Introduction to Blockchain Programming

Who is the training for?

Any participant willing to learn the programming of smart contracts can be part of this course.

Duration

15,00 hours(s)

Language(s) of service

Next session

Contact the training provider

Prerequisites

It is recommended that participants should have some basic knowledge of any programming language.

Goals

Understanding the main concepts of the Blockchain technology
Understanding the Blockchain security aspects and consensus mechanism (algorithms)
Understanding Smart Contract programming language primitives, deployment environment
Understanding Web3 components and methods
Designing and deployment of Decentralized application (Dapp)
Explain the functional components of Blockchain and their interactions
Explain the fundamentals of Blockchain cryptography and consensus mechanism (algorithms)
Understanding asynchronous aspects of blockchain and the way to program it
Deploy and handle a basic Blockchain infrastructure
Use the Solidity language to program in the Ethereum environment
Understand Solidity programming primitives
Design and develop smart contracts for general purpose
Design and develop smart contracts for tokens and digital assets

The course gives a broad introduction to Blockchain principles and programming and guides the participants through a first hands-onBlockchain and decentralized application programming experience in the Ethereum Blockchain environment. The objective of this course is to give participants practical knowledge of blockchain main concepts, including programming of the smart contract, Web3 methods, and developing decentralized applications (Dapp). In this course, the concept "learning by doing" is applied. At the end of the course, the participant will have acquired a foundational understanding of Blockchain programming.

Certificate, diploma

DLH Certificate of Participation

Additional information

To achieve the best result possible and continuously monitor knowledge acquired during this course, three different series of assignments are organized:

Assignment 1: Conceptual understanding of blockchain, consensus, and smart contract
Assignment 2: Creating smart contracts by using different programming primitives
Assignment 3: Definition and creation of basic Dapp (Web3 application)