OUR MISSION To improve the quality of research by providing technology allowing direct correlation of data.OUR VISIONGathering correlated information from any characterization device to provide undisputed data which makes clear-cut conclusions.

• Raising funds from the Horizon 2020 EIC Accelerator (SME Instrument) for small and middle-size startups• Evaluation of business ideas, market potential, competitors and financial projections of companies• Seeking out projects and companies with high business potential, identifying business opportunities• Building key customer relationships, negotiating and closing business deals• Maintenance of extensive knowledge of current market conditions

Sample preparation and imaging using Scanning Electron Microscopy

Elite PhD Scholarship awarded by the National University of Singapore (NUS), ranked 19th globally in Science, Technology and Engineering and 1st in Asia. This Integrative PhD programme highlights the cross-disciplinary research abilities of scholars'​ who develop skill sets and aptitute for research projects even beyond their area of specialization.http://www.nus.edu.sg/ngs/

The interactions of the biological specimens such as cells and bacteria with atomically flat surfaces are not yet understood. It has been reported that the surface chemistry play a crucial role for many cellular processes. In order to understand how the cells respond to various surface chemistry compositions, atomically-flat thin films were prepared by pulsed laser deposition (PLD) technique. The choice of material is huge, any solid material can be prepared in form of the thin films. Only periodic table contains more than 90 metallic materials, then this materials can form others compounds: such as oxides, sulfates, nitrides or carbides. Moreover, these materials can be present as alloys or composites. The problem of the identification of the right material could be addressed by use of the high throughput screening devices.The modified PLD continuous composition spread (PLD – CCS) technique was adopted for biological research. In this method the large number of surface chemistry compositions can be obtained on single sample. The sample consists primarily of few compounds (here 2 and 3 compounds, up to 6) are mixed with each other at atomic level. The atomic mixture varies from place to place, causing variation of atomic ratios across atomically-flat combinatorial surface chemistry material library. As the results, single sample containing hundreds of different chemical compositions is created.These experiments bring us closer to understand the basic biological phenomena of the cell adhesion to the atomically-flat surfaces. In this work the mechanism of the adhesion is proposed. The group of the cell membrane adhesion molecules was identified and proposed that some of the integrins may play crucial role in this process. The future work to identify the exact mechanism is also proposed.

Designed car bodies & Coordinated/liaised with the main design office of Mercedes-Benz to enable car body surface engineering.

Designed and Constructed Pulsed Electron Deposition setup for research / laboratory applications. After construction I fabricated number of thin films and proposed new applications of those. I liaised with many suppliers and manufacturers during the development stage of the machine.

My work was focused on the technical documentation of the components involved in manufacturing processes. Continuous update of the documentation and whole database.