A Aneek Hait

Data & BI Analyst / Turning signal into clear action

I work at the intersection of analysis, dashboard design, and business storytelling, turning structured and unstructured data into direction teams can use.

Over the last 3+ years at Accenture, I have analyzed 100+ datasets, built reporting systems in Tableau, Power BI, and Excel, and helped marketing, finance, and product teams move from uncertainty to clarity.

Descriptive analysis Text analysis Dashboard strategy Stakeholder reporting

Current focus

Dashboards that feel usable, not overwhelming.

I translate complexity into views that highlight trends, outliers, and next-step decisions quickly for stakeholders.

Reporting edge

An analyst who designs for clarity and trust.

I focus on data structures, QA habits, and stakeholder usability so reporting outputs are easier to trust, easier to read, and easier to act on.

I make analysis feel clear, useful, and decision-ready.

The strongest analytics work is rarely just about a query or a dashboard. It is about framing the right question, shaping the output around the audience, and delivering the result with enough rigor that people trust it.

01 / Read the signal

Descriptive and text analysis that cuts through noise.

I work across ticketing, customer, financial, marketing, and operational data, surfacing patterns that are easy to miss when information is scattered or unstructured.

The goal is not more charts. It is the right answer, framed in the right way.

02 / Shape the story

Dashboards people actually want to use.

Tableau, Power BI, and Excel are where I spend the most time turning findings into reporting surfaces that help stakeholders move quickly and confidently.

Clarity is the product. The tool is just how we get there.

03 / Ship with care

Reporting discipline underneath the insight.

I treat dashboard structure, data preparation, and QA as part of the analytical job so the final output is useful, consistent, and ready for real stakeholders.

That is what makes reporting dependable, not just visually polished.

Analytics that move from insight to action.

The most valuable work tends to happen when the analysis, delivery format, and stakeholder context are treated as one problem. That is the thread running through my current role.

Current role

Software Engineer (Data Analyst) at Accenture

08/2023 - Present Kolkata Marketing / Finance / Product

Leading descriptive analysis, text analysis, and dashboard reporting work that helps teams understand patterns at scale, prioritize what matters next, and communicate performance with confidence.

01

Analyzed 100+ datasets containing millions of data points to support strategic decision-making.

02

Used text analysis on unstructured feedback to surface customer trends and market signals.

03

Built interactive dashboards that make trends, outliers, and business priorities easier to see quickly.

04

Presented senior stakeholders with clear reports while protecting trust in the data through QA protocols.

Scale

100+

Datasets analyzed across multiple business contexts.

A mix of structured and unstructured data, from tickets and customer feedback to finance and operational reporting.

Lift

15%

Estimated efficiency gain from data-backed recommendations.

The value was not only in reporting the signal, but in helping teams act on it in practical ways.

Partners

Cross-functional by default.

Collaborated with marketing, finance, and product stakeholders to translate findings into shared priorities.

Trust

Strong QA and reporting discipline.

A clean narrative matters, but only when the underlying data is dependable enough to stand behind.

A path shaped by reporting, analysis, and stakeholder needs.

Each role has moved closer to business-facing analytics: from structured delivery habits to reporting support, then into full-scale descriptive analysis, text analysis, and dashboard work.

08/2023 - Present

Software Engineer (Data Analyst)

Accenture / Kolkata

  • Analyzed large datasets to guide business decisions and uncover patterns worth acting on.
  • Applied text analysis to unstructured data for insight into customer feedback and trend shifts.
  • Built and maintained dashboards in Tableau and Excel for stakeholder-ready visibility.
  • Presented findings clearly to senior management while protecting accuracy through QA workflows.

07/2022 - 08/2023

Associate Software Engineer (BI Reporting)

Accenture / Kolkata

  • Supported BI and reporting workflows by preparing datasets, validating inputs, and maintaining reliable outputs.
  • Built and updated recurring reports and dashboard-ready data structures for stakeholder-facing visibility.
  • Improved reporting quality through consistency checks, issue resolution, and cleaner data preparation routines.
  • Worked with cross-functional teams to align business questions with usable reporting formats and review cycles.

03/2022 - 05/2022

Software Developer Intern

Accenture

  • Learned the foundations of Agile, DevOps, Waterfall, and broader software delivery models.
  • Explored software testing practices and automation workflows.
  • Used Selenium and Java to create smoke tests for a client e-commerce experience.

Independent work that turns analysis into something usable.

Two self-directed projects show different angles of how I work end-to-end — one a desktop tool that brings NLP clustering into a familiar Excel workflow, the other a statistical study that separates causal drivers from confounded correlations on a classic dataset.

Text Analyzer Pro

A case study in analyst-friendly NLP tooling.

Python desktop app for clustering customer feedback, survey responses, and support-ticket text from Excel.

The project solves a practical gap: a lot of useful text data lives in spreadsheets, but turning that text into grouped themes usually requires coding. This tool brings TF-IDF, clustering, visualization, and export into a GUI-first workflow that non-technical users can navigate with much less friction.

Python Tkinter GUI scikit-learn Excel workflows NLP / clustering

Core workflow

Built for real spreadsheet inputs.

Users can load Excel workbooks, choose sheets and text columns, run clustering, review suggested names, and save the results back into a familiar tabular format.

Analytical layer

Multiple ways to surface structure.

The tool supports TF-IDF preprocessing with KMeans, DBSCAN, and Agglomerative clustering, then helps interpret results through keyword extraction and 2D views.

Power-user support

GUI convenience with CLI flexibility.

A Tkinter interface lowers the barrier for day-to-day use, while the CLI keeps the workflow repeatable for scripting, experimentation, and batch-oriented analysis.

Output value

Faster theme discovery from noisy text.

It is well suited to customer feedback clustering, survey response grouping, support-ticket triage, and other analyst workflows where categorization speed matters.

  • Includes PCA and t-SNE visualizations for quick cluster inspection.
  • Adds wordcloud generation, top-term stats, PNG export, and term-table export for presentation-ready outputs.
  • Persists models with joblib and writes clustered results back to Excel for downstream use.

Titanic Survival Analysis

A statistical study that separates causal drivers from confounders.

Interactive EDA dashboard built on the titanic5 dataset, using chi-square tests, t-tests, and effect-size ranking to identify what actually drove survival.

This project asks a sharper version of a familiar question: which factors actually determined survival on the RMS Titanic, and which only look like they did? Working with the titanic5 dataset (1,309 passengers, only 3.9% missing ages, more complete than the popular Kaggle version), the analysis layers chi-square tests, Welch’s t-tests, odds ratios with 95% confidence intervals, and effect-size ranking to separate dominant drivers from confounded correlations.

Python Pandas / NumPy Statistical testing Effect-size ranking Web dashboard

Dataset choice

Built on a more complete Titanic record.

Uses titanic5 (1,309 passengers, 14 features from Encyclopedia Titanica) rather than the common Kaggle version, giving cleaner age data and a fuller manifest.

Statistical core

Tests, intervals, and effect sizes.

Combines chi-square tests, Welch’s t-tests, odds ratios with 95% confidence intervals, and effect-size ranking (Cramer’s V, point-biserial correlation) to support claims rather than just narrate them.

Key finding

Sex and class compound rather than add.

Sex emerges as the dominant predictor (Cramer’s V = 0.53, odds ratio 11.3x). Stratified analysis shows first-class women survived at 96.5% versus 15.2% for third-class men.

Delivered output

Dashboard plus written analyst report.

An interactive dashboard with odds ratios, effect-size rankings, a class-by-sex heatmap, and distribution plots, paired with a full DOCX report rendered inline.

  • Identifies lifeboat access as the proximate mechanism: 98.6% of those recorded on lifeboats survived.
  • Treats correlation and causation separately by stratifying confounded variables.
  • Documents methodology and reasoning so the analysis stays transparent and reviewable.

Tools, methods, and habits behind the work.

A good portfolio should feel honest. This is the working stack behind the dashboards, analyses, internal tools, presentations, and delivery routines I rely on most often.

BI & visualization

Dashboard-first delivery.

Tools I lean on for reporting clarity, stakeholder visibility, and decision support.

Tableau Power BI Excel Dashboard Design

Analysis & data

Pattern finding with discipline.

The core analytical layer for exploring data, validating quality, and extracting signal.

SQL Python Descriptive Analysis Text Analysis Data Quality

Internal tool building

Data tools, built with Claude Code.

Assisted by Claude Code, I ship practical internal products — turning recurring analysis, QA, and reporting tasks into guided, repeatable workflows with clearer outputs and less friction.

Claude Code GitHub Copilot AI-assisted Dev Internal Tools Workflow Automation Analyst Enablement

Working style

Collaborative and stakeholder-ready.

The habits that help analysis travel well across teams and decision-makers.

Stakeholder Reporting Cross-functional Collaboration Agile Delivery Insight Presentations

The formal layer under the hands-on work.

Certifications keep the platform knowledge sharp. A computer science background provides the structure that supports the more practical day-to-day work.

Certifications

Platform fluency across the analytics stack.

Claude Certified Architect: Foundations Verify ↗

Anthropic

Anthropic

Google AI Specialization Verify ↗

Google · Coursera

Google

Power BI Data Analyst Associate Verify ↗

Microsoft · PL-300

Microsoft

Associate Data Practitioner Verify ↗

Google Cloud

GCP

Professional Data Engineer Verify ↗

Google Cloud

GCP

Azure Fundamentals Verify ↗

Microsoft · AZ-900

Azure

Security, Compliance, and Identity Fundamentals Verify ↗

Microsoft · SC-900

SC-900

Education

Computer science foundation, paired with analytical practice.

B.Tech in Computer Science & Engineering

Techno International New Town

2019 - 2022

Diploma in Computer Science & Technology

Budge Budge Institute of Technology

2016 - 2019
Resume and deeper case-study walkthroughs can be shared on request through LinkedIn.

Need someone who can analyze the numbers and shape the story around them?

I enjoy the part between the query and the decision: the place where messy inputs become confident action. If that is the kind of partner you need, let’s connect.

Aneek Hait
Aneek Hait Data & BI Analyst · Kolkata, India