Machine
Learning

Master modern machine learning algorithms, build intelligent predictive models, and deploy real-world AI applications from scratch.

16 weeksIntermediateLive Sessions
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Program HighlightsWhat You'll Get
Live instructor-led sessions
1-on-1 mentorship
Real-world projects
Career guidance

Technologies You'll Master

Python
Python
NumPy
NumPy
Pandas
Pandas
Scikit-learn
Scikit-learn
TensorFlow
TensorFlow
PyTorch
PyTorch
XGBoost
XGBoost
Flask/FastAPI
Flask/FastAPI

Learning Outcomes

Demonstrate the ability to apply machine learning concepts to real-world problems
Build, evaluate, and deploy advanced machine learning models
Develop structured analytical workflows aligned with industry practices
Enhance problem-solving skills and technical proficiency for ML engineering roles
Curriculum

Master the Curriculum

A carefully structured syllabus designed by industry experts — progressive mastery from ground zero to production-level readiness.

Month 1 pyramid

Month 1

Foundations

Monthly Assessment 1
  • Introduction to Machine Learning and AI
  • Types of ML (Supervised, Unsupervised, Reinforcement)
  • Real-world applications
  • Python setup (Anaconda, Jupyter Notebook)
  • Weekly Test 1
Project Allocation Framework

Real-World Project Execution

As part of the Machine Learning Internship Program, project-based learning is integrated as a core component to ensure the practical application of theoretical concepts. The structured project allocation model enables students to progressively develop competencies ranging from foundational implementation to advanced, industry-oriented system design.

Learning Stages

  • Set 1 & Set 2: Foundational (Basic Level)
  • Set 3 & Set 4: Intermediate (Medium Level)
  • Set 5: Advanced (Industry-Level Capstone)

Implementation Guidelines

  • Follow a structured lifecycle: problem definition, data collection, preprocessing, EDA, feature engineering, model building, evaluation, optimization, and deployment.
  • Document each stage comprehensively and present findings in a structured format.
  • Advanced-level projects must include cloud deployment using AWS or Microsoft Azure to ensure real-world exposure.

Expected Outcomes

  • Apply machine learning concepts to real-world problems
  • Gain experience in building, evaluating, and deploying models
  • Develop structured workflows aligned with industry practices
  • Enhance problem-solving skills, technical proficiency, and readiness for machine learning roles
Project Catalogue
Foundational Level (Basic – Level 1)

Project Set 1

This set focuses on basic data analysis, visualization, and introductory machine learning concepts.

1
Student Marks Prediction System
2
Basic Sales Prediction using Linear Regression
3
Student Attendance Analysis System
4
Weather Data Trend Analysis
5
House Rent Prediction (Simple Model)
6
Basic Customer Data Analysis Dashboard
7
Movie Popularity Prediction System
8
Simple Stock Price Trend Visualization
9
Employee Salary Analysis System
10
Online Shopping Data Analysis
11
Traffic Flow Prediction (Basic)
12
Food Delivery Time Prediction (Basic Model)

Ready to Get
Started?

Join thousands of students who transformed their careers with Orvion Academy

Outcomes That Matter

Real Results for
Real Students
Real Results for
Real Students
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