Egbert Koopman Email & Phone Number

Eerbeek, Gelderland, Nederland

Apeldoorn Area, Netherlands

Nijmegen Area, Netherlands

Eerbeek, Provincie Gelderland, Nederland

* Analyze production data for finding possible leads.* Set up database wherein also the results of experiments are incorporated.* Analyze with statistical tools the results of experiments and propose experimental set up.* Propose plan for the project team to find the root cause of oversized holes.* Several statistical tools applied on the current data and on modified data.* Introduction, besides the standard visual inspection by operators, of an automated camera measurement of the hole size distribution.* Measurement System Analysis performed for inspection tools, which led to insight in the performance with respect to the quality of the measurement.* Analysis performed for the Yield losses of the whole production line of nebulizers.* Proposal written for introduction of OEE measurement at the bottle-neck of the line on basis of the current available data.* Proposal written for further improvement of data collecting and monitoring.* Theoretical model further developed for the prediction of the end result of an electroforming process on different lacquer patterns. This resulted in a proposal for another steering of the electroforming process.* Several leads for further investigation found in the available data.* Weak performance of one process step found, although this was not a dominant factor for causing oversized holes, it was decided to release an improved process.* Found a dominant factor in a specific process step for causing oversized holes.* Gathered all results and learnings of the project team in a summary report.

Tilburg Area, Netherlands

* Optimize and stabilize the performance of the loop inspection system in the GU-loop line.* Introduce a better way of measuring the stability of the loop inspection system.* Release ring inspection system in the GUL-ring line.* Optimize ring inspection system via simulation software.* Use learnings from the release of the new ring inspection system in the GU-ring line and simulations of new algorithms in the ring inspection system to determine the yield opportunities at the inspection systems of the GU-ring line.* Several new detection methods and algorithms in loop and ring inspection system introduced in close cooperation with the supplier of the inspection system.* Successful introduction of a new monitoring method of the loop inspection system.* Measurement System Analysis performed for loop and ring inspection systems, which led to the conclusion that, to further improve the false reject rate, a higher resolution of the camera system should be needed/tested.* Trouble shooting.* Testing new algorithms with simulation software.* False reject rate was reduced to lower than 0.5 % because the total reject rate (false and good) became lower than 0,5%.* Release of inspection system in the GUL-line.* Identification of major root cause for yield loss of the ring inspection system: “wobble”.

Eerbeek, Provincie Gelderland, Nederland

* Improve the Yield of the production line of nozzle plates (More stable and Target is met).* Optimize the performance of the first two process steps for the production of nozzle plates.* Introduce tools for systematic problem solving (8D, 5*Why, DMAIC).* Successful introduction of a new concept of FMEA-structure.* Improve Control Plans and Out of Control Action Plans.* Measurement System Analysis performed for inspection tools, which led to improved performance wrt quality of the measurement.* Proposal written for further improvement and industrialisation for nozzle plates in 2016. * Theoretical model developed for the prediction of the end result of an electroforming process on different lacquer patterns.* Capability analysis of nebulizer line executed, improvement plan proposed and plan for introduction and verification was made.

Nijmegen, Netherlands

2013 - 2014 Principal Process Engineer and 1999 - 2012 Senior Process Engineer, Philips / NXP Semiconductors in Nijmegen (ICN4 and ICN6). * Technically responsible for some Dry Etch Process groups of both production lines, in which various process performance indicators are monitored, reported and possibly improved by using Lean / Six Sigma methods. * Implement and release of manufacturing resources and -processes. * Optimize and improve manufacturing processes and -procedures. * Develop and implement measurement methods for SPC and/or SMC.* Setting up and managing work instructions. * Training and certifying operators. * SPC coordinator and SPC program manager (SPC Champion) for both production lines * Chairman of the monthly review meetings wrt process KPI's like PpK and %OOC for the Process Engineering group.* Preparing process control plan that meets the VDA standards and implementation of the required processes and actions within the entire process engineering group * Taking care of the reporting process of performance indicators for all technical disciplines throughout the process engineering group and the preparation of various improvement programs. * Introduce a reporting and evaluation system for out of controls for the production departments. * Successfully finished two Green Belt projects and two Black Belt projects.* As a process engineer I have experience with AMAT P5000, LAM4500, LAM490, Trikon Omega 201, IPC systems for Oxide and Poly etching and for resist ashing.

Eindhoven, Netherlands

Philips Display Components (Large Flat Displays). * Independently develop and optimize processes for applying a variety of homogeneous layers on flat substrates, for the photo-lithographic structuring of it, for the application of structures on flat substrates (screen printing), and for the vitrification / sintering of homogeneous and structured layers. * Introduce and maintain up-to-date of Engineering for Process ability for the developed processes so that these processes are able to deliver products on its asked specifications. * Introduction of measuring instruments and methods and keeping up-to-date of instructions. * Preparation of specifications of processes, intermediate goods, purchased goods and (Peripheral) tools in such a way that an industrial line can be made (technology assessment).

Roermond, Netherlands

Philips Components (CMA). * Start-up and scale-up of a production unit. * Introduce SPC and guide operators into SPC techniques using process control teams with operators. * Solving and preventing failures. * Establishment of "Out of Control Action Plan" for operators. * Initiate independently and efficiently execute improvement activities, after compiling a thorough analysis of the results of the production unit. * Implement and release of production tools and - processes. * Setting up and managing working instructions. * Training and certifying operators.

Zwolle, Netherlands

Philips Components. * Basic research for development of electrochemical processes for production at MEPCO (U.S.) and Zwolle of aluminum anode foil for electrolytic capacitors. * Project leader for improvement of a production process of electrolytic capacitors by systematically working on solutions to problems that could not be addressed to engineers on the spot.* Supervising graduates of the HTO who had the assignment to make and test a production line on laboratory scale.

Klagenfurt, Austria

Philips Components. * Independently develop and improve a series of electrolytic capacitors. An improvement with regard to product quality and the production process was made, based on reliability data and analysis of the pilot production.* Technical leadership of the pilot production.

Zwolle, Netherlands

Philips Components. * Development (miniaturization) of a new series of electrolytic capacitors and development of associated processes (e.g. electrochemical processes). * Introduction and release of new products and processes in the production department.

Business/Commerce, General

Evening Study Business at University of Twente in Enschede

Ing., Chemie

Chemical Engineering

Atheneum B