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Work Experience : 

Forecasting Stock Prices | Sight Spectrum 

May - August 2019

  • Using Nifty50 stock price data of 5 years at a granular level of 1 min and 1 hour to forecast price movements for different time intervals of 15 mins, 30 mins, 1 hour, etc.
     

  • Preprocessing the data and building predictive statistical time-series models and machine learning models using R, MS Azure, BigML.

  • Conducted original research to create a model to explain perceived vulnerability to loss using a secondary dataset from a previous psychological study.
     

  • Performed statistical analyses (correlations, t-tests, ANOVA) using Stata to build the best-fit regression model using the given variables which explained 41% variation in the dependent variable.
     

  • Wrote a research paper compiling the findings.

November - December 2018

Manufacturing Quality Analysis & Simulation

  • Examined product and quality records using MS Excel and Stata to find correlations, conduct ANOVA and Chi-Square tests, and build regression models to analyse demands and orders, and to determine the factors that affecting quality scores and complaints. 
     

  • Built and validated a simulation model of the current production system of the manufacturing unit using Simul8 and provided expansion suggestions. 

November 2018

Multiple Regression Analysis

Customer Savings & Investments,
Operational Analysis & Insights Team | M&G plc. (Prudential UK)

October 2019 - Present

  • Collaborated with senior management teams to identify and interpret patterns and trends in data for prioritising business requirements and locating opportunities for process improvements.
     

  •  Curated and analysed big data across SQL/Oracle/SharePoint, conducted
    descriptive and prescriptive analysis, and built performance dashboards to facilitate audit, reporting, and oversight.
     

  • Designed the data and reporting infrastructure from ground-up for multiple
    datasets across customer interactions, workflow, service experience, and
    expectations to provide actionable insights into business KPIs.

    • Built and automated extraction and transformation processes for Marketing, Research, and Digital Adoption campaigns; achieved 100% of target registrations and reduced processing time by 80% each week. Produced regular MI to evaluate the success of campaigns and optimise ROI.

    • Devised data extraction pipelines and work-stack forecasting models on Databricks and Python for predictive analysis; presented results on interactive Power BI dashboard with RLS to help in effective capacity
    planning.

    • Developed and revamped existing  processes from SPSS to SSIS; improved
    run-time by 70% and reduced manual intervention by 40%.

Customer Journey & Conversions Analysis | VisitScotland

February - April 2019

  • Analysed web data (tourism industry) using Google Analytics to understand customer journeys and interactions.
     

  • Provided insights on customer analytics, highest traffic sources, market segmentation, and exit pages that led to conversions. 
     

  • Communicated actionable recommendations to shareholders using visualisations from Tableau and MS Excel.

visit scotland logo.jpg
  • Cleaned the stores' data and build supervised regression (Random Forest, MLP, Linear Regression) and classification (MLP, J48, Logistic Regression) machine learning models (with Ensemble method - Bagging) to predict profits and classify the performance of the stores owned by a retail company to assist in determining profitable stores and preferable locations.
     

  • The best-fit models after tuning of the hyperparameters were MLP-with Bagging (explaining ~78% variation in the dependent variable) and Logistic Regression (~77% of prediction of all classes were estimated correctly by the model).
     

  • Used Weka software and R for this analysis and compiled a thorough report explaining all the steps.

Predictive Retail Analytics

January 2019

December 2018

Data Exploration using Python

  • Performed data exploration of a secondary dataset containing explanatory variables of every aspect of residential houses, using key visualisations and preprocessing techniques in Python.
     

  • Used various Python libraries like Numpy, Matplotlib, Pandas, to generate histograms, scatter plots, boxplots, heatmap correlation matrices to visualise the data.
     

  • Checked for outliers, missing values, and standardised the data to make it suitable for modelling.

© 2019 by Vallabha Mohta. Created with Wix.com.

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