Following the completion of this course, participants will:
· Know about creating smart contracts, understanding Solidity programming, and deploying them on different blockchain systems.
· Recognize the fundamental ideas behind blockchain technology, including consensus methods, cryptography, and the many kinds of blockchains.
· Be able to examine the Ethereum ecosystem to learn about test networks, token standards, the Ethereum Virtual Machine (EVM), and gas utilization.
· Know about data types, variables, functions, control structures, and access control to become a proficient Solidity programmer.
· Gain real-world experience developing and optimizing smart contracts by working on projects that include crowdfunding, voting dApps, lottery apps, rent agreements, and token production.
· Smart Contract Development
· Solidity Programming
· Blockchain Technology
· Ethereum
· Ethereum Virtual Machine (EVM)
· Cryptography
· Consensus Mechanisms
· Decentralized Autonomous Organizations (DAOs)
This course is designed for:
· Professionals with interest in decentralized application architecture.
· Developers who want to create smart contracts.
· Candidates who want to gain experience developing smart contracts.
· People trying to establish a name for themselves in the decentralized application space.
· Experts willing to support the development and innovation of dApps.
14 Sections – 53 Videos – 1 Exam – Certificate of Completion
This lesson will cover the foundations of smart contracts as well as the complexities of building them using Solidity on different blockchain systems.
This session offers a thorough introduction to blockchain technology, including important subjects like cryptography, consensus methods, different kinds of blockchains, and blockchain technologies. Acquire a firm grasp of these principles to traverse the intricate terrain of blockchain development confidently.
This lesson will take you on a tour of Ethereum, going over important topics, including the Ethereum Virtual Machine (EVM), Ethereum token standards, test networks, Ethereum accounts, and the idea of gas. Learn everything there is to know about Ethereum's essential features and parts, setting the groundwork for future, more complex development projects.
Explore data types, variables, functions, modifiers, control structures, events, visibility, and access control, and write your first smart contract on Remix as you delve into Solidity in this module. Develop your Solidity programming skills to create reliable and effective smart contracts for blockchain applications.
In this session, you will explore the world of smart contracts and learn about their functions, typical security flaws, and safe development techniques. Discover how to recognize and reduce risks while using industry-leading guidelines to develop reliable and safe smart contracts.
In this session, you will learn how to construct tokens and non-fungible tokens (NFTs) using OpenZeppelin. Learn how to use OpenZeppelin's strong foundation to create safe, modifiable tokens and NFTs that open the door for creative blockchain-based assets.
This session covers the objectives of smart contracts, how to write simple contracts, how to maximize their effectiveness, and how to implement them on the blockchain. Learn how to create resource-efficient and successful smart contracts that can be implemented in real-world situations.
With this module you will write the smart contract in this module, add more information, and test its operation in great detail. Get practical experience optimizing your smart contract with extensive testing processes to guarantee robustness and dependability.
After outlining the project's goals, this module will write the smart contract and implement it on the blockchain. The next step is to improve the smart contract by adding new features and implementing the upgraded version. Get hands-on experience creating and refining smart contracts to make sure they fulfill project objectives and adapt to changing needs.
After reviewing a quick introduction, you will dive into the Voting dApp module and learn how to create a decentralized voting application in two step-by-step tutorials.
You will go over the entire process of creating a voting-related decentralized application (dApp) in this module. The frontend interface was developed in three stages, starting with the creation of the two-part smart contract, and ended with comprehensive testing of the application's operation.
You will create the SmartLock contract in two sections during this Hardhat introduction module.
You will work on the Rent Agreement module in Project 7, which divides the process of creating smart contracts into three sections. In order to guarantee a reliable and effective rent agreement system, you will create thorough test cases and investigate interactions with the smart contract.
You will present your project and Decentralized Autonomous Organizations (DAOs) in this module. The contract will be written, deployed, and thoroughly tested on Remix. In order to ensure that the contract is ready for practical application, you will put it on the Polygon testnet towards the end.
The Certified Smart Contract Developer program is designed for anyone who wants to become more proficient with Ethereum and other blockchain platforms' smart contract development and Solidity programming languages. This all-inclusive course, which comes with a certificate of completion, provides thorough instruction and evaluation methods to guarantee that students, regardless of their knowledge of the Ethereum Blockchain, have the skills they need to succeed in developing smart contracts.
In the ever-changing Ethereum ecosystem, where companies are turning more and more to smart contracts for economical solutions, this certification serves as an essential link between talent and businesses. Participants will cover everything from project-based learning to blockchain basics in this curriculum. The goal is to become proficient Certified Smart Contract Developers who can make valuable contributions to the advancement and creation of decentralized applications (dApps) by the end of this course.
The Blockchain Council is an association of progressive Deep Tech and Blockchain enthusiasts committed to promoting the study, creation, and real-world uses of Web3, AI, and Blockchain technology. They support developments in these fields as a private de-facto association of specialists and enthusiasts, creating a collaborative environment where professionals from many fields come together to exchange information and progress a variety of use cases for a technologically evolved future. They work to improve the community's learning process by providing regular webinars, training sessions, seminars, and events in addition to extensive certification programs.