• Oversaw quarterly execution and planning for software and industrialization projects, managing risks, dependencies, priorities, and cross-cultural stakeholder engagements.• Ensured part of critical multi department and multi-site timely delivery resulting in $10M+ direct revenue plus additional options. • Strengthening competitive position for certain node and secured 1 year pull in to accommodate critical need for customer. - Additionally resulting in >5% throughput improvement for high warpage layers. - Reduced software delivery process time by 82% in 54% of cases through value stream mapping and waste reduction. • Ensured rapid resolution of issues through efficient escalation channels and maintained project momentum by closely monitoring and managing team progress.

• Bridged R&D and operations, managing stakeholders from customer support to improving diagnostics quality and customer-focused requirements. - Reduced diagnostics time resulting in higher availability using pareto analysis and deep dive in root causes of the costliest downtimes.• Automated process to deliver internal customer feedback to correct department resulting in increase in implementation velocity. - Additionally reducing manual work for industrialization teams’ company wide and saving 32.500€ per year.• Reviewed software design documentation and requirements, and developed guidelines for software diagnostics• Avoid repeating mistakes by organizing lessons learned with stakeholders doing 5 why and Ishikawa diagram

Developing a web-interface for the creation of automatic email signatures. This included the use of packages like Jinja, sqlite and Flask. It also included programming in Java, bash, css and HTML. Used SQL to create a database where the signatures where saved for a certain limited amount of time, depending on use (f.e. signature for a specific event). Also created automatic image modifying scripts, to reduce and optimize image size to reduce mail size. Furthermore created a user interface for easy uploading, including previews.

Precision Microfluidics. Continued research on the Segré–Silberberg effect and expanding the knowledge on the effect.

I did research on the Segré–Silberberg effect using several types of microparticles. This included doing experiments and working in laboratories. I also helped design the microfluidic chip which was used for the experiments and I also worked on the fabrication of this chip. Furthermore, have I conducted the data analysis using software like LabVIEW, and writing my own programs in bash and python. Apart from that I have used computers which were running on Linux (Red Hat and CentOS). Furthermore, I have used various types of optical microscopes, to for example measure the chips channel height, or to check the particles for their fluorescence. I have also created mixtures of particles, for which I calculated the concentrations. I also simulated the fluidics in COMSOL. This project was mostly conducted in German, but also partly in English.

I worked on the object recognition of cells, which can be used for CTC detection. This included analyzing the measurement signal from two (color) channels, and two measurement points, so in total four signals per object. I created an algorithm in python and worked a small amount in C and the FPGA programming language VHDL. After the separation of noise and objects, the objects are given properties and classified based on their signals. Various python modules e.g. pandas have been used, but also Threading and Queuing is used. Sequence and UML diagrams have been created.

Independently worked on the automatic processing of data using scripts that I wrote in python. This included using various modules like pyautogui and pandas. These scripts saved manpower and increased efficiency during a system change.

I worked and did research independently. I analysed and optimized industrial gas burner configurations necessary for the fabrication of offshore wind turbine foundations. I made models of current heating situation and I made suggestions on improvement.

Working in a team on CAD and the fabrication of formula car parts. I designed the jack and partially designed the battery storage vessel. I worked on building the carbonfiber frame of the car as well.