Sushant Patil

Promoted within a six-month timeframe for exceeding goals and supporting company culture. Working with Delivery Team to develop and deliver meaningful recommendations to the client through Scrap Reduction, Process Optimization using Prescriptive & Predictive Machine Learning. Leading Sand Casting & Gravity Die Casting projects for Prescriptive Quality(PsQ). Actively involved in discussions with Industry Process Experts to spearhead major improvements in Scrap Optimization. Actively working with Infrastructure Team to architect and develop Model Deployment & Retraining Framework. Compiling the most penetrating, exhaustive and objective questions to gain Business Insights. Experience in client-facing, translating technical concepts to non-technical audiences.

Championed company’s first Gravity Die Casting project and delivered a 28% reduction in scrap from 9.31% to 6.71% using Prescriptive Quality(PsQ). Developed a scalable feature engineering module befitting to all machines + molds in production. Adhered closely to technical policies and seeking creative alternatives for project execution, leading to increased customer satisfaction. Consistently proposed appropriate insights using Root Cause Analysis and helped the client in process improvement. Completed extensive courses to learn how to effectively read, reuse, maintain and debug your code using documentations. Leading restructuring initiatives in developing Onboarding Framework and Documentation Framework.

In collaboration with Prof. Vikram M Gadre, Department of Electrical Engineering, IIT Bombay. Internship under the guidance of Dr.Dharmesh Verma, Senior Research Scientist, SAMEER, Govt. of India, IIT Bombay. Learned about the basics of MRI and performed a simulation on the implementation of MIMO-FBMC in MRI. Simulated a multi-channel exciter & receptor using MIMO-FBMC using the k-space data. Multi-channel exciter & receptor and Parallel imaging techniques play a vital role in accelerating MRI scan time.