Master the real-world application of Data Science and Artificial Intelligence to build smart, scalable models that drive business success. This program is designed for fresh graduates and working professionals aiming to launch a high-impact career in the AI and Data Science space.
Gain hands-on experience with AI tools, machine learning algorithms, and deep learning techniques while solving real industry problems. Prepare to step confidently into roles like Data Scientist, AI Engineer, ML Engineer, and more—all backed by practical project work and full placement support.
Comprehensive curriculum covering Python, Machine Learning, Deep Learning, NLP, and Big Data technologies.
Get placed in a data science role within 6 months of graduation or receive a full refund of your program fee.
Learn from top industry experts through interactive live sessions with real-time doubt resolution and hands-on guidance.
Personalized guidance from industry mentors to help you navigate your learning journey effectively.
Resume building, interview preparation, and exclusive access to job opportunities with top companies.
Work on real-world projects to build a strong portfolio that showcases your data science expertise.
Our industry-aligned curriculum is designed by experts to help you master the most in-demand data science skills and prepare you for a successful career.
This foundational module sets the tone for your entire Data Science journey. The goal is to ensure that every learner is confident in working with raw data—structuring it, cleaning it, transforming it, and deriving meaningful insights. You’ll begin with spreadsheet tools like Excel and Google Sheets, progress into structured querying with SQL, and learn to work with relational databases. From there, you’ll explore modern data visualization tools like Tableau and Power BI, which are critical for communicating data-driven findings.
Learn Excel including formulas, pivot tables, charts, statistical functions, dashboards, and What-if analysis, developing practical skills for analyzing, visualizing, and presenting data efficiently, including collaborative work in Google Sheets. Read More
Gain a strong understanding of databases, covering CRUD operations, joins, aggregations, filtering, subqueries, window functions, and CTEs, learning to structure, query, and manipulate data effectively for real-world business and analytics scenarios. Read More
Understand relational database concepts including MySQL/PostgreSQL, indexing, and normalization techniques, developing expertise in managing data integrity, optimizing performance, and designing scalable database solutions. Read More
Master Power BI and Tableau, connecting data sources, creating calculated fields, dashboards, KPIs, and using LOD expressions to craft visually compelling reports that communicate actionable business insights. Read More
Perform data wrangling including handling missing values, reshaping data, column transformations, and type conversions to ensure datasets are clean, structured, and ready for downstream analysis, reporting, and modeling. Read More
Python is the most widely used programming language in the data world—and for good reason. In this module, you’ll gain a strong grip on Python fundamentals along with practical exposure to key libraries used in data science.
You’ll start with the basics—data types, loops, functions—and move into advanced concepts like OOP, list comprehensions, and file handling. From there, we’ll explore data-focused libraries like NumPy and Pandas for efficient computation and data manipulation, and data visualization with Matplotlib and Seaborn. You’ll also gain hands-on experience with Git and GitHub for version control—an essential skill for collaborative data science projects.
Build a foundation in Python, learning variables, loops, conditionals, functions, and core data structures, such as lists, tuples, dictionaries, and sets, to write modular, maintainable code for analytical and automation tasks. Read More
Advance Python skills with object-oriented programming, file I/O, error handling, and comprehensions, developing robust solutions by applying best practices in coding and automation workflows. Read More
Perform numerical and data analysis using NumPy arrays and Pandas DataFrames, including filtering, merging, grouping, and reshaping to manipulate large datasets efficiently and prepare them for analytics or machine learning projects. Read More
Visualize data using Matplotlib and Seaborn, including plots, axes, subplots, heatmaps, pairplots, and boxplots, developing compelling visualizations to communicate trends, distributions, and patterns effectively. Read More
Work with Git and GitHub, creating repositories, branching, pull requests, and collaborating on version-controlled projects, gaining practical experience in team workflows and best practices for code management and collaboration. Read More
This module focuses on the statistical thinking behind data science. It’s where you’ll learn to analyze and interpret data distributions, draw inferences, and test hypotheses. You’ll also conduct in-depth exploratory data analysis (EDA) to uncover trends, patterns, and insights hidden in the data.
Statistical literacy is key to becoming a successful data scientist. You’ll learn about descriptive and inferential statistics, common probability distributions, and how to validate assumptions with hypothesis testing. The module concludes with hands-on EDA using Python, where you’ll apply visual and statistical techniques to real datasets.
Apply descriptive statistics to summarize data distributions, calculate central tendency, and understand variability, building a foundation for interpreting data and making informed analytical decisions. Read More
Understand inferential statistics, including hypothesis testing, confidence intervals, and probability distributions, learning to draw conclusions about populations from sample data using robust statistical methods. Read More
Build probability knowledge including discrete and continuous distributions, conditional probability, and Bayes theorem, developing skills to quantify uncertainty and make informed predictions in data-driven applications. Read More
Perform exploratory data analysis using Python, NumPy, and Pandas, including data cleaning and preprocessing techniques, identifying patterns, outliers, and relationships in datasets to guide decision-making and modeling. Read More
Perform exploratory data analysis using Python, NumPy, and Pandas, including data cleaning and preprocessing techniques, identifying patterns, outliers, and relationships in datasets to guide decision-making and modeling. Read More
In this module, you’ll begin building real predictive models. You’ll learn the theory and intuition behind key algorithms, and more importantly, how to implement them from scratch using Python libraries like Scikit-learn.
You’ll explore supervised and unsupervised learning, develop your first classification and regression models, and understand how to evaluate performance. The module also includes tuning methods like grid search and cross-validation and ensemble learning techniques like bagging and boosting.
Learn supervised learning techniques, including regression and classification, to model relationships and predict outcomes, applying practical machine learning algorithms to solve real-world business and analytical problems. Read More
Explore unsupervised learning methods such as clustering and dimensionality reduction for pattern discovery, identifying hidden structures in data to support segmentation, anomaly detection, and insights generation. Read More
Evaluate and tune models using metrics such as accuracy, precision, recall, and F1 score, refining algorithms to improve prediction quality and ensure robust, reliable machine learning solutions. Read More
Evaluate and tune models using metrics such as accuracy, precision, recall, and F1 score, refining algorithms to improve prediction quality and ensure robust, reliable machine learning solutions. Read More
Apply ensemble techniques like Random Forest, AdaBoost, and XGBoost to improve predictive performance, learning model interpretability, aggregation methods, and strategies to reduce bias and variance in predictions. Read More
This module takes you deeper into artificial intelligence, focusing on neural networks, deep learning, and natural language processing (NLP). You’ll explore real-world use cases such as image classification, sentiment analysis, and chatbot development.
Starting from the basics of neural networks and deep learning frameworks like TensorFlow and Keras, you’ll build up to advanced concepts like RNNs, transformers, and BERT for NLP tasks. You’ll also cover time series forecasting and recommendation systems used widely in tech companies.
Understand neural networks and their application to predictive modeling and classification tasks, building and training feedforward, convolutional, and recurrent networks for structured, sequential, and image data. Read More
Learn natural language processing techniques including tokenization, vectorization, sentiment analysis, and text summarization, developing AI models capable of extracting insights and understanding textual data for business applications. Read More
Work with transformer architectures like BERT and GPT, applying them to NLP and time-series tasks, understanding large language models, embeddings, and prompt engineering for advanced AI applications. Read More
Perform time-series forecasting using ARIMA, exponential smoothing, and Facebook Prophet techniques, predicting future trends and values for business metrics using historical data and statistical models. Read More
Build recommendation systems using collaborative filtering, content-based, and hybrid approaches, developing personalized solutions for product suggestions, content recommendations, and customer engagement. Read More
In the final module, you’ll bring everything together—deploying models, building machine learning pipelines, and presenting your capstone project. You’ll also receive career support to help you stand out in the job market.
You’ll learn how to wrap your ML models into APIs using Flask, host them using platforms like Streamlit or AWS, and understand the basics of MLOps. Finally, we’ll help you craft your resume, build a strong LinkedIn profile, and prepare with mock interviews for data science roles.
Deploy machine learning and AI models using Flask APIs, Streamlit dashboards, and cloud platforms like AWS, learning to productionize models, create interactive applications, and ensure reliable operation. Read More
Understand MLOps pipelines including batch vs. real-time processing, orchestration, and model monitoring, developing automated, maintainable workflows for deploying, tracking, and updating machine learning solutions. Read More
Work on capstone projects applying AI/ML techniques to BFSI, healthcare, retail, and e-commerce scenarios, demonstrating practical problem-solving skills and end-to-end solution delivery in real-world applications. Read More
Prepare for careers with resume and LinkedIn optimization, mock interviews, and placement support, learning to effectively showcase skills, projects, and achievements to attract recruiters and hiring partners. Read More
NumPy arrays, Pandas DataFrames, data cleaning, and preprocessing techniques Read More
Your learning journey is more than just gaining knowledge—it’s about growth, discovery, and transformation.
Invent advanced algorithms for groundbreaking artificial intelligence innovation.
Learners placed in top global companies across UAE, UK, Canada, and more.
10+ Batches 500+ LearnersEmpowering professionals and freshers to level up through skill-based learning.
110+ Batches 5K+ LearnersTrusted by industry-leading recruiters and top-tier startups.
110+ Batches 5K+ LearnersLearners have reported significant hikes post program completion.
1000+ PlacementsLearn from experienced mentors with proven industry expertise
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Use K-means clustering to segment customers based on demographics and transactions. Present insights via dashboards.
Use K-means clustering to segment customers based on demographics and transactions. Present insights via dashboards.
Use K-means clustering to segment customers based on demographics and transactions. Present insights via dashboards.
Use K-means clustering to segment customers based on demographics and transactions. Present insights via dashboards.
Use K-means clustering to segment customers based on demographics and transactions. Present insights via dashboards.
Use K-means clustering to segment customers based on demographics and transactions. Present insights via dashboards.
Use K-means clustering to segment customers based on demographics and transactions. Present insights via dashboards.
Use K-means clustering to segment customers based on demographics and transactions. Present insights via dashboards.
Dedicated career support to transform your skills into a successful data science career.
Real stories of career transformations with our Data Science program.