Dhivardhana IT Institute
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DataScienceProgram2026:FromFundamentalstoRealModels

Learn statistics, Python, and machine learning to turn raw data into business decisions, and graduate ready for a career as a Data Scientist.

Program LevelIntermediate
Time Commitment7 Months
Weekly Load10-12 Hrs / Week
Delivery FormatHybrid

CourseOverview

Organizations are sitting on more data than ever, and the demand for people who can turn that data into decisions keeps climbing. This program builds your foundation in statistics and Python before moving into data wrangling, visualization, and machine learning. You'll work with real datasets across finance, retail, and healthcare-style case studies, learning how to clean messy data, build models, and communicate findings clearly to non-technical stakeholders. AI tools are woven into the workflow too, helping you accelerate exploratory analysis and model experimentation the way modern data teams actually work. By graduation, you'll have a portfolio of end-to-end data science projects and a strong grasp of the statistical thinking that separates real data scientists from tool users.

Target Audience

  • Students
  • Freshers
  • Working Professionals
  • Career Switchers

Prerequisites

  • Basic Computer Knowledge
  • Basic Mathematics

Career Outcomes

  • Data Scientist
  • Data Analyst
  • Machine Learning Analyst
  • Business Analyst

ProgramStructure

Our instructional format is built to translate academic concepts into production engineering. This course spans 6 Months of immersive, hybrid training.

Syllabus & Tests

What You Learn

  • 13 Learning Modules
  • 25+ Practice Quizzes
  • 1 Capstone Portfolio Project
Real Projects

What You Build

  • 8 Production Projects
  • 40+ Hands-on Labs
  • 20+ Core Case Studies
Career Growth

Job Assistance

  • Guaranteed Internship Phase
  • Industry-Recognized Certification
  • Dedicated Placement Assistance
Mentors & Classes

Live Help & Support

  • 130+ Hours Interactive Lectures
  • 1-on-1 Expert Mentorship
  • 1:1 Mentor Support

LearningCurriculum

A high-octane roadmap spanning 7 Months. Master the stack through production-grade modules.

Module 01

Python for Data Science

Learn the Python skills that form the foundation of every data science workflow.

Core Concepts

Python Basics
NumPy Arrays
Pandas DataFrames
Data Types & Structures
Jupyter Notebook Workflow
Git Basics

Build Target

Exploratory Analysis of a Public Dataset

PythonNumPyPandasJupyter Notebook

Questions? Chat on WhatsApp

Technologies&Software

Master the industry standard software ecosystem. Build deep expertise in production-tested developer tools.

Programming Languages

Python

Python

Fundamentals

Perform data analysis and build statistical models.

SQL

SQL

Fundamentals

Query and extract data from relational databases.

Data & ML Libraries

Pandas

Pandas

Intermediate

Clean and manipulate structured datasets.

NumPy

NumPy

Intermediate

Perform efficient numerical computations.

Scikit-learn

Scikit-learn

Intermediate

Build and evaluate machine learning models.

Matplotlib

Matplotlib

Intermediate

Visualize data trends and distributions.

Developer Tools

Jupyter Notebook

Jupyter Notebook

Fundamentals

Write and run exploratory data analysis interactively.

Git

Git

Fundamentals

Version control notebooks and analysis scripts.

Cloud

AWS

AWS

Intermediate

Store datasets and run scalable model training.

AI Tools

ChatGPT

ChatGPT

Fundamentals

Explain statistical concepts and debug analysis code.

PortfolioProjects

Build production-grade systems throughout this track. Every project is designed to mirror real business requirements and establish technical authority in your portfolio.

Mini ProjectBeginner1 Week

Exploratory Data Analysis on Retail Sales

Students clean and explore a messy retail sales dataset, handling missing values and outliers, then produce summary statistics and visualizations that reveal seasonal and regional sales patterns. This mirrors how real teams scope similar work, so students leave with both the artifact and a defensible explanation of their data cleaning choices.

Core Specifications
  • Missing Value Handling
  • Outlier Detection
  • Trend Visualizations
  • Summary Report
Deployment Tech Stack
PythonPandasMatplotlibSeaborn
GitHub Deployable
Portfolio Feature
Mini ProjectBeginner1 Week

House Price Prediction Model

A regression project predicting house prices from features like location, size, and amenities, teaching feature engineering, train/test splitting, and evaluation metrics such as RMSE. The project is designed to be extended afterward, giving students a natural talking point about feature engineering during placement interviews.

