Research

• • Prepared a project to Micro CT scan and create 3D models of a variety of Stag beetle species Mandible and morphometric and finite element analysis of them.

  • Proposed a potential relationship between the Principal Components and biting and grabbing efficiency.

  • Proposed a potential grid-based scale based on Morphometrics, FEA, and battle behavior to identify new species and morph and discern their battle style without viable fighting data.

• • To build a flapping wing drone that uses principles inspired by dragonflies and other insects to create enough lift and thrust to fly independently.

  • Capable of manoeuvring itself in flight.

  • powered by electricity on the later phases

Helped develop a novel approach to Model and Generate claws with different mechanical qualities based on the largest terrestrial Dinosaur Ungual.

Focused on scratch digging, hook & pull and pierce.

Helps compare extinct and extant species, identify potential uses for the claw and resolve palaeobiological debates regarding behavior based on biomechanical modeling.

Presented a three-dimensional (3D) digitization technique for fast, cheap, and high-quality 3D modelling of stag beetle mandibles.

Learned proficient use of modelling and analysis software and was able to learn about the various properties of conventional materials and composites.

• • Attempted to find how the cuticle regenerates and the sclerotization of the healed wound.

  • An effective system exists to repair the locust leg in a targeted manner. Regenerated cuticle shows higher sclerotization than their non-regenerated counterpart.