Objective:
To pursue a career of Sr. equipment engineer in a creative bio-medical equipment company.
Skills Profile:
System integration with mechanics, motion control, software, bio-tech and factory automation components.
More than 10 years experience in software development and project lead with C/C++/C# programming language
Successfully developed many products for machine tool industry, semiconductor industry and bio-tech industry.
Well understand the need of different customers.
Mechanical parts design with 3D Solidworks.
Fast prototyping and cost control.
Fluent English/Chinese communication skill
Employment History
2009 -Now: Consultant
Image Processing Engine for Cancer Cell Recognition Application
Design software architecture and algorithm logics.
Direct software engineer to complete coding and test under Visual Studio 2010 in C#.
QX Cell isolator prototype development
Design Alfa and Beta prototype, include mechanical and electronics subsystems.
Design the architecture of application software. Implement the application under Visual Studio 2005 in C# together with software team.
Design 400nm/900nm CD71/CD326 magnetic nano-beads and protocol for lymphocytes and epithelial cells isolation from peripheral blood.
Filed US patent application - 13296817
LCD glass online inspection system improvement
Direct software team to improve sensitivity of defect detection by "line- sync" and "care area" technology.
Self-consciousness/Self-Learning Software Design based on Artificial intelligence
Design a data structure for knowledge expression
Design a mechanism to simulate Self-consciousness/Self-Learning behaviors of creatures.
Implement first prototype under Visual Studio 2005 in C#.
Conceptual design of earthquake early warning system
Design system architecture and its distributed decision making logics.
Filed US patent application - 12136289
2000 - 2008: Senior Software Engineer, KLA-Tencor, USA
Presided over projects:
200 mm semi-automatic wafer loading system integration
Integrated SMIF loader subsystem into CRS 200 wafer confocal review station. Implement E3-E30 in C++ under GWGem to support wafer loading automation.
300 mm fully automatic wafer loading system integration
Integrated 300mm FOUP subsystem into CRS 300 wafer confocal review station. Implement E3-E90 in C++ based on ConX300 to support factory automation.
Auto focus algorithm design for UV laser imaging upgrade
High throughput 3D in-line wafer inspection software design
Design architecture for control software .
Integrate TDI image system to realize 3D bump inspection.
Direct software team to implement all the control software in C++
Support SQC team to complete all SECS/GEM E90 - E104 test.
High-speed image acquisition and processing system integration
Integrate high speed TDI imaging system into pattern wafer inspection equipment (Puma 9000D/S) on the top of SUSE Lunix 10 OS . Implement calibration subsystem in Java 1.4
calibration software improvement for 300 mm wafer inspection equipment
Upgrade a 200mm calibration tool to 300mm calibration tool with higher resolution line scan camera and wafer loading interface.
Involved in projects:
Three-dimensional laser confocal review station improvement for semiconductor wafer inspection
Design of UV laser three-dimensional imaging system
Time-integrated high-speed scanning camera (TDI) three-dimensional imaging device design
300 mm semiconductor wafer template-free in-line inspection system
300 mm semiconductor wafer template in-line inspection system
Intel Portland 300 mm Fab wafer inspection equipment integration
TI Dallas 300 mm Fab wafer inspection equipment integration
Renesas of Japan Mito 300 mm Fab wafer inspection equipment integration
ProMOS Tainan 300 mm Fab w...
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