About Internship Program
This Blockchain course is designed for professionals and recent graduates from a variety of industries with the
following objectives:
● To provide a Blockchain environment which serves as the basis for immutable ledgers, or records of
transactions that cannot be changed, removed, or destroyed.
● To systematically evaluate blockchain application development.
● To provide imparting knowledge of blockchain methods and be able to deliver the concepts in a systematic
and straightforward manner.
● To familiarise oneself with upcoming currencies and to develop one's own crypto coin.
● With real-world blockchain applications in Fintech, Healthcare, Supply Chain Management, and other fields, this blockchain course offers a highly engaging learning environment.
Advantages
● The course will cover the skills such as Distributed Ledger Technology, Bitcoin, Hyper-Ledger, and Blockchain
Consensus.
● By 2025, it is anticipated that the blockchain industry will be valued at USD 176 billion, and by 2022, it will be
worth USD 11.7 billion globally, indicating a rising need for blockchain applications and increasing the
opportunity in the IT industries as Blockchain Solutions Architect, Blockchain Architect, Blockchain Developer,
Blockchain Business Analyst, and Blockchain Mining Engineer.
● The course provides the ability to be creative without worrying about the accuracy of the data to establish a
secure architecture for autonomous collaboration.
Who Should Attend
Beneficial for - Students of UG/PG Programs & Research Scholars of Information Technology and Computer Science,
etc.
Program Details
- Duration: 45 days
- Date: 23rd May to 6th July 2023
- Monday to Saturday
- Time: 10:00 am to 4:00 pm
- Venue: Kalinga University
- Program Fee: 10 ,000/-
Program Schedule
| Module-I Trust Protocol (Secured Transaction) and Blockchain Transaction |
||
|---|---|---|
| S.No. | Topics | Duration |
| 01 | The Double-Spend Problem, Byzantine Generals' Computing Problems, | |
| 02 | Distributed Systems and Distributed Consensus | |
| 03 | Public-Key Cryptography, Hashing | 5 days |
| 04 | The Internet of Information and Trust protocol | |
| 05 | Introduction to Blockchain and Crypto-Currency |
| Module-II Blockchain Ecosystem and its Principles |
||
|---|---|---|
| S.No. | Topics | Duration |
| 01 | Steps of a Blockchain Transaction | |
| 02 | Blockchain Principles (Part I): Protocols, Networked Integrity, Privacy, Rights Preserved | |
| 03 | Blockchain Principles (Part II): Digital Ledger, Value as Incentive, Security, Inclusion | 5 days |
| 04 | Applications of Blockchain system | |
| 05 | Centralized and Distributed Ledgers Public and Private Ledgers |
| Module-III Blockchain Design Principles |
||
|---|---|---|
| S.No. | Topics | Duration |
| 01 | Introduction to Blockchain Design and Architecture | |
| 02 | Components of Blockchain Ecosystem | |
| 03 | Basic Crypto currency primitive: Hash and Digital Signature | 5 days |
| 04 | Transparency as a Strategic Risk and Assets | |
| 05 | Blockchain 1.0, Blockchain 2.0, Blockchain 3.0 |
| Module-IV Consensus Protocols for Blockchain Design |
||
|---|---|---|
| S.No. | Topics | Duration |
| 01 | Introduction to Consensus protocol | |
| 02 | Requirement for the consensus protocol | |
| 03 | Type of Consensus Protocols | 5 days |
| 04 | Consensus Protocol for different Cryptocurrencies | |
| 05 | Scalability aspects of Blockchain Consensus Protocol |
| Module-V Types of Blockchain |
||
|---|---|---|
| S.No. | Topics | Duration |
| 01 | Type of Blockