This project focuses on building a fully automated sales data analytics pipeline that transforms raw sales data into actionable business insights. The system automatically processes data from Google Sheets and delivers structured, email-ready analytics reports without manual intervention. The project simulates real-world business reporting workflows, where data ingestion, cleaning, KPI calculation, visualization, and report distribution are handled automatically. The solution is designed to improve reporting efficiency, reduce manual effort, and enable faster decision-making.
Automated data ingestion from Google Sheets using workflow triggers
Data cleaning and preparation to ensure consistency and accuracy
Calculation of key business KPIs such as revenue, quantity sold, and average order value
Generation of visual insights including category-wise revenue and payment method analysis
Creation of a structured HTML sales analytics report
Automatic email delivery of reports to stakeholders
End-to-end workflow execution with minimal manual involvement
n8n – Workflow automation
Google Sheets – Data source
This project demonstrates how analytics can move beyond static dashboards to fully automated reporting systems. By eliminating repetitive manual tasks, the solution ensures consistent, reliable, and timely insights that support business decision-making.
Data Analytics · KPI Design · Data Cleaning · Workflow Automation · Automated Reporting · Business Insight Generation
Overview
This project compares pricing and discount trends for electronics such as mobiles, headphones, and watches across Amazon, Flipkart, and Jiomart. Product data (name, price, discount) was collected using a Chrome extension and analyzed using Python libraries like Pandas and NumPy. An interactive dashboard built with Plotly Dash enables users to filter by product type, brand, and model, and explore insights through various visualizations.
Key Features
Built an interactive dashboard with filters and multiple visualization types (line, bar, box plots).
Compared platform-specific pricing strategies and discount patterns.
Displayed raw data preview and platform-wise insights.
Planned enhancements: real-time scraping and predictive analytics.
Technologies Used
Python, Dash, Plotly, Pandas, Numpy
GitHub Repository: https://github.com/komalvinayak/Hospital_analysis
This project focuses on optimizing hospital operations through data-driven decision-making using structured datasets from various hospital departments. It was developed during an industrial training program at Pisoft Informatics Pvt. Ltd. Key datasets include OPD, IPD, Lab, Inventory, and Staff Scheduling. The project leverages Power BI, Python, and Excel to generate actionable insights and support hospital administration.
Built dynamic Power BI dashboards with KPIs, filters, and visual trends.
Performed descriptive, diagnostic, and prescriptive analytics on hospital operations.
Identified department-wise revenue trends, peak operation hours, and staff workload issues.
Suggested operational improvements like adding more OPD staff on Mondays and replacing high-cost suppliers.
Integrated recommendations based on patient demographics and service usage.
Power BI, Python (Pandas, NumPy, Matplotlib, Seaborn), DAX, Excel
GitHub Repository: https://github.com/komalvinayak/GenAI-in-Market-Research
This project is a case analysis on how Generative AI is transforming market research, developed as part of the Marketing Management subject. The analysis explores how organizations are using GenAI to improve research speed, generate synthetic data, fill insight gaps, and support better decision-making, while also addressing key limitations and ethical concerns.
The focus was on applied learning, structured thinking, and presenting insights through a clear business narrative.
Role of Generative AI in modern market research
Supporting and replacing traditional research practices
Use of synthetic data and digital twins
Filling insight gaps where real data is limited
Ethical, bias, and accuracy-related limitations
Human and AI collaboration in decision-making
Gained a strong understanding of GenAI applications in market research
Learned to analyze opportunities and limitations in a balanced way
Improved ability to translate theory into real business implications
Strengthened storytelling and presentation skills for management topics
Developed an industry-oriented and decision-focused mindset
This project reflects my ability to analyze emerging technologies from a business perspective, structure complex ideas clearly, and communicate insights in a professional and industry-relevant manner.
Case analysis PPT with structured insights
Duration: October 2023 – November 2023
GitHub Repository: https://github.com/komalvinayak/Educational_Analysis
Overview
This project focuses on analyzing data from various educational apps to identify those that are most popular, well-rated, and engaging. Key metrics such as app ratings, number of reviews, and install counts were evaluated using Python-based analysis and visualizations.
Key Features
Cleaned and preprocessed raw app data by handling missing values and formatting numeric fields.
Identified top-rated, most-reviewed, and most-installed educational apps.
Performed sorting and filtering to create comparative insights.
Created visualizations to highlight key app performance indicators.
Technologies Used
Python, Jupyter Notebook, Pandas, Matplotlib
Rajan Ink Tattoo - Official Website
Live Website: https://sites.google.com/view/rajan-ink-tattoo
GitHub Repository: https://github.com/komalvinayak/Rajan_ink_Website
Designed and built the official website for Rajan Ink Tattoo Studio, a professional tattoo studio. Utilizing Google Sites, I focused on creating a user-friendly experience to showcase their custom tattoo designs, services (including cover-ups and detailed art), and hygienic practices. The website includes information about the artist, studio location, and contact methods. This project demonstrates my ability to translate business needs into a functional and visually appealing online presence.
Key Skills Demonstrated: Web Design, Google Sites, Information Architecture, Visual Design, Client Communication (in understanding studio needs).