Manufacturing Engineering NetworkResponsible of establishing and driving a worldwide network of Grundfos manufacturing engineering managers with the aim of keeping manufacturing engineering departments through divisions together by working on competencies and processes through a forum with the goal of:• Standard implementation• Best practice sharing• Information sharing• Improved dialogue and communication• Feedback collection from plants (ideas, initiatives, use of standards, challenges, etc.).Process Review TeamsResponsible for driving global process improvements in selected core production technologies, by supporting global technology experts from Advanced Manufacturing Engineering and local process experts and teams in plants and production units.• Setting up the global process and leading cross-functional global teams dedicated to driving manufacturing improvements and competence build-up in selected core technologies.• Hands-on support to customer segment directors in driving change agenda in Grundfos plants and maturing competences in selected plants and technologies• Enables structured and data-driven set-up that is working in a production environment, shares best practice examples, motivates and engages, provides needed trainings• Drives Process Improvement Team (PIT) and supports management in making the right decisions regarding Process Review Teams• Collaboration with local and global stakeholdersDesign for ManufacturingResponsible to establish and drive the standard and process for Design of Manufacturing (DfM) at Grundfos. DfM is the process of designing parts, components or products for the ease of manufacturing with an end goal of making a better and more reliable product at a lower cost. This is done by simplifying, optimizing and refining the product design.

Sea side holiday villa rental in Montenegro.www.airbnb.com/h/holmoakvillaThis piece of land has been in our family since 1972, with us being the very first settlers in the area. At the time, the only way to approach the land was by boat.Since then, the site had been used for many years as a campsite by several generations of our family during the summer holidays.Nowadays we have extensively developed the property, but still, we would like to keep the same vibe of peace, happiness and love, as it was for decades.Our goal today is to share these exact feelings with our guest and develop a self-sustaining house able to maintain and further improve itself.Therefore, the villa is constantly improving, and we are always positively surprising our returning guests. See for yourselves!

Team leader for manufacturing technology process engineer team within the fields of windshield wiper blade assembly processes, wiper arm assembly processes, surface protection and painting processes.• Process release and development• Establishment of process description and standards• Technical problem solving• Transfer of process knowledge within plant• Information exchange with lead and worldwide Bosch manufacturing plants• Manufacturing sector support (reduction of internal failures and technical loses)

Process specialist for paint shop within windshield wipers production. The main responsibilities include managment of Process Development projects, application and improvement of the surface treatment and paint finishing processes and technical problem solving in running production.• Process Development project managment• interface between Engineering and Production• Pre-treatment process of metallic substrates• Support to international production network for painting processes and problem solving• Anticorrosion treatment and testing• CED cathodic electrodeposition paint process• Topcoat paint process• Demi water plant• Waste water plantOther skills:• Working in multicultural teams• Problem solving, 8D• Analytical thinking• Top-coat paint application program setting• Surface analysis• Contact with the suppliers and external laboratories

Research topic: SiO2-supported Chromium Catalyst for Oligo/polymerisation of Ethylene, under the supervision of prof. dr. ir. Bert M. WeckhuysenThe project was mainly focused on the elucidation of selective in-situ ethylene trimerisation to 1-hexene and its copolymerisation with ethylene in order to produce MDPE and LLDPE, therefore decreasing the need of separate feed of 1-hexene comonomer. This research not only required a lot of independent work and time management, but also collaboration with other colleagues especially during synchrotron beam times. The project involved many meetings and brainstorming sessions with the industrial collaborators from Total Research and Development Feluy, Belgium.Skills:• Gas phase and slurry polymerisation• Air-sensitive work and manipulation, using a glove blox and Schlenk line• Advanced synchrotron techniques (IR microscopy, XAS, STXM)• Other analytical techniques (UV-Vis-NIR DRS, FTIRS, DRIFTS, Raman, XRD, GC, MS)• Working in international teams• Academic writing for scientific journals• Awarded poster and oral presentation experience at international conferences

Internship at National Centre for Sensor Research CLARITY, Dublin City University, Ireland, in the group of Prof. Dermot Diamond, working on a part of the project Miniaturised All-solid-state Sensors for Trace Analysis of Substances Relevant to Health and Welfare, under FP6-MATERA-ERA-NET scheme.Main duties involved the preparation of miniaturised ionic liquid-based liquid-junction and all-solid-state reference electrodes, their testing and characterisation using electrochemical methods.Skills:• Electrochemical methods: potentiometry, cyclic voltammetry and impedance spectroscopy• Electrode printing