jeffery D. Dugger - Atlanta GA, US
International Classification:

H04R 29/00
US Classification:

381 58
Abstract:

A test signal generator provides a test signal to an acoustic device under test and a data acquisition device acquires data from the acoustic device. The initial frequency response of the signal path through the acoustic device is determined based on the test signal and the acquired data. A target frequency response is selected. A desired configuration of a configurable circuit in the signal path is determined modifying the signal path such that the frequency response of the signal path is substantially similar to the target frequency response. At least one parameter for at least one programmable component of the configurable circuit is determined and programmed into the programmable component.