Sabbathi Joshua Nikhil

• Planned and produced over 100 metamaterial unit-cells for testing and optimizing transitional metamaterials. • Utilised high-end 3D printing and laser cutting techniques to produce multiple unit-cells for experiments. Designed unit-cells utilising CAD software and simulated results using ANSYS software for validating experimental work. • Written Python code for refining data up to 90%, and extracting refined data used for understanding results. Presented results using MS office in team meetings.

• Worked with a R&D team of design engineers on a project to convert a multi-purpose light transport aircraft into a 19-seat turbo propelled commuter aircraft. Helped in developing CAD designs for this purpose.

• An interdisciplinary study program involving topics based on Photovoltaic technologies, Wind energy systems, Power electronics, Dynamics & failure of materials, Future photovoltaic technologies. • MASTER THESIS (“Harnessing Plasticity in Energy Harvesting Mechanical Metamaterials”): Utilised plasticity properties of a material to develop a transitional metamaterial with different stability configurations at different points in time. One of a kind metamaterial to display this property.