I'm a graduating masters student in Data Science at the University of San Francisco in June 2019. I am a seasoned problem solver and have 3+ years of experience of solving complex business problems using Data Science and Machine Learning. I have worked across varied domains and in disparate roles ranging from Operations, Quality Management, Data Analysis, and Product Management. I am interested in solving critical business problems using Machine Learning and Data Science.
Using Customer's historical data, make prediction on probability of
purchase in next 7 and 14 days.
[Python, Sklearn, Boosting, Random forest, Feature Engineering
, Ensembling]
Predicting if the user will re-listen to a given song
[Python, Sklearn,
Model Benchmarking, Recommendation, Ensembling]
Time to next Earth-quake based on acoustic data
[Spark-ML, Spark-SQL, Python (pandas, numpy, scikit-learn), MongoDB, S3, EMR]
Fine-grained image classification on Caltech-UCSD Birds 200
dataset using Bi-Linear CNN and ResNet34
[Pytorch, Opencv, matplotlib, ResNet34, BCNN]
Working on a wide range of Computer Vision problems ranging from multi-label classification, localization and object-detection using weakly label data for Real-estate images. Benchmarked various novel model architectures and loss functions for weakly label data.
I am pursuing Masters' degree in Data Science at the University of San Francisco. Coursework includes Machine Learning, Statistical Modeling, Data Acquisition, Distributed Computing, Time Series Analysis, Experimental Design, Deep Learning, Relational & NoSQL Databases.
Used data science and machine learning techniques to solve critical business problems relating to contractor management, quality, forecasting and automation. Also, worked as Product Manager for Machine Learning projects and solved mission critical problems
Lead a team of 35 employees to drive innovation, product consistency and quality through a workforce of over 800 unionized employees. Use structured problem solving approach, six sigma techniques and statistical tools to ensure superior product quality.
Worked on developing future ready products and ensured pilot scale run-ability and scale up. Also evaluated various technologies and processes to ensure competitive advantage and superior product quality.
Studied dehydration mechanisms, co-related Carbenium Ion Stability (CIS) with Proton Affinity (PA) of alcohols in a unique attempt to correlate CIS vs PA and study its effect
Worked on binary linear programming technique. Implemented the algorithm relating to Timetable scheduling to derive optimum solutions using CPLEX.
Undertook courses related to Mass Transfer, Heat Transfer, and fluid mechanics etc. Also took elective courses in problem solving and object oriented programming.