Artificial Intelligence Fundamentals

Initial Assessment: Participant’s Background

Assessment to understand the participant’s background to suit the course content. This assessment includes familiarity with AI concepts, programming language proficiency, and the frameworks of machine learnings.

Day 1 – AM

Topic Content Schedule


General Introduction

  • Introduction of Trainosys
  • Courses Trainosys Offered
  • Trainer’s Profile

Course Expectancy Survey

08:00 AM – 08:30 AM 


Artificial Intelligence
  • Introduction of Artificial Intelligence 
  • Weak Ai vs Strong AI
  • Generative Models

Artificial Intelligence Applications

08:31 AM – 09:30 AM 

Break 10 mins


Artificial Intelligence Fundamentals
  • Introduction of Machine Learning 
  • How does ML work?
  • Machine Learning vs Deep Learning vs Neural Network

  • Machine Learning Platforms
  • Machine Learning Use cases
  • Machine Learning Fields (NLP, Geospatial, etc)

09:41 AM – 11:40 AM


Artificial Intelligence Fundamentals


AI Fundamentals Recap & Summary

11:41 AM – 12:00 PM
Lunch Break 1 hour (60 mins)


Day 1 – PM

Topic Content Schedule


Machine Learning

  • Validation of Required Libraries & Platforms to install
  • Machine Learning vs Data Science
  • Machine Learning Pipeline 
  • Data Science Pipeline
01:00 PM – 01:30 PM 


Machine Learning Supervised Model Classification

  • Learning by Doing – Supervised Model – Classification Use Case 1

  • Data Preparation
  • Data Cleaning 
  • Data Visualization
  • Data Ingestion
  • Data Transformation & Validation 
  • Feature Engineering
  • Data Splitting
01:31 PM – 04:30 PM 
Break 10 mins


Machine Learning Supervised Model Classification
  • Learning by Doing – Supervised Model – Classification Use Case 1

  • Model Building Choosing the Right Model
  •  Training Optimization
  • Model Performance Evaluation
  • Model Validation

04:41 PM – 05:00 PM



Machine Learning Supervised Model Classification


ML Supervised Model – Classification Part 1 Recap + Take Home Exercise + End-of-day Survey

05:01 PM – 05:30 PM


Day 2 – AM

Topic Content Schedule


Machine Learning Supervised Model Classification

  • Take Home Exercise Discussion
08:00 AM – 09:00 AM 


Machine Learning Supervised Model Classification

  • Learning by Doing – Supervised Model – Classification Use Case 1

  • Exporting and Importing a model in .pkl or .sav
09:01 AM – 09:30 AM 
Break 10 mins

Machine Learning Supervised Model Classification

  • ML Supervised Model – Classification Part 2 Recap
09:41 AM – 10:30 PM


Machine Learning Supervised Model Classification

  • Learning by Doing – Supervised Model – Regression Use Case 2

  • Data Preparation:
  •  Data Cleaning
  • Data Visualization
  • Data Integration
10:31 AM – 12:00 PM
Lunch Break 1 hour (60 mins)

Day 2 – PM

Topic Content Schedule


Machine Learning Supervised Model Regression

  • Learning by Doing – Supervised Model – Regression Use Case 2 
  • Data Preparation:
  • Data Transformation & Validation
  • Feature Engineering
  • Data Splitting
01:00 PM – 02:00 PM 



Machine Learning Supervised Model Regression

  • Learning by Doing – Supervised Model – Regression Use Case 2

  • Model Building Choosing the Right Model
  • Training Optimization
  • Model Performance Evaluation
  • Model Validation




02:00 PM – 04:00 PM
Break 10 mins

Machine Learning Supervised Model Regression

  • ML Supervised Model – Regression Use Case 2 
  • Exporting and Importing a Model in .pkl or .sav
04:00 PM – 04:30 PM

Machine Learning Supervised Model Regression


ML Supervised Model – Regression Recap + Take Home Exercise + End-of-day Survey

04:31 AM – 05:15 PM

Day 3 – AM

Topic Content Schedule


Machine Learning Supervised Model Regression

  • Take Home Exercise Discussion
08:00 AM – 09:00 AM 


Machine Learning Unsupervised Model Clustering

  • Learning by Doing – Unsupervised Model – Clustering Use Case 3
  • Data Preparation:
  • Data Transformation & Validation
  • Feature Engineering
  • Data Splitting 
09:01 AM – 10:00 AM 
Break 10 mins

Machine Learning Unsupervised Model Clustering
  • Learning by Doing – Unsupervised Model – Clustering Use Case 3
  • Model Building: Choosing the Right Model/Algorithm of Clustering
  • Training Optimization
  • Model Performance Evaluation
  • Model Validation
10:01 AM – 11:30 AM

Machine Learning Unsupervised Model Clustering
  • Learning by Doing – Unsupervised Model – Clustering Use Case 3
  • Exporting and Importing a Model in .pkl or .sav

11:31 AM – 12:00 PM

Lunch Break 1 hour (60 mins)

Day 3 – PM

Topic Content Schedule


Deep Learning 
  • What is Deep Learning?
  • Deep Learning vs Machine Learning
  • Deep Learning vs Neural Network
  • How does Deep Learning Work?
01:00 PM – 01:30 PM 



Deep Learning

  • One Learning Applications 
  • Deep Learning Use Cases
  • Pros & Cons of Deep Learning 
  • Deep Learning Platforms




01:31 PM – 02:00 PM
Break 10 mins



Deep Learning

  • Learning by Doing – Deep Learning Model: Use Case 4
  • Data Preparation:
  • Data Transformation & Validation
  • Feature Engineering
  • Data Splitting

02:11 PM – 03:00 PM


Deep Learning

  • Learning by Doing – Deep Learning Model: Use Case 4
  • Model Building: Choosing the Right Algorithm 
  • Training Optimization
  • Model Performance Evaluation
  • Model Validation

03:01 AM – 05:00 PM

Closing
  • Short Quiz and End-of-course Survey
05:01 AM – 05:30 PM

Requirements

Please install the following tools and libraries before the training  day.

Toolkit:

  1. Anaconda (https://www.anaconda.com/download)
  2. Jupyter (https://test-jupyter.readthedocs.io/en/latest/install.html)
  3. Python (https://test-jupyter.readthedocs.io/en/latest/install.html) – from Anaconda
  4. Visual Code Studio (https://code.visualstudio.com/download)
  5. Postman (https://www.postman.com/downloads/)

Libraries (run in the terminal):

  1. Pandas: pip3 Install pandas
  2. Numpy: pip3 install numpy
  3. Scikit-leatnL pip3 Install scikit-learn
  4. Matplotlib: pip3 Install matplotlib
  5. Flask: pip3 Install Flask
  6. Pickle: pip3 Install pickle5
  7. Tensorflow (will be instakked during class)
  8. Keras (will be installed during class)
  9. PyTorch (will be installed during class)

Account (For Deep Learning):

  1. Google Colab

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