Marcin Ślęczkowski Email & Phone Number

Eindhoven, Nb, Nl

Venlo, Limburg, Holandia

With use of three pillars Innovation: Technology, Customer and Business as the compass, our team goes for a journey to explore the way how to stay at the forefront of technology development. We are leading the transformation of searching process and we are aiming to create a platform for developing cutting edge technology and products that - lever up IP value of the business and create market advantage- are desirable to our customers- are profitable for the business

Venlo, Limburg, Holandia

As R&D scientist, I support the team of latex ink component in improvement of the existing products as well as I oversee searching completely new solutions. I investigate the stability of latex inks as in multiple environments, combining understanding of physical and polymer chemistry together with fluid mechanics and rheology.

I carry on video analysis of the youth team competition games. I support the coach staff in coding the game and unravel the team and individual performance. I give my insights into how specific decisions and behaviors can improve player's positioning and ability to defend/attack as a part of the team. Motto: Football is a Teamplay and anything you do on the field has to be relevant for the team.

Heerlen, Limburg, Holandia

Development of biodegradable coatings for fertilizer granules. I am responsible for the scientific input at the initial stage of the project, execution, optimization and formulation all the way to the market-ready product.

Geleen, Limburg, Holandia

Design, synthesis and characterization of polymers suitable for applications such as membranes or 4D-printing inks. Design of macromolecules using in-depth knowledge in supramolecular chemistry, synthesis according to methods of organic and polymer chemistry and broad characterization including spectroscopy, microscopy, calorimetry and mechanical testing.

Rejon Eindhoven, Holandia

Using non-covalent interactions to assign function to synthetic molecules. Synthesis of materials sensitive to light, temperature and other chemical components. Cooperativity and chirality are central features. Thorough characterization of the materials in solution and solid state with various techniques including spectroscopy, microscopy and scattering.

Rejon Eindhoven, Holandia

PhD thesis: Supramolecular Polymer Chemistry and the Active Role of Solvents in Molecular Assembly (2019)Fundamental and applied research in supramolecular polymerization in solution and in solid state. Synthesis and in-depth characterization of supramolecular monomers that form well defined structures through non-covalent synthesis approach. Amplification of chirality as a key tool in non-covalent synthesis. Light controlled synthesis of supramolecular materials. Role of solvents in shaping the function of supramolecular systems. Using non-covalent interactions to assign function to synthetic molecules. Synthesis of materials sensitive to light, temperature and other chemical components. Cooperativity and chirality are central features. Thorough characterization of the materials was performed with various techniques including spectroscopy, microscopy and scattering.

Kraków, Woj. Małopolskie, Polska

Miligram to multigram organic synthesis and characterization of target molecules along with full structural analysis and troubleshooting during the synthetic process.

Lodz

Fabrication of light-emitting diodes and characterization of the devices with regard to their performance and stability.

Zabrze, Woj. Śląskie, Polska

Synthesis and characterization of imine-imide conjugates. Study of the supramolecular assembly of the scaffolds into defined architectures with applications in optoelectronic devices.

Guildford, Zjednoczone Królestwo

Synthesis and characterization of hybrid metallopolymers for applications in light-emitting diodes

Gliwice, Woj. Śląskie, Polska

Bachelor project at Silesian University of Technology: Synthesis and characterization of organic ligands for iron (III) complexes as new class for MRI contrast agents.

Rejon Paryż, Francja

Synthesis and characterization of pi-conjugated molecular scaffolds with liquid crystalline properties with potential applications in field-effect transistors.

Southampton, Zjednoczone Królestwo

Doctor Of Philosophy - Phd, Supramolecular Chemistry

PhD Thesis: Supramolecular Polymer Chemistry and the Active Role of Solvents in Molecular Assembly Probing weak, "invisible" interactions.

Master'S Degree, Industrial And Engineering Chemistry, Very Good With Honors