Senior Engineer Resume

KEYWORDS: Algorithm, Signal Processing, Simulation, Modeling, Matlab/Simulink, C/C++, Embedded, Inertial Navigation System, Sensor, Software, Optimization, Real-Time, 3D Orientation.

SUMMARY:

Self-motivated and result-driven technologist and researcher, creative engineer and inventor with 9 US patents applications and 5 years of intense start-up experience. Successful hardware and embedded software engineer experienced in developing and delivering world-class innovation technology from concept phase to quality products of massive volume. Expertise in digital signal/image processing, Matlab/Simulink simulation and modeling, data analysis and fusion, C/C++ code development and optimization, and 3D real-time navigation algorithms. Leader experienced in working with interdisciplinary engineering teams that meet tight deadlines with limited resources.

EDUCATION:
Ph.D. inElectrical and Computer Engineering,
Confidential University
M.S. in Electrical and Computer Engineering,
Major: Signal Processing and Communications, Minor: Electro-physics
Confidential University
B.S. in Physics, (ranks top 1 in China)
Confidential University

HIGHLIGHTS:

Expertise in various algorithms of signal processing
Five years experiences (R&D) in real-time inertial sensors signal processing and fusion on embedded system
Strong modeling/simulation skills with Matlab and/or Simulink.
Strong laboratory hand-on experiences and trouble-shooting skills, sensor calibration and characterization.
Strong background in Math, Physics and Electrical Engineering.
Solid understanding and knowledge of signal processing and communications
9 US patents applications, 1 CES innovation award

EXPERIENCES:
Senior Engineer - DSP in advanced Confidential. MD Jun. ’05-present

Designed, developed, simulated, and modeled advanced real-time embedded digital signal processing algorithms using adaptive filters, Kalman filters, dynamics and statistical analysis with inertial sensors including accelerometer and gyroscope for embedded free-space 3D navigation and pointing technology used for FreespaceTM 3D motion sensing for human input devices and motion control products.
Advanced algorithms from concepts to prototype (Matlab), finally into the end products (embedded C/C++) through quantitative verification.
Planed and led the project of 3D angular-position real-time estimation using a tri-axis accelerometer and a tri-axis gyroscope, thoroughly completely tracked and documented the entire design and development efforts process.
Researched and developed an advanced complete real-time magnetometer-calibration algorithm including compensating hard-iron and soft-iron effects, achieved best accuracy using least processing time and memory against others.
Researched and developed a real-time magnetic near-field tracking and compensation algorithm, which made the magnetometer practical useful in consumers’ home entertainment environment.
Designed and developed an embedded algorithm for real-time on-line dynamically tracking zero-rate output of inertial sensors, enabled the 3D navigation and pointing technology feasible even with extreme low cost sensor system.
Designed and created a fully automatic regression and Monte Carlo simulations architecture and tests for algorithms performance test across variations of sensors, motions, and calibrations; developed each specification metric and analysis methods, which ensured the designed algorithms meet high performance requirements and helped to make the specifications for products.
Optimized algorithms in both floating-point and fixed-point domain for speed and memory, fit into the tight and even cheaper embedded budgets.
Developed core technology used in the Logitech Mx Air, Kodak Theater HD Player, UEI Dolphin, Hillcrest Loop, LG Magic Motion gesture remote and others.
Listened to, supported, and advised customers such as Logitech, LGE, UEI, Ensky, and Creative etc.
Developed a gesture-identification algorithm, implemented a GUI in both Java and C++, demonstrated in CES.
Managed the code releases and optimizations of FreespaceTM motion sensing algorithm, and tremor research project.

Graduate Research Assistant Confidential Jan. ’02-May ’05

Practically hand-on experienced with imaging system, optoelectronic system, and optical system setup
Developed many image processing codes with Matlab® for image data analysis
Guided and micro-managed several undergraduates
Trouble-shoot many various kinds of complex laser and optical-mechanical system problems

AWARD AND HONOR:

International CES Innovation Design and Engineering Award presented by the Consumer Electronics Association. (2006, team work)
Merit-based stock options on two occasions

COMPUTER SKILLS:

Languages: Matlab®, C, C++, Java, Fortran,
Tools: Visual Studio, CrossStudio, Eclipse, Bazaar, Ant, Juce, NetBeans, Perforce, JIRA, MS office

MEMBERSHIPS:

Sigma Xi Scientific Research Society
The Honor Society of Phi Kappa phi
IEEE
American Physical Society

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