Certified Training & Workshops

No. Of Days:  5 Days

Time: 9 AM – 4 PM

Course Methodology: Online – On-Site

Certificate: Provided by EMT x CertNexus after the exam

Training Registration Fees – AED 5000

Course Objectives:

• Specify a general approach to solve a given business problem that uses applied AI and ML
• Collect and refine a dataset to prepare it for training and testing.
• Train and tune a machine learning model.
• Finalize a machine learning model and present the results to the appropriate audience.
• Build linear regression models.
• Build classification models.
• Build clustering models.
• Build decision trees and random forests.
• Build support-vector machines (SVMs).
• Build artificial neural networks (ANNs).
• Promote data privacy and ethical practices within AI and ML projects

Topic A: Identify AI and ML Solutions for Business Problems

Topic C: Formulate a Machine Learning Problem

Topic D: Select Appropriate Tools

Lesson 2: Collecting and Refining the Dataset

Topic A: Collect the Dataset

Topic B: Analyze the Dataset to Gain Insights

Topic C: Use Visualizations to Analyze Data
Topic D: Prepare Data

Lesson 3: Setting Up and Training a Model

Course Methodology: Onsite – Instructor Led

Course Objectives:

• Know what it means to be an NFT developer
• Explore different types of tokens
• Learn how to create, buy and sell NFTs on any platform
• Build exciting projects using NFTs

Target Audience: Open to all.

Pre-requisites:

• Remix IDE Walk-through
• Setting up the MetaMask in your Browser
• Installing Development Environment
• Writing our First Smart Contract
• Deploying Smart Contract with Truffle

Training Registration Fees – AED 4000

Certificate Sample: Certificate provided by Blockchain Council after the exam

Module 1: Introduction to Certified NFT Developer

Module 2: A Guide to Tokens

• What are Tokens?
• What are Crypto Tokens
• Broad Categories of Tokens
• Token Generation Mechanism

Module 3: Ethereum Tokens

• Guide to ERCs & EIPs
• ERC-20 Standard
• Trading ERC-20 Tokens
• ERC-721 Standard
• Trading ERC-721 Tokens
• ERC-1155 Tokens

Module 4: Understanding the Non-Fungible Tokens (NFT)

• Non Fungible Tokens: A Little Background
• What’s an NFT?
• The Internet of assets
• How do NFTs work?
• What are NFTs used for?
• Ethereum and NFTs

Module 5: Technology Stacks

• Blockchain Platforms
• Storage Platforms
• NFT Standards & Protocols
• Front-End Frameworks

Module 6: Operations on NFT

• How to buy NFT?
• How to sell NFT?
• How to make NFT?
• Walkthroughs on OpenSea

Module 7: History of Non-Fungible Tokens

• Colored Coins
• CounterParty.io
• CryptoPunks
• CryptoKitties
• Top Projects in NFTs

Module 8: Prerequisites & Installation

• Remix IDE Walk-through
• Setting up the MetaMask in your Browser
• Installing Development Environment
• Writing our First Smart Contract
• Deploying Smart Contract with Truffle
  

Module 9: Project 1 - Building NFT Game

• Building the Ethereum Smart Contract
• Deploying our NFT
• Creating NFT Website
• Interacting with our NFT Smart Contract
• Improving the look of our dApp
• Rendering All Tokens
• Final Game Layout

Module 10: Project 2 - NFT Marketplace on Polygon with ReactJS

• NFT and Marketplace Introduction
• Project Prerequisites and Dependencies
• Creating a NFT Token Contract
• Creating NFT MarketPlace Contract
• Writing Tests for Smart Contracts
• Migrating contracts on development and Mumbai Test Network
• Building Client-side Application
• Using web3 library in Client-side App
• Writing functions for accessing Blockchain data
• Front-end Application Tour

Module 11: Project 3 - Building NFT Book Store

• Introduction to Building NFT Book store
• Implementing ERC1155 Constructor in the Smart Contract
• Creating the Publish Function in the Smart Contract
• Creating the Call Functions in the Smart Contract
• Creating the purchase function in the smart contract
• Deploying the smart contract
• Interacting with the publish function
• Interacting with the call functions
• Interacting with the purchase function
• Creating metadata

Module 12: Project 4 - End-To-End NFT Project [Advanced Collectable]

• Introduction to Advanced Collectible NFT
• Creating Ethereum smart contract
• Creating Function to set token URI
• Creating Python Script to deploy Smart Contract Part-1
• Creating a Python Script to fund the Contract with Link Tokens
• Creating Python Script to deploy Smart Contract Part-2
• Interacting with Smart Contract
• Creating Metadata Part-1
• Creating Metadata Part-2
• Viewing NFT Token in OpenSea website

Course Methodology: Instructor led – Onsite

Course Objectives:

• Fundamental programming concepts and major data structures in Python
• Get hands dirty on code to be able to implement customized code
• Solve real-world problems in Python

Certificate: Certificate of Attendance

Course Outline/ Agenda:

• Intro to Programming, Getting started with Python installation
• Variables, Assignment, Operators, Built-in functions
• While/For Loops
• If statements and conditions
• Arrays/Lists and Data Structures
• Search/Sorting algorithms, Functions
• Import Data Sets, Clean Data Sets, Correlation Analysis
• Define Functions, Object Oriented Design

Target Audience: Open to all. Designed for highly motivated attendees with little or no prior experiencein programming.

Pre-requisites: no prior experience in programming required

• Hardware/Software Requirements for students (if any):
• Hardware - Bring in your own laptop (Mandatory)
• Software – None

Training Registration Fees – AED 3500

InterSystems IRIS Data Platform plays on three vectors: multi-model, HTAP (Hybrid Transactional/Analytical Processing) with the support of row and columnar storage, and hybrid which means it can be used as an In-Memory or In-Persistent database.
It all comes with an application engine for the Python programming language. Neat!

After completing the workshop you’ll learn:
A new Python FrameworkHow to use a multi model database

It is a hands-on workshop, so please make sure to bring your laptops with you.