Perfect Software Engineer Curriculum Vitae Format in Word Free Download

Sample Template Example of Beautiful Excellent Professional Curriculum Vitae / Resume / CV Format with Career Objective, Job Description, Skills & Work Experience for Freshers & Experienced in Word / Doc / Pdf Free Download

OLIVIA  (Pamela) GU

             

(512) 431-9876                                                                                                        olivia_Gu@yahoo.com

SUMMARY

Performed cutting edge R&D at UT Austin and Arete in the areas of real-time control system, dynamic and imaging system modeling / simulation, remote sensing, data and signal analysis. Before joining Arete, Yuping led Novellus’ metrology system R&D with strong algorithm design expertise, solid knowledge in control system design and digital signal processing. Prior to Novellus Systems, Yuping spent many years working on sensor system design and integration for advanced process control at Applied Materials. At UC Berkeley, Yuping researched multi-rate motion control and signal processing with application to hard disk drive servo.

 

Published 15 papers in dynamic systems & control and optical engineering fields, and holds five patents in Semiconductor Nanotechnology. Yuping received Ph.D. from UC Berkeley with major in Control from Mechanical Engineering and minor in Digital Signal Processing from Electrical Engineering.

         Yuping is highly adaptive with outstanding talent in conducting in-depth analysis and solving complex problems. Yuping is adept at developing innovative solutions and creating improved methods. Yuping’s capabilities in control and digital signal processing with solid background in electro-mechanical system will be valuable to your organization.

          Control

·    Classical, optimal, adaptive, robust, and non-linear control.

·    Two degree of freedom, multi-rate digital control structure.

·    Motion/force control in telescope tracker, fast scan mirror, and hard disk drive servo.

·    Implementation of control designs from R&D through production.

Digital Signal Processing

·      DSP algorithm development, data analysis, Design of Experiment (DOE) and statistics.

·      INS, MEMS Inertial Measurement Unit, and MEMS based motion processing. 

Software

·      Over 5 years software programming experience in C/C++, assembly, and etc.

·      Dynamic modeling and simulation using Matlab and Simulink.

·      DOE and statistical analysis using JMP.

PROFESSIONAL EXPERIENCE

Center for Electromechanics, UT Austin                                                                     2011 – Present

Research Associate                                                                                                             

Key member of team developing Hobby Eberly Telescope tracker control system and investigator on power system control for secure smart microgrid.  

·            Developed telescope tracker system dynamic model analytically and experimentally, performed system frequency and stability analyses to ensure robustness of the control system for a wide temperature range.

·         Designed feedforward and feedback controller for telescope tracker system precision motion with friction

       compensation and mechanical noise cancellation, which improved system tracking performance by 30%.

·         Developed the control architecture and designed controllers for combined force and position control. Simulated effects of key system parameters, which assisted design and reduced development cycle.

·         Investigated power system control and proposed multi-layer control architecture for secure smart microgrid. Participated sponsor meeting and contributed to funding acquisition effort.   

ARETE ASSOCIATES                                                                                                               2010

Senior Controls Engineer

Core member of team developing leading-edge scan-mirror-based electro-optical systems. Responsible for closed-loop control system development of scanner systems, inertial stabilization, and system error budgets.

·              Developed requirements for control systems and key subsystems by initiating the systematic method to build up dynamic model and developing algorithm for pointing control, imaging, and INS predictor.

·              Performed system noise analysis and error budgets. Modeled, simulated, and analyzed effectively for image blur, pointing accuracy, gap and overlap for image reconstruction.

·              Participated in system tests to verify control systems performance.

·              Interfaced with internal and external customers in design reviews, technical presentations, and etc.

YUPING GU                                                                                                                  PAGE TWO

NOVELLUS SYSTEMS                                                                                                          2005 - 2009

Senior System Engineer

Recognized as the subject matter expert on algorithm development. Responsible for Chemical Mechanical Planarization (CMP) metrology algorithm development, sensor integration and system improvement. Provided critical technical solutions and guidance to resolve field issues and support market penetration efforts.

·         Performed failure analysis and provided technical solutions through Optical EndPoint (OEP) signal analysis and algorithm enhancement, resulting in process improvement and customer satisfaction.

·         Developed and improved calibration algorithm of Eddy Current (EC) system, which achieved accurate measurement of film thickness and enabled Closed Loop Control (CLC), resulting in 10 x reduction of wafer-to-wafer variation, 4 x increase of film uniformity, and reduction of process time.

·         Provided constructive ideas and solutions on hardware design and manufacturing, which resolved complex product defect issue, through collaboration with multidiscipline groups and suppliers in a fast-paced dynamic environment.

·         Identified alternative sources for obsolete parts including light source and spectrometer, evaluated and delivered results, which satisfied product safety compliance and saved $30K in cost per system.

·         Spearheaded R&D of a laser OEP system, to reduce complexity, save $50K in cost per system, and help with market penetration. 

·         Led the effort to re-design OEP hardware and optimized installation procedure, resulting in system reliability improvement and maintenance down-time reduction.

·         Defined product specifications and developed project plan for EC metrology system through negotiation and clarification with multi-disciplinary groups.

·         Reviewed patent applications for CMP Business Unit (BU) and reported to Corporate Patent Office Executive. Determined the relevance and value of patent claims.      

APPLIED MATERIALS                                                                                                           2000 - 2005    

Senior System Engineer

Designed real-time optical metrology sensors to resolve technical challenges in the development of an Electro-less deposition process tool. Hands-on experiences in metrology tools such as SEMVision, COMPASS, Atomic Force Microscopy, X-Ray Fluorescence Spectroscopy, and MetaPULSE.     

·         Conceived and designed in-situ metrology, which sensed process initiation and provided real-time film thickness measurement, resulting in better deposition process control.  Patented optical system layout significantly minimized wafer pattern effect.

·         Identified process issues, developed conceptual design, performed feasibility experiments, and implemented a new mechanism to monitor chemical composition in supply lines, which ensured process to perform at optimum level.

·         Collaborated with process technology group in developing processes to reduce defects and improve deposition film uniformity. Successfully performed key customer demonstrations. Recognized as Team of the Quarter.

Senior Control Algorithm and Software Engineer

Worked on a variety of technical tasks in R&D of algorithm, thin film thickness metrology system, sensor integration, and process control.

·         Achieved major breakthrough in resolving key design problem for thin film thickness measurement by developing and implementing an advanced algorithm. Patent awarded.

·         Achieved nanometer level accuracy and production worthy reliability goals by developing calibration routines, designing Graphic User Interface (GUI), and performing tests for EC thickness sensor.

·         Communicated technical details and integrated metrology into two platforms, resulting in six months reduction of product development cycle and improvement of process tool performance.

·         Performed R&D of Integrated Advanced Process Control (iAPC) by use of add-on sensors, data collection and fault detection systems to automatically monitor and optimize manufacturing processes.

·         Engaged with internal and external customers, developed real time control software to support five programs in response to system and process development needs.  

EDUCATION

                             

Ph.D.   Mechanical Engineering, University of California at Berkeley                

M.S.     Optical Instruments, Tsinghua University        

B.S.      Precision Instruments and Mechanology, Tsinghua University

Download Resume Format