Core Specifications
  • Feature Engineering
  • Linear & Tree Models
  • RMSE/R2 Evaluation
  • Prediction API
Deployment Tech Stack
PythonScikit-learnPandas
GitHub Deployable
Portfolio Feature
Guided ProjectIntermediate2 Weeks

Customer Churn Prediction

Students build a classification pipeline to predict which telecom customers are likely to churn, using imbalanced-data techniques and interpretable models that a business team could act on. By the end, students walk away with a working, documented build that clearly demonstrates classification and handling imbalanced data to recruiters and interviewers.

Core Specifications
  • Class Imbalance Handling
  • XGBoost Classifier
  • Feature Importance
  • Churn Risk Report
Deployment Tech Stack
PythonScikit-learnXGBoostSHAP
GitHub Deployable
Portfolio Feature
Guided ProjectIntermediate2 Weeks

Customer Segmentation with Clustering

An unsupervised learning project segmenting e-commerce customers by purchasing behavior using clustering, enabling targeted marketing personas that mirror real growth-team workflows. The finished build is structured for a portfolio or GitHub profile, giving students a concrete example of k-means clustering they can walk through in an interview.

Core Specifications
  • K-Means Clustering
  • PCA Visualization
  • Customer Personas
  • Interactive Dashboard
Deployment Tech Stack
PythonScikit-learnPlotly
GitHub Deployable
Portfolio Feature
Guided ProjectAdvanced3 Weeks

Sales Forecasting for Multi-Store Retail

Students forecast weekly sales across multiple stores using time-series models, accounting for holidays and promotions, and package results into a dashboard for planning teams. Students finish with a polished, presentable deliverable and a clear narrative of the decisions behind holiday & promo effects for future employers to evaluate.

Core Specifications
  • Time Series Modeling
  • Holiday & Promo Effects
  • Store-Level Forecasts
  • Interactive Dashboard
Deployment Tech Stack
PythonProphetPandasStreamlit
GitHub Deployable
Portfolio Feature
Industry ProjectAdvanced3 Weeks

Credit Card Fraud Detection System

A fraud detection pipeline on highly imbalanced transaction data, combining anomaly detection and supervised models with a focus on precision-recall tradeoffs relevant to real financial systems. This mirrors how real teams scope similar work, so students leave with both the artifact and a defensible explanation of their anomaly detection choices.

Core Specifications
  • Anomaly Detection
  • SMOTE Resampling
  • Fraud Scoring API
  • Precision-Recall Reporting
Deployment Tech Stack
PythonScikit-learnXGBoostSMOTE
GitHub Deployable
Portfolio Feature
Industry ProjectAdvanced3 Weeks

End-to-End Recommendation Engine

Students build a hybrid recommendation engine for an e-commerce catalog combining collaborative filtering and content-based methods, then expose recommendations through a simple API. The project is designed to be extended afterward, giving students a natural talking point about api development during placement interviews.

Core Specifications
  • Collaborative Filtering
  • Content-Based Filtering
  • Hybrid Ranking
  • Recommendation API
Deployment Tech Stack
PythonScikit-learnSurpriseFastAPI
GitHub Deployable
Portfolio Feature
Capstone ProjectAdvanced4 Weeks

End-to-End Data Science Capstone: Business Intelligence Platform

A flagship capstone where students take raw multi-source business data through cleaning, modeling, and deployment, delivering predictive insights via a deployed dashboard - a complete portfolio piece for data science interviews.

Core Specifications
  • Data Pipeline
  • Predictive Models
  • Deployed API
  • Interactive Dashboard
  • Documentation & Presentation
Deployment Tech Stack
PythonScikit-learnFastAPIDockerStreamlit
GitHub Deployable
Portfolio Feature
Credential Checked

CareerOutcomes

Turn Data Into Career Opportunities as a Data Scientist. Organizations across nearly every sector now rely on data scientists to guide decisions, and the role has matured into a stable, well-defined career path rather than a niche specialty. This course covers statistics, Python, and machine learning fundamentals, preparing learners for analytical and predictive modeling roles in industries ranging from FinTech to healthcare and retail.

Target Job Roles

Junior Data Scientist
0–2 Years

Clean data, build models, and support analytics teams with statistical insights.

