- Co-lead a 3-tier team of 12 members by maintaining work flow, planning budget & knowledge transfer.- Documented the working on implementing Vector Thrusters to reduce the number of thrusters and power requirement of Underwater Vehicles. - Co-author of the technical paper on design and development of Matsya 6A for Robosub 2020. - Interviewed, recruited and mentored 6 freshmen from a pool of 200+ UG applicants for AUV-IITB.

- Researched on effect of Ocean Current and Sea wave on ROVs and developed a model for velocityprofile of waves upto 100m depth in two perpendicular directions for multiple sea states.- Performed Topology Optimization, Static Structural, and Buckling Analysis using ANSYS to minimizethe weight while ensuring structural stability maintaining a Safety factor greater than 2.- Researched on implementing the Vector Thrusters on Underwater Vehicles to reduce the number of thrusters and power requirement.

- Implemented Long short-term memory (LSTM) and CNN models to preempt potential problematic servers/volumes using time series data of CPU utilization and Memory usage.- Leveraged the sliding window approach to train these models for unlabelled multivariate time series data.- Trained the models and predicted the result over 2million+ data points and adopted Euclidean distance between actual and predicted value as a measure to detect possible anomaly in the server at a given time.

- Designed a ML model which can extract the text from PDF (Optical character recognition) and further search keywords from it. - Collaborated with other team members to do other tasks using OpenCV, Rest API etc.