Upskill & Transition to Data Science Role >
A 6-month live structured program designed by industry experts to upskill & successfully transition to Data Science roles.

From This Program, You Will Gain >
All the Right Skills required to transition to Data Science roles
Multiple Industry-Relevant Projects to showcase in your resume
Structured Curriculum for a smooth transition to Data Science Roles
The first step towards becoming a Data Analyst, Data Scientist, or ML Engineer is to have strong command over the fundamentals of visualization, dashboarding & reporting of data.
Within this module, our goal is to become confident in data fundamentals.
Topics that will be covered:
Excel
- Introduction to Excel and Formulas
- Pivot Tables, Charts and Statistical functions
- Google spreadsheets
Tableau + Excel
- Flowcharts, Data Types, Operations
- Conditional Statements & Loops
- Functions
- Strings
- In-build Data Structures – List, Tuples, Dictionary, Set
- Matrix Algebra, Number Systems
SQL
- Visual Analytics
- Charts, Graphs, Operations on Data & Calculations in Tableau/ PowerBI
- Advanced Visual Analytics & Level of Detail (LOD) Expressions
- Geographic Visualizations, Advanced Charts, and Worksheet & Workbook Formatting
As a Data Scientist, it is important we know how to break down business situations and design correct metrics.
Moreover, you should also be able to use the powerful language of SQL to extract and analyze data.
Within this module, our aim is for you to become skilled at interpreting data to make informed business decisions and to present your findings with clarity.
Topics that will be covered:
SQL
- Introduction to Databases & BigQuery Setup
- Extracting data using SQL
- Functions, Filtering & Subqueries
- Joins
- GROUP BY & Aggregation
- Window Functions
- Date and Time Functions & CTEs
- Indexes & Partitioning
Product Analytics
- Framework to address product sense questions
- Diagnostics
- Metrics, KPI
- Product Design & Development
- Guesstimates
- Product Cases from Netflix, Stripe, Instagram
Mathematics is the foundation upon which Machine Learning & Deep Learning algorithms are built.
That is why, in this module, you will fall in love with mathematics as you solve engaging problems & build your solid foundations of Machine Learning & Deep Learning.
Topics that will be covered:
Advanced Python & Python Libraries:
Python Libraries
- Python Refresher
- Numpy, Pandas
- Matplotlib
- Seaborn
- Data Acquisition
- Web API & Web Scrapping
- Beautifulsoup & Tweepy
Advance Python
- Basics of Time & Space Complexity
- OOPS
- Functional Programming
- Exception Handling & Modules
Maths for Machine Learning:
Probability & Applied Statistics
- Probability
- Bayes Theorem
- Distributions
- Descriptive Statistics, outlier treatment
- Confidence Interval
- Central Limit Theorem
- Hypothesis Test, AB Testing
- ANOVA
- Correlation
- EDA, Feature Engineering, Missing value treatment
- Experiment Design
- Regex, NLTK, OpenCV
Calculus, Optimization & Linear Algebra
- Classification
- Hyperplane
- Halfspace
- Calculus
- Optimization
- Gradient Descent
- Principal Component Analysis
Duration: 8/18 Weeks
Within this module, you will work on multiple projects build in partnership with top companies.
You will get your hands dirty by working with messy & unclean datasets from real companies.
You have the flexibility to select either one or both of the offered specializations, based on your interests and career goals.
Topics that will be covered:
SPECIALIZATION 1: MACHINE LEARNING
Supervised Learning
- MLE, MAP, Confidence Interval
- Classification Metrics
- Imbalanced Data Decision Trees
- Bagging
- Naive Bayes
- SVM
Unsupervised & Recommender Systems
- Introduction to Clustering, k-Means
- k-Means ++, Hierarchical
- GMM
- Anomaly/ Outlier/ Novelty Detection
- PCA, t-SNE
- Recommender Systems
- Time Series Analysis
AND/OR
SPECIALIZATION 2: DEEP LEARNING ( 8 WEEKS )
Neural Networks
- Perceptrons
- Neural Networks
- Hidden Layers
- Tensorflow
- Keras
- Forward & Backward Propagation
- Multilayer Perceptrons (MLP)
- Callbacks
- Tensorboard
- Optimization
- Hyperparameter tuning
Computer Vision
- Convolutional Neural Nets
- Data Augmentation
- Transfer Learning
- CNN
- CNN Hyperparameters Tuning & BackPropagation
- CNN Visualization
- Popular CNN Architecture – Alex, VGG, ResNet, Inception, EfficientNet, MobileNet
- Object Segmentation, Localisation, & Detection
Natural Language Processing
- Text Processing & Representation
- Tokenization, Stemming, Lemmatization
- Vector space modelling, Cosine Similarity, Euclidean Distance
- POS tagging, Dependency Parsing
- Topic Modelling, Language Modelling
- Embeddings
- Recurrent Neural Nets
- Information Extraction
- LSTM
- Named Entity Recognition
Generative AI
- Generative Models, GANs
- Attention Models
- Siamese Networks
- Advanced CV
- Attention
- Transformers
- HuggingFace
- BERT
A great Data Scientist or ML Engineer is also capable of developing end-to-end pipelines & building applications powered by machine Learning models.
This is the reason why, Within this module, you will learn how to develop end-to-end ML pipelines. And you will work on the latest cloud platforms to deploy & monitor your models.
Moreover, Data structures & Algorithms are part of interviews at top product companies. That is why, you will also focus on Data Structures & Algorithms to be able to crack these interviews.
Topics that will be covered:
Machine Learning Ops
- Streamlit
- Flask
- Containerisation, Docker
- Experiment Tracking
- MLFlow
- CI/CD
- Github Actions
- ML System Design
- AWS Segemaker, AWS Data Wrangler, AWS Pipeline
- Apache Spark
- Spark ML lib
Advanced Data Structures & Algorithms
- Arrays
- Linked Lists
- Stacks & Queues
- Trees
- Tries & Heaps
- Searching & Sorting Algorithms
- Recursion
- Hashing & 2 pointers
Once you have upskilled yourself to become a great data scientist, it is important that we now focus on getting you interview opportunities from diverse companies.
This process is usually in 3 phases:
1. Build a strong profile
2. Applying the right way
3. Acing the interview
We focus on all the above 3 objects in this phase.