Dushyant Bhagwan Mishra

- Suggested an ingenious idea that transformed the scope of Dielectric Elastomer Actuator (DEAs) actuation from planar to 3D. - Successfully designed and executed the conceived idea into materialisation and delivered groundbreaking deflection and negative-pressure-generated results, opening myriad application use of the fabricated DEA actuator. - Presented three significant ideas to counteract execution problems, improving the actuation parameters of the Octopus inspired DEA actuator.

"Design and fabrication of octopus inspired suction cups using DEAs and characterising its deflection and negative pressure generation."

- Led a successful fostering collaboration between US and India, significantly enhancing customer satisfaction and playing a pivotal role in the deployment of blockbuster immunology drugs through strategic insights. - Leveraged Advanced Excel, SQL, and Tableau to analyse and visualise patient-level data, resulting in 13% reduction in TAT for patient services.

- Contributed and drove initiatives across diverse projects in Network Design, Last Mile Delivery, and Route Optimisation, demonstrating expertise in navigating complex project scenarios. - Enhanced communication proficiency by creating and presenting impactful Proof of Concepts (POCs)to clients, resulting in 13% higher client satisfaction, and 8% higher customer acquisition, measured by annual reports. - Developed basic familiarity with SAP while executing ad-hoc analyses and planning vehicle allocation.

Navigated a project targeting cobble loss reduction at the Down Coiler in Thin Slab Casting and Rolling mill, meticulously analysing historical data to achieve an impressive 15% decrease in cobble losses, as measured by detailed production reports. Developed hands-on exposure to production processes, plant design, safety and quality maintenance during my tenure at one of the biggest steel plants in India. Enhanced plant efficiency by introducing three innovative safety protocols.

Relevant Coursework: Polymer Characterisation (DSC, TGA, SEC), Polymer Processing Techniques (Blow and Injection Molding, Extrusion), Surface Analysis Methods (AFM, FTIR, XPS, SPR) and Modification, Renewable Materials in Circular Economy.