Decheng Zou
Chief Operating Officer / Cofounder
Monterey Park, CA
Work Experience
Chief Operating Officer / Cofounder
2011 to 2012
Cofounded and operated a 1-year startup international trade/ecommerce business, importing chemical pump from China to US wholesale market, and providing ecommerce solutions to business partner in houseware industry. Took responsibility for operation management, customer business analysis and web development. Business ended on July 2012.
Established and enhanced relationships with Chinese chemical pump suppliers and American customers to sell and maintain (upon request) chemical pumps.
Successfully improved online outdoor clothing store (in the platform of taobao.com) performance from 200,000 rank to 100 based on sales volume and customer satisfaction with annual revenue $500,000.
Pitched a social networking service business plan to venture capital firms and angel investors, with self-designed prototype using PHP, MySQL, HTML, CSS and Javascript.
Skill Summary
Software skill: AutoCAD, Pro/ENGINEER, MatLab, LabView, PHP, MySQL
Optical Instrument: STED microscope, confocal laser scanning microscope, scanning electron microscope (SEM), polarization controller, interferometer, condenser, DIC prism
Machine Tool: CNC Lathe, CNC wire sawing machine, milling machine, grinding machine, laser machine
Engineering: Advanced Manufacturing, Control Theory, Photonics & Spectroscopy, Mechanical Design, Engineering Materials, Mechanical Principle, Machinery Failure Diagnosis, Mechatronics, Fluid Physics
Mechanical Engineer
2011 to 2011
Committed, innovative and entrepreneurial Mechanical Engineer with a proven history of leveraging technical, relationship management, and communication strengths to drive product and manufacturing innovation. Strong expertise in mechanical design, manufacturing optimization, optics, and engineering software (AutoCAD, Pro/E, MatLab, and Labview) gained through experiences in academia and a 3-year partnership with industry. Respected leader, with experience driving lifecycle initiatives spanning optimization research, engineering design, drafting and modeling, design analysis, material selection, technical documentation, and data analysis. Refined multilingual (English/Mandarin) communicator with a respected ability to interface with manufacturing facilities, senior engineers, project stakeholders, faculty, and end users to understand needs, present ideas, and gain support. Master of Science in Mechanical Engineering from Columbia University.
Engineering / Research Experience
COLUMBIA UNIVERSITY OPTICS LABORATORY, New York, NY 2010-2011
Research Assistant, Advisor: Prof. Jung-Chi Liao
Conducted alignment of microscope system and independent research on superresolution imaging optimization. Presented research results as the final project in Photonics & Spectroscopy (graduate course), A achieved.
Maintained and aligned Continuous Wave Stimulated emission depletion (CW-STED) microscopy system by adjusting laser intensity, lenses, mirrors, prisms, lters, phase plate, and polarizers on stage to control dual-beam path as well as localizing sample and overlapping beams with LabView.
Initiated proof-of-concept experiment for the impact of reducing and oxidizing system (ROXS) technique on photobleaching, including designing experiments, preparing solutions/slides, executing protocols and analyzing data using MatLab. New conclusion achieved.
Proposed a way of leveraging ROXS and T-Rex as a new technique to optimizing resolution of STED microscopy system, with an electro-programmable shutter system developed to generate pulsed-laser on existing system as a preparation for experiment.
Delivered routine technical presentations and research summaries to all lab members.
Research Engineer, Supervisor
2007 to 2010
Prof. Miao Wu
Successfully fulfilled the mission to develop lab-scale prototype of new generation target market-specific high concentration (>70%) and viscous slurry agitation equipment, which improved overall efficiency by 20% and reduced $1,000,000+ on operational costs per year for a solid waste disposal company. Served on 3-person team as mechanical design engineer, manufacturing coordinator and standard developer.
Engaged in product lifecycle development activities, including research and conceptualization, component and assembly design (blades, actuating shaft, coupling & sealing devices, bearing assemblies and body), CAD drafting/modeling/simulation, GD&T, stress analysis, BOM, and documentation independently.
Collaborated with partner factory to evaluate and demonstrate manufacturing feasibility, optimize mechanical design considering manufacturing constraints, make purchasing decisions as well as assist with DFM and manufacturing process.
Developed operation standard manual through orthogonal experiment, providing slurry-specific agitation optimal strategies, which specifies choices on blades, temperature, humidity, time and angular frequency.
Designed and prototyped portable agitation effectiveness measurement device as a new concept.
Education
M.S. in Mechanical Engineering
2011
Mechanical Design
2008 to 2010
Additional Information
Committed, innovative and entrepreneurial Mechanical Engineer with a proven history of leveraging technical, relationship management, and communication strengths to drive product and manufacturing innovation. Strong expertise in mechanical design, manufacturing optimization, optics, and engineering software (AutoCAD, Pro/E, MatLab, and Labview) gained through experiences in academia and a 3-year partnership with industry. Respected leader, with experience driving lifecycle initiatives spanning optimization research, engineering design, drafting and modeling, design analysis, material selection, technical documentation, and data analysis. Refined multilingual (English/Mandarin) communicator with a respected ability to interface with manufacturing facilities, senior engineers, project stakeholders, faculty, and end users to understand needs, present ideas, and gain support. Master of Science in Mechanical Engineering from Columbia University.
Engineering / Research Experience
COLUMBIA UNIVERSITY OPTICS LABORATORY, New York, NY 2010-2011
Research Assistant, Advisor: Prof. Jung-Chi Liao
Conducted alignment of microscope system and independent research on superresolution imaging optimization. Presented research results as the final project in Photonics & Spectroscopy (graduate course), A achieved.
Maintained and aligned Continuous Wave Stimulated emission depletion (CW-STED) microscopy system by adjusting laser intensity, lenses, mirrors, prisms, lters, phase plate, and polarizers on stage to control dual-beam path as well as localizing sample and overlapping beams with LabView.
Initiated proof-of-concept experiment for the impact of reducing and oxidizing system (ROXS) technique on photobleaching, including designing experiments, preparing solutions/slides, executing protocols and analyzing data using MatLab. New conclusion achieved.
Proposed a way of leveraging ROXS and T-Rex as a new technique to optimizing resolution of STED microscopy system, with an electro-programmable shutter system developed to generate pulsed-laser on existing system as a preparation for experiment.
Delivered routine technical presentations and research summaries to all lab members.
PIPELINE TRANSPORTATION LABORATORY (CHINA UNIV. OF MINING & TECH) 2007-2010
Research Engineer, Supervisor: Prof. Miao Wu
Successfully fulfilled the mission to develop lab-scale prototype of new generation target market-specific high concentration (>70%) and viscous slurry agitation equipment, which improved overall efficiency by 20% and reduced $1,000,000+ on operational costs per year for a solid waste disposal company. Served on 3-person team as mechanical design engineer, manufacturing coordinator and standard developer.
Engaged in product lifecycle development activities, including research and conceptualization, component and assembly design (blades, actuating shaft, coupling & sealing devices, bearing assemblies and body), CAD drafting/modeling/simulation, GD&T, stress analysis, BOM, and documentation independently.
Collaborated with partner factory to evaluate and demonstrate manufacturing feasibility, optimize mechanical design considering manufacturing constraints, make purchasing decisions as well as assist with DFM and manufacturing process.
Developed operation standard manual through orthogonal experiment, providing slurry-specific agitation optimal strategies, which specifies choices on blades, temperature, humidity, time and angular frequency.
Designed and prototyped portable agitation effectiveness measurement device as a new concept.
Комментариев нет:
Отправить комментарий