Umair Khan

• Additive Manufacturing of polymer by using Masked Stereolithography (MSLA). • Development of thermal debindable 3D printed polymer molds for gel casting. • Conducted experiments to evaluate the compatibility and performance of various photopolymer resin components and optimized weight concentration for the sacrificial molds. • Investigated the effects of printing parameters, post-processing steps, debinding atmospheres and optimized mold design to facilitate thermal debinding and lower residual.

• Additive manufacturing of material by using 3D binder jet printing. • Investigated the effect of various gases and their mixtures on the properties of material during sintering and debinding process by dilatometry. • Implemented a comprehensive study of different process parameters, powder recyclability and its effect on material properties, and determined elemental composition. • Sample preparation and characterization, including metallography, hardness testing and density measurements.

• Working as a quality and fatigue failure analyst for Printed Circuit Boards (PCB) use in different applications, providing the foundation for reliable electronic systems, and ensuring they meet the given standards of client. • Preparation of samples for diverse testing components, to facilitate precise analysis to uncover valuable insights. • Create comprehensive technical documents that distil complex results into actionable information for decision-makers.