Salary Outlook: ₹5–9 LPA

Data Scientist
2–4 Years

Develop predictive models and communicate findings to business stakeholders.

Salary Outlook: ₹9–16 LPA

Senior Data Scientist
4–7 Years

Lead complex modeling projects and guide data strategy across teams.

Salary Outlook: ₹16–25 LPA

Lead Data Scientist
7–10 Years

Set analytics strategy and manage a team of data scientists and analysts.

Salary Outlook: ₹25–35 LPA

Top Hiring Industries
FinTechHealthcareRetailIT ServicesAI Startups

In-Demand Recruiter Skills

PythonStatisticsMachine LearningSQLData Visualization

Industry Credentials

  • Google Data Analytics Certificate
  • IBM Data Science Professional Certificate

Recruitment Network

AmazonIBMAccentureTCSInfosys

StudentSuccessStories

Read direct feedback and career outcomes from students who have completed this learning path.

Alumni Review

The Python and machine learning modules were well-paced. Building real datasets into projects boosted my confidence.

Pooja Chavan

Data Scientist · LTIMindtree

FrequentlyAskedQuestions

Have questions about this program? Review our comprehensive breakdown of curriculum, requirements, and logistics.

Still have questions?

If you cannot find the answer to your query in our FAQ database, our academic advisors are available for direct consultations.

Who should enroll in this Data Science course?

This course is suited for graduates, analysts, and professionals from any technical background who want to move into data-driven roles like data analyst, data scientist, or machine learning practitioner. It's also a strong fit if you're switching careers and want a clear, guided path rather than piecing together resources on your own.

Do I need a math or statistics background?

Basic familiarity with math helps, but you don't need an advanced statistics background. We cover the statistical concepts you need for data science in a practical, applied way rather than pure theory. If you're unsure where you stand, our team can guide you on which module to start from based on a quick skills check.

Is this course suitable for beginners in data science?

Yes, the course starts with Python fundamentals and statistics basics before progressing into machine learning, so beginners can follow along as long as they're willing to put in consistent practice. Mentors are available to unblock you when concepts feel unclear, which is especially useful in the first few weeks.

Will I get a certificate after completing the course?

Yes, you'll receive a certificate after completing all modules, assignments, and your capstone project, which reflects your ability to work through a complete data science workflow. Many students add this certificate directly to their LinkedIn profile alongside links to their project work.

Is placement support offered with this course?

Yes, placement support includes resume building focused on data roles, interview preparation covering statistics and machine learning questions, and access to our hiring partner network. This support continues even after the course ends, as long as you're actively applying and engaging with the process.

Are real datasets and projects used in the course?

Yes, you'll work with real-world and industry-style datasets across multiple projects, learning to clean, analyze, and model data the way it's actually done in data science teams. By the end, you'll have a portfolio that clearly demonstrates practical, job-ready skills rather than just certificates.

Is there an internship component included?

Yes, eligible students can join an internship track applying their skills to realistic data problems under mentor guidance, which adds meaningful project experience to your resume. Mentors review your work throughout the internship, giving you feedback similar to what you'd get from a manager on the job.

Can working professionals complete this course alongside a job?

Yes, sessions are scheduled around working hours with recordings available, and the project-based structure lets you apply concepts at your own pace outside of live classes. We understand balancing a job and learning is demanding, so the pacing gives you room to catch up without falling behind.

Which machine learning libraries are taught?

You'll work with core Python libraries including pandas, NumPy, scikit-learn, and get an introduction to deep learning frameworks like TensorFlow, which are widely used across the data science industry. This reflects current industry practice, so the skills you build stay directly relevant to what employers are actually looking for.

Will I work with real datasets during the course?

Yes, projects use real or realistic datasets from domains like finance, e-commerce, and healthcare, so you practice the messy, practical side of data science rather than only clean textbook examples. We keep this part of the curriculum updated regularly to match how the technology is actually used in the field today.

Is Python included as part of this course?

Yes, Python is the primary programming language used throughout the course for data manipulation, analysis, visualization, and building machine learning models, reflecting its dominance in the data science industry. This is one of the areas where hands-on practice makes the biggest difference in how confident you feel afterward.

Will I learn data visualization tools and techniques?

Yes, you'll learn to create clear, insightful visualizations using libraries like Matplotlib and Seaborn, along with best practices for presenting data findings to both technical and non-technical audiences. Understanding this well will also make it easier to pick up related tools and concepts down the line.