Materials Scientist

• Jul 2022 - Present

Research Intern

• Jul 2021 - Jul 2022

My responsibilities include metal powder characterisation & qualification for binder jetting / sintering / HIP treatment - process optimization & implementation - Design optimization with 'Live Sinter' simulation Trained on complete operation of P1 binder jetting system - powder handling My responsibilities include metal powder characterisation & qualification for binder jetting / sintering / HIP treatment - process optimization & implementation - Design optimization with 'Live Sinter' simulation Trained on complete operation of P1 binder jetting system - powder handling

Senior Development Engineer

• Jul 2021 - Jul 2022

Doctor of Philosophy

• Jan 2019 - Dec 2021

The scope of my thesis captures the choice and influence of powder morphology, chemical composition, process parameters and post-processing on the mechanical and corrosion properties of laser-powder bed fusion fabricated 25Cr7Ni stainless steel (commercially super duplex stainless steel) I also investigated the effect of in-situ alloying of silicon nitride to titanium alloy during laser powder bed fusion & application of metal fused filament fabricated titanium alloy to maxillary dental implants Trained on EOS M270, Concept Laser mlab cusing systems

Research Assistant

• Jan 2021 - Oct 2021

Modification of HYTREL filaments used in 'Fused Filament Fabrication' with hydrolysed soy fibres with natural wax coatings. Modification of HYTREL filaments used in 'Fused Filament Fabrication' with hydrolysed soy fibres with natural wax coatings.

Associate Production Engineer

• Jan 2020 - Jan 2021

My responsibilities include customizing and fabricating die design developed for catalyst extrusions with novel stainless steel alloys with laser powder bed fusion, aimed at mitigating wear, corrosion, and producing novel catalyst shapes. I'm also responsible for documenting and standardizing a commercial production line for catalyst extrusion with novel die designs. My responsibilities include customizing and fabricating die design developed for catalyst extrusions with novel stainless steel alloys with laser powder bed fusion, aimed at mitigating wear, corrosion, and producing novel catalyst shapes. I'm also responsible for documenting and standardizing a commercial production line for catalyst extrusion with novel die designs.

Research Intern/Master thesis student

• Aug 2015 - Mar 2016

Worked on, "Quantification of Process Emissions in Selective Laser Melting into Real Temperatures". My tasks involved, finite element modeling and fabrication of a calibration setup for the temperature calibration of thermal sensors in the SLM 125 & 280 systems. Trained at the application center of the company for two months in the complete assembly, functionality, and operation of the SLM systems Worked on, "Quantification of Process Emissions in Selective Laser Melting into Real Temperatures". My tasks involved, finite element modeling and fabrication of a calibration setup for the temperature calibration of thermal sensors in the SLM 125 & 280 systems. Trained at the application center of the company for two months in the complete assembly, functionality, and operation of the SLM systems

Research Intern

• Feb 2015 - Jun 2015

Mechanical, metallurgical characterization & analysis of additive manufactured (SLM) build jobs of titanium and aluminium of varying process parameters Literature survey on process parameter optimization, its effect on mechanical properties of aluminium and titanium metal alloy powders subjected to SLM Metallography, Hardness testing, static tensile testing using GOM system, depth sensitive nano-indentation, surface roughness testing, Market scouting Mechanical, metallurgical characterization & analysis of additive manufactured (SLM) build jobs of titanium and aluminium of varying process parameters Literature survey on process parameter optimization, its effect on mechanical properties of aluminium and titanium metal alloy powders subjected to SLM Metallography, Hardness testing, static tensile testing using GOM system, depth sensitive nano-indentation, surface roughness testing, Market scouting

Research Assistant

• Aug 2013 - Aug 2014

Finite element modeling of machine hammer peening of Copper in ABAQUS platform to study the surface roughness and coding the simulation in PYTHON Finite element modeling of machine hammer peening of Copper in ABAQUS platform to study the surface roughness and coding the simulation in PYTHON