Mashood Tariq Mir

In this role, I worked on the development, maintenance, and optimization of complex experimental measurement setups for ultrafast material characterization. Throughout my work, I was involved in integrating optical, fs laser, vacuum, and data-acquisition components into reliable laboratory systems with a focus on system stability, troubleshooting, and measurement performance.

SANS study of polymer coated nanoporous system: - Identification of structural changes of the polymer network as a function of temperature - Optimization and scattering investigation of SANS data (Beamline FRM-II) to accurately describe the thermal response of the polymer - Thermodynamic modelling for description of the swelling/de-swelling of the polymer network inside a nanoporous system - Extracting and fitting data from experiment with the aid of the mathematical model

Mathematical Methods, Computational Physics Simulation, Scientific Computation

Master Thesis: SANS study of polymer coated nanoporous system.