Dr. Karolina Godlewska

• Fulfilling medical devices regulations

• Risk assesment of 3D printing processes • Risk evaluation of 3D printing processes • Using 3D printing processes for custom mass manufacturing of medical devices • Conducting method validation and material characterization studies • Analyzing print parameters and evaluating the risk of them within the print process • Developing test matrix for evaluation of material properties

• Controlling fabrication processes of polymer materials for optical applications • (Co-)organizer of the 21st edition of the Swiss Soft Days conference • Supervisor of undergraduate intern during a three-month project • Instructor of new atomic force microscopy users • Speaker at two international conferences (APS, Los Angeles, USA and E-MRS, Strasbourg, France) • Scattering (GISAXS and SAXS) analysis

• Developing product processes in GMP regulated laboratory • Creating documentation of quality regulation • Improving quality of processes related to customer feedback • (Co-)organizer of 17th International Conference on Crystal Growth and Epitaxy for 700 participants • Speaker at two international conferences (Fall Meeting – European Materials Research Society 2014, 57th Meeting of The Polish Chemical Society and The Society of Engineers and Technicians of Chemical Industry)

Organized laboratories for pupils at primary or secondary school

Fabrication of nanords form fullerene C60 by self-assembly method Characterization of materials by scanning electron microscope – SEM, X-ray dffraction – XRD, Fourier transform infrared spectroscopy – FTIR, Raman spectroscopy Assistant in the measurement by transmission electron microscope – TEM

• Responsible for optimization process of crystal growth and fabrication of glass-metal composites • Characterization of materials by optical microscopy, scanning electron microscopy – SEM, pycnometric method and transmission, absorption measurement • Administration form (sales orders, contact with another company)

Controlling self-assembly of gyroid forming block copolymer thin films for metamaterials application. Main used scattering (GISAXS, SAXS) and microscopy (SEM, AFM) techniques.

- a review of all groups of materials for medical applications. - design, preparation and analysis of biomaterials: mechanical, physicochemical and biological (in vitro and in vivo) properties. - regulations and ethical aspects related to research on animals (EU standard ISO 10993)

Developing new materials in the field of electronics Full-time studies Main used techniques: -Optical microscopy, -Scanning Electron Microscopy, -Pycnometric method, -Differential Scanning Calorimetry

Developing new technologies in the field of tissue engineering to support cancer treatment Full-time studies Main used techniques: -3D printig -pH-meter, -Scanning Electron Microscopy, -Gel Permeation Chromatography, -Differential Scanning Calorimetry, -Static tensile test