Creative Thinker and Problem Solver
Materials synthesis:
a) Single crystal synthesis using slow cooling, solvent evaporation, inverse temperature crystallization, antisolvent supersaturation, solid state, and melt processing techniques.
b) Thin film deposition in ambient and inert (glove box) conditions using spin-coating, spray-coating, melt-deposition, hot-press, and thermal evaporator setup. Complete solar cell and photodetector fabrication and encapsulation.
c) Other instruments: UV-Ozone cleaner, Sonicator, Rapid thermal annealing, Furnaces, and Hot-plates
Analytical skills:
Data modeling, JMP, Yield3, SCAPS-1D, Origin, MATLAB, SolidWorks, Crystal maker, Jmol, and MS Office
Materials Characterization:
a) Imaging techniques:
Scanning electron microscopy + Energy Dispersive X-ray
Atomic force microscopy
Optical microscopy
b) Structural characterization:
Powder and thin-film Xray diffractometer
Single crystal Xray diffractometer
Beamline measurements (aka, particle accelerator :P)
c) Spectroscopy techniques:
UV-Vis-Nir spectroscopy
Photoluminescence
Raman spectroscopy
Fourier transform infrared spectroscopy (FTIR)
External quantum efficiency measurement (EQE)
Microwave photoconductivity for carrier lifetime measurement
d) Thermal characterization:
Differential scanning calorimetry (DSC),
Ultrafast calorimetry (flash-DSC),
Thermogravimetric analysis (TGA)
e) Electrical characterization:
Probe station
Solar simulator
Hall effect
Dielectric constant
Hot probe
f) Mechanical characterization:
Viscosity measurement
Ultimate testing machine (UTM)
Contact angle measurement