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MS in Computer Science: Artificial Intelligence and Machine Learning 

  • Offered byAlmaBetter
  • Private Institute

MS in Computer Science: Artificial Intelligence and Machine Learning
 at 
AlmaBetter 
Overview

Elevate your career with our esteemed certification. Unlock new opportunities and demonstrate your mastery in data science

Duration

12 months

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Total fee

2.80 Lakh

Mode of learning

Online

Official Website

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Course Level

PG Degree

MS in Computer Science: Artificial Intelligence and Machine Learning
 at 
AlmaBetter 
Highlights

  • Earn a degree from Woolf
  • No cost EMI options available
  • 100% Job assurance
  • Resume building & mock interviews
  • Capstone projects
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MS in Computer Science: Artificial Intelligence and Machine Learning
 at 
AlmaBetter 
Course details

Skills you will learn
Who should do this course?

For Graduates & Professional

What are the course deliverables?

Grasp fundamental concepts in AI and ML, including algorithms, data structures and computational models

Master mathematical principles, such as linear algebra, probability and statistics, essential for AI and ML

Develop, implement and optimize AI and ML algorithms, such as neural networks, decision trees and reinforcement learning

Learn to work with big data frameworks like Hadoop, Spark and distributed computing environments

Develop and apply techniques for image processing, object detection and facial recognition

More about this course
The Master of Science in Computer Science with a specialization in Artificial Intelligence and Machine Learning is a cutting-edge program designed to equip students with advanced knowledge and skills in these rapidly evolving fields
The curriculum is focused on the development, implementation and analysis of AI systems and machine learning algorithms
The program also emphasizes ethical considerations, ensuring that graduates are prepared to address the societal impacts of AI and ML technologies
Through a combination of theoretical coursework, hands-on projects, and research opportunities, students are prepared to tackle complex challenges in various industries, including technology, healthcare, finance and more

Class Schedule: 7:30 PM - 8:30 PM

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MS in Computer Science: Artificial Intelligence and Machine Learning
 at 
AlmaBetter 
Curriculum

Foundation Track

Introduction to Computer Programming: Part 1

Conditional & Infinite Looping
OOPs in Python
Errors and Exception Handling
Lambda & Map Functions
Recursion - I and II
Sorting Algorithms
In-Built Functions & Methods
Advanced Looping Concepts
Loops & Iterations

 

Numerical Programming in Python

Data Wrangling using Pandas and Numpy
Data Visualisation Libraries - Matplotlib & Seaborn
Data Visualization Tips & Best Practices
Efficient String Operations
Mastering Recursion Concept
Advanced-Data Wrangling Concepts
Data Management Libraries
Skill Mastery Challenge
Exploratory Data Analysis - Case Study

 

Relational Databases

Getting Started with SQL
SQL Environment & Basic Commands
Fundamentals of SQL Query
Dealing with Multiple Tables
Advanced SQL Joins
Mathematical & Data Type Conversion Functions
DateTime & String Functions
Window Functions
Miscellaneous Functions
Connect & Analyse Data with SQL & Python
Database Management & Schema Design
Competitive Coding & Query Optimisation
Complex queries using CTE & Pivoting
Type Casting & Math Functions
Advanced SQL Joins
Type Casting & Math Functions

 

Data Visualisation tools

Fundamentals of Excel
Data Exploration with In-Built Functions
Storytelling with Excel
Advanced Dashboarding Concepts
Getting Started with Tableau Ecosystem
Dashboarding & Storytelling with Tableau
Choosing the Right Chart
Dashboarding with Power BI
Advanced Dashboarding Concepts with PowerBI
Customer & Web Analytics
Advanced Charts
Dashboarding with Business KPIs - E-commerce

 

Applied Statistics

Data Summarization
Discrete Probability Distributions
Continuous Probability Distributions
Joint Distribution
Sampling & Statistical Inference
Concept of Confidence
Hypothesis Testing
Inferential Statistics
Descriptive Statistics
Coding Assessment
Skill Mastery Challenge

 

Introduction to Machine Learning

Getting Started With ML
ML Lifecycle
Implementing a simple Supervised Algorithm
Linear & Tree-based models
Implementing a simple Unsupervised Algorithm
Unsupervised Clustering: K-means & Hierarchical
Data Preparation for ML Models
Cross-validation
Hyperparameter tuning
TedX Views Prediction - Case Study
Customer Segmentation - Case Study
Time Series Analysis
Bagging & Boosting: Complex Algorithms
Nonlinear Algorithms - Polynomial Regression
SVM & Neural Networks
Natural Language Processing
Image processing
Recommender Systems
SQL Feature Engineering, Prediction and Analysis

 

Specialisation track

Distributed Machine Learning

Data Warehousing with Hive
Apache Spark using Python
Distributed ML Training
Big Data Fundamentals
Getting Started with Big Data
Communication & Data Consistency
Hadoop Commands
Hive Functions and Operators
Machine learning with Spark ML
Feature Engineering & Prediction with Spark ML
Data Parallelism & Model Parallelism
Scalability & Fault-tolerance

 

productionization of ML Systems

Deploy ML Model on Scale
Machine Learning System Architecture
Build Classification Model
Create Rest API with Flask
Introduction to Docker & Kubernetes
Packaging the ML Model for Production
Getting Started with Deployment Platforms
Deploying the ML API with containers
Build Web app using Streamlit
Getting started with Apache AirFlow

 

Introduction to Deep Learning

Neural Networks & Deep Learning
Improving Deep Neural Networks
Structuring ML Projects
Getting Started with TensorFlow & Keras
Tensorflow & Keras Implementation
Shallow Neural Networks
Deep Neural Networks
Practical Aspects of Deep Learning
Optimization Techniques in Deep Learning
Structuring Machine Learning Project Foundation

 

Deep Learning for Computer Vision

Computer Vision Fundamentals
Convolutional Neural Networks
Advanced Algorithms in CNN
Introduction to Computer Vision & OpenCV
Components of Computer Vision
Introduction to CNN
Image Data Modelling
Transfer Learning & Hugging face
Convolutional Models Architecture
Object Detection Architectures

 

Deep Learning for NLP

NLP with Classification & Vector Spaces
Additional NLP Algorithms
Components of NLP
Text Data Modelling with Spacy
Topic Modelling
Sentiment Analysis with Logistic Regression
Sentiment Analysis with Naïve Bayes
Vector Spaces
Probabilistic Models
Sequence Models

 

Advanced Machine Learning

Handling Anomalies
Advanced Clustering Algorithms
Market Basket Analysis
Advanced Time Series Analysis
Customized Models for User Preferences
Handling data for Outlier events
Modelling for Outlier Events - Case Study
Advanced Clustering Techniques
Clustering Analysis - Case Study
Introduction to Market Basket Analysis
Data Preparation & Association Rule Mining
Evaluation Metrics & Vizualization
Movie Recommendation - Case Study

 

Industry Immersion Track

Pick an industrial domain of your choice

FinTech - PayTM, RazorPay, PhonePe, American Express
E-commerce - Flipkart, Amazon, Myntra
InsurTech - Ditto, Plum, Healthiance
EdTech - AlmaBetter, Unacademy, UpGrad,
Healthcare - Novartis, Fortis Health , Dr Lal PathLab
SportsTech - Dream11, MPL, Sportskeeda
OTT Platforms - Netflix, MX Player, Voot

 

Defining Problem Statement

Background & Motivation
Problem Statement
Objectives
Scope & Limitations
Thesis Structure

 

Literature Review

Artificial Intelligence and Machine Learning
Deep Learning Architectures
Object Detection and Tracking Techniques
State-of-the-Art Models
Evaluation Metrics
Existing Challenges and Future Directions

 

Data Preparation

Dataset Selection
Data Preprocessing
Data Augmentation Techniques
Dataset Partitioning
Ethical Considerations and Data Privacy

 

Model Development

Model Selection and Rationale
Model Architecture & System Design
Loss Function and Optimization Strategy
Training and Validation
Model Interpretability and Explainability
Model Compression Techniques

 

Model Evaluation 

Performance Metrics
Comparative Analysis with Existing Models
Real-World Performance Evaluation
Model Robustness and Generalization

 

Productionization & Testing

Model Deployment
API Design and Integration
Testing & Performance
User Interface Design
System Performance & Scalability

 

Conclusion & Future Work

Summary of Findings
Evaluation of the Project
Limitations and Challenges
Future Directions and Recommendations 

Faculty Icon

MS in Computer Science: Artificial Intelligence and Machine Learning
 at 
AlmaBetter 
Faculty details

Prof. Gaurav Trivedi
Principal Investigator at E&ICT Academy
John Jose
Associate Professor, Dept. of Computer Science & Engineering

MS in Computer Science: Artificial Intelligence and Machine Learning
 at 
AlmaBetter 
Entry Requirements

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  • No specific cutoff mentioned
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  • Not mentioned

MS in Computer Science: Artificial Intelligence and Machine Learning
 at 
AlmaBetter 
Admission Process

    Important Dates

    Aug 27, 2024
    Course Commencement Date

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    MS in Computer Science: Artificial Intelligence and Machine Learning
     at 
    AlmaBetter 

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