Gain hands-on experience with cutting-edge AI tools, machine learning algorithms, and deep learning techniques by working on real industry problems. This program blends theory with practical applications to help you build smart, scalable models that drive real business impact. Learn from industry experts and work on live projects to sharpen your problem-solving and analytical skills.
Prepare to step confidently into high-growth careers such as Data Scientist, AI Engineer, Machine Learning Engineer, and more. With full placement support, dedicated career coaching, and a 100% job assurance (or your money back), this program is designed for both fresh graduates and working professionals aiming to break into the AI and Data Science space.
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 and AI skills and prepare you for a successful career.
Build a solid base in handling, cleaning, structuring, and visualizing data with the tools used by top AI teams. You’ll learn how to work with spreadsheets, write efficient SQL queries, and design dashboards that communicate insights clearly. This module is designed to make you fluent in the essential tools of a data-driven AI professional.
By the end, you’ll be comfortable working with relational databases, performing transformations, and preparing data pipelines for AI workflows.
Master Excel and Google Sheets, including advanced formulas, pivot tables, dashboards, and What-if analysis, while leveraging real-time collaboration features for teams to efficiently analyze and present business data. Read More
Gain expertise in SQL and databases by performing CRUD operations, joins, aggregations, views, window functions, indexing, and schema design to query, manage, and optimize relational databases for analytics projects. Read More
Learn to create KPI dashboards and compelling data stories in Power BI and Tableau, using calculated fields, AI-driven visual insights, and interactive reports to communicate business performance effectively. Read More
Develop skills in handling missing values, reshaping datasets, scaling features, and converting data types to prepare clean datasets ready for machine learning and AI model training. Read More
Learn the most in-demand programming language for AI and data science: Python. You’ll go from writing simple scripts to building reusable, efficient, and scalable code for real-world AI models.
With libraries like NumPy and Pandas, you’ll manipulate complex datasets and begin integrating early-stage AI libraries like TensorFlow or PyTorch.
You’ll also gain hands-on experience with GitHub, enabling you to work like a professional in collaborative, version-controlled environments.
Master Python fundamentals including variables, loops, functions, data structures, exception handling, and object-oriented programming concepts to build a solid foundation for data analysis and AI projects. Read More
Work extensively with NumPy and Pandas for vectorized operations, DataFrame manipulation, filtering, merging, and reshaping datasets to transform raw data into structured formats suitable for analysis and modeling. Read More
Create visualizations using Matplotlib and Seaborn, including heatmaps, pairplots, and boxplots, to communicate insights effectively and produce clear, impactful graphical representations of complex datasets. Read More
Understand Git and version control workflows, including repositories, branching, and pull requests, to collaborate efficiently on projects and maintain organized, reproducible code for professional data science workflows. Read More
Get introduced to AI libraries such as TensorFlow and PyTorch, including setting up environments and running basic machine learning models to gain hands-on exposure to modern AI tools. Read More
Understand the math that powers AI. This module teaches you to draw conclusions from data, identify hidden trends, and apply statistical techniques to validate assumptions.
You’ll work with Python libraries for statistical modeling and leverage AI tools like ChatGPT for guided Exploratory Data Analysis (EDA).
The goal is to help you build statistical intuition and fluency so you can prepare high-quality features for both ML and GenAI models.
Apply descriptive statistics to summarize data using central tendency, variance, skewness, and kurtosis, developing the ability to interpret data distributions and generate actionable insights for business and research purposes. Read More
Learn probability theory, including conditional probability, Bayes’ theorem, and distributions such as normal, binomial, and Poisson, to build a strong foundation for modeling uncertainty and performing simulations in real-world analytics. Read More
Perform hypothesis testing using Z-tests, t-tests, chi-square tests, ANOVA, and p-values, to validate assumptions and make evidence-based, statistically sound business decisions. Read More
Conduct exploratory data analysis (EDA), including outlier detection, correlation analysis, missing value imputation, and feature engineering to uncover patterns and prepare datasets for predictive modeling. Read More
Leverage AI-assisted EDA tools, including ChatGPT, to automate data exploration, accelerating analysis and generating actionable insights quickly for enhanced decision-making. Read More
Dive deep into machine learning with hands-on implementation of core algorithms for classification, regression, and clustering. You’ll not only learn the “how” but also the “why” behind popular techniques—understanding when to apply each and how to optimize their performance.
This module covers model tuning, evaluation, and ensemble learning with tools like Scikit-learn, XGBoost, and SHAP for model interpretability.
It prepares you to build robust, explainable ML systems ready for real-world deployment.
Learn supervised learning techniques including linear regression, logistic regression, decision trees, and support vector machines to build predictive models that inform data-driven business strategies. Read More
Explore unsupervised learning techniques such as K-means clustering, hierarchical clustering, and PCA dimensionality reduction to identify hidden structures in data and optimize analytical models. Read More
Evaluate models using accuracy, precision, recall, F1 score, ROC curves, and confusion matrices to rigorously assess model performance and select the best predictive solutions. Read More
Optimize model performance using cross-validation, grid search, and hyperparameter tuning, to improve predictive accuracy and ensure machine learning models generalize effectively to new data. Read More
Apply ensemble methods such as Random Forests, AdaBoost, and XGBoost, and interpret models using SHAP and LIME to build robust, high-performing, and explainable machine learning solutions. Read More
You’ll build neural networks using TensorFlow/Keras, experiment with computer vision models, and work on real-world NLP tasks using BERT and GPT.
You’ll build neural networks using TensorFlow/Keras, experiment with computer vision models, and work on real-world NLP tasks using BERT and GPT.
You’ll also explore Generative AI and prompt engineering with tools like OpenAI API and HuggingFace. This module makes you confident in applying AI to real industry challenges—from building smart assistants to automating content and insights.
Learn the fundamentals of neural networks and CNNs, including perceptrons, activation functions, backpropagation, and convolutional neural networks for image classification tasks in deep learning applications. Read More
Explore natural language processing (NLP) concepts including tokenization, stemming, TF-IDF, Word2Vec, and sentiment analysis to extract meaningful insights from text data for AI solutions. Read More
Get introduced to transformers, large language models (LLMs) like BERT and GPT, and prompt engineering techniques to understand state-of-the-art AI approaches for text and sequence modeling. Read More
Learn time series forecasting using ARIMA, exponential smoothing, and Facebook Prophet, to predict trends and business metrics accurately for planning and strategic decision-making. Read More
Explore generative AI applications such as chatbots, text summarization, recommendation systems, and OpenAI API integration to build AI-driven solutions for real-world problems. Read More
Learn how to turn your AI models into real products by deploying them using modern tools like Flask, Streamlit, and AWS.
You’ll build complete end-to-end ML pipelines, explore automation using MLflow, and follow best practices for versioning and monitoring models.
This module also includes extensive career support—resume building, portfolio reviews, mock interviews, and real-world GenAI project presentation.
By the end, you’ll be job-ready with a deployable AI portfolio and full placement assistance.
Deploy models using Flask APIs, Streamlit dashboards, and cloud hosting on AWS or Heroku, making AI solutions production-ready, accessible, and user-friendly for end-users and stakeholders. Read More
Understand MLOps pipelines, including automation, model versioning, monitoring, and MLflow integration, to ensure scalable, maintainable, and reproducible machine learning projects in professional settings. Read More
Optimize your resume, LinkedIn profile, and interview preparation for data and AI roles, building a professional portfolio and practicing mock interviews to successfully secure analytics and AI career opportunities. Read More
Work on a capstone project solving a real-world AI problem, including end-to-end data processing, modeling, and presentation to demonstrate practical skills and deliver actionable business insights with AI solutions. Read More
Your learning journey is more than just gaining knowledge—it’s about growth, discovery, and transformation.
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
Expertise:
Expertise:
Expertise:
Expertise:
Expertise:
Expertise:
Expertise:
Expertise:
Use K-means clustering to segment customers based on demographics and transaction history. Present insights via dashboards for targeted campaign planning.
Develop a conversational AI bot using a transformer-based model (BERT) to automate claim inquiry handling in the insurance domain. Train it on historical claim conversations and FAQs.
Use AI to predict product-level demand using sales history, holidays, and promotions. Deploy time series forecasting models like Prophet and LSTM to guide automated reordering decisions.
Create an AI-based recommender system for an EdTech platform that suggests learning modules based on user behavior, interests, and performance.
Develop a CNN model to classify X-ray images for disease detection (e.g., pneumonia). Combine with patient metadata to assist doctors in early diagnosis.
Build a real-time fraud detection pipeline using anomaly detection techniques on transaction data. Integrate streaming input and model monitoring using MLOps tools.
Build a natural language processing model to automatically parse and rank resumes based on job descriptions. Use embeddings and similarity scoring to shortlist candidates.
Develop a predictive model to forecast long-term CO₂ emissions and temperature anomalies using global climate datasets. Leverage deep learning models to identify patterns and simulate future scenarios.
Dedicated career support to transform your skills into a successful data science career.
Real stories of career transformations with our Data Science with Al program.