
Machine Learning
Transform your career in just 10 weeks with Machine Learning
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Who Can Benfit From The Program?
Business Intelligence Skills Using Power BI Can Benefit A Wide Range Of Individuals And Organizations Including:
Students: Aiming a career in Data Science
Working Professional: Wants to transform over to Data Science Domain.
Freelancer: Looking for opportunities to upskill and network in Analytics Domain
Human Resource Professionals: Who want to analyze employee data to identify trends and opportunities for improvement.
Finance Professionals: Who want to track and analyze financial data to make better business decisions.
Business Managers: For intelligent decision making in their operations.
Data Analysts: Who are upskilling their business analytical skills.
Enrepreneurs & C-Level Executives: Wanting to scale their business using BI strategies.
Sales Professionals: Who want to analyze sales data to identify trends and opportunities.
Marketing Professionals: Who want to track and analyze marketing data to improve campaign performance.
Introduction to Machine Learning
Overview: Key concepts, definitions, and types of machine learning.
Role of Python: Why Python is popular for building machine learning models.
Data Preparation and Pre-processing
Data Cleaning: Handling missing values, outliers, and duplicates.
Feature Scaling: Normalization and standardization techniques.
Supervised Learning: Regression Models
Linear Regression: Model building, assumptions, and evaluation metrics.
Polynomial Regression: Extending linear models for nonlinear data.
Supervised Learning: Classification Models
Logistic Regression: Binary classification and probability predictions.
Support Vector Machines (SVM): Understanding the hyperplane and kernel trick.
Decision Trees and Ensemble Methods
Decision Trees: Model interpretation and overfitting control with pruning.
Random Forest and Gradient Boosting: Bagging and boosting techniques for improved accuracy.
Unsupervised Learning: Clustering
KMeans Clustering: Partitioning data into K distinct clusters.
Hierarchical Clustering: Building a tree of clusters for hierarchical relationships.
Unsupervised Learning: Dimensionality Reduction
Principal Component Analysis (PCA): Reducing data dimensions while retaining variance.
tSNE and UMAP: Advanced techniques for data visualization in lower dimensions.
Model Evaluation and Selection
CrossValidation: Ensuring model generalization using kfold and other techniques.
Evaluation Metrics: Precision, recall, F1score, and ROCAUC for classification; RMSE and MAE for regression.
Hyper parameter Tuning and Model Optimization
Grid Search and Random Search: Techniques for finding the best model parameters.
Automated Hyper parameter Tuning: Using libraries like Hyperopt and Optuna.
Deployment of Machine Learning Models
Model Exporting: Saving models with `pickle` or `joblib`.
Deployment: Integrating models into applications using Flask or FastAPI.
Program Certificate
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Program Certificate

Meet Our Experts
VINAY BORHADE

Founder | Chief Data Scientist
MOHIT JAIN

PM | Data Scientist
AKASH POL

AI Mentor
How It Works?
1.Application Process
Apply for Program via dedicated link to show your interest





