Design and Fabrication of bone grafts.

Conceptualization, formulation development, and optimization of additive concentrations to mimic texture and properties of the animal meat by applying plant protein sources.

1. Conceptualization, design, and fabrication of organ-on-a-chip devices for studying human diseases in-vitro.2. Synthesized biomaterials for maintenance of functional and viable human cells in vitro to find application in Tissue Engineering.3. Analyzing research data with logical reasoning, presenting and documenting for publication in International Journals.4. Mentored Ph.D. students by providing them continuous feedback on the design of the experiment, result analysis, and technical documentation.5. Wrote 3 grant proposals in the field of biomedical engineering for submission in NIH and NSF.

1. Formulate hydrogel compositions to support human skin cells in vitro for skin tissue engineering.2. Fabricate and surface-modified electrospun biopolymers to grow artificial lab-based meats.3. Prepared spheroids from macrophages for drug testing and to model inflammatory diseases in vitro.

1. Synthesized epoxy hardeners followed by characterization and process optimization.2. Designed and optimized experiments for bioremediation of Arsenic.

1. Studied printing quality of different ink formulations.2. Standardized printing quality by optimizing resin content in ink formulation.