*ABOUT ME

Welcome

Kai Zweiacker

Materials Science & Engineering
I am a highly motivated Materials Scientist who employs a background of classical metallurgy, classical micro-structural characterization, and electron- and X-ray beam based characterization techniques.
Citations (201)
Publications (18)
h-index (5)

*Publications

Published Articles

I was very fortunate to have had the opportunity to work with very inspiring people on challenging topics all over the world. If you are interested in the scientific literature that elucidate given topics feel free to contact me here, or on researchgate.

*EXPERTISE

Skills

Working in a diverse scientific and engineering environment requires a multitude of characteristics and skills.

Tech Savy

Software Skills include:

  • Windows, Linux, and Unix systems
  • Adobe, Office, LaTex, ThermoCalc, Comsol, ImageJ, Mathematika
  • Python

Communication

I am native in German and fluent in English and I strive to be approachable and friendly. My technical writing is acceptable.

Characterisation Techniques

Classical metallurgy, Electron and X-ray- beam based characterization techniques. Including:

  • SEM, TEM, STEM, HRTEM, DYNAMICAL-TEM, ACOM
  • T2T-XRD, HRXRD, XRR, Radiography and CT

*Curriculum Vitae

Resume

Here you find some important milestones.

Empa – Swiss Federal Laboratories

Research Fellow

2018 - Present

Research emphasis in in-situ X-ray diffraction of directional solidifying alloys.

Postdoctoral researcher

2015 - 2018

Research emphasis in x-ray beam based materials characterization with a focus on structural analysis. Characterization methods include HRXRD, 2D-XRD, and transmission based single crystal diffraction of Powders, Thin-films, and Bulk materials.

University of Pittsburgh

Doctorate

2010 - 2015

Research emphasis in electron beam based materials characterization with a focus on in-situ processing and characterizations of rapidly solidified metals and alloys utilizing the newly developed Dynamic Transmission Electron Microscope. Research focused on capturing the dynamics of pulsed laser induced melting and crystal growth during rapid solidification of AL and Al-Cu alloys with unprecedented spatio-temporal resolution. This research was funded by NSF and DOE

Technische Hochschule Mittelhessen

Diplom Ingenieur

2005 - 2009

Research emphasis in development of low cost high performance CFRC Materials as carrier plates for solar cells. Work included laminate processing, heat treatment, preparing and characterization of microscopy samples and, mechanical testing according to ASM and DIM

*CONTACT

Let's start a project together!

Mail

contact@kai.zweiacker.org

My location

Zurich, Switzerland

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ResearchGate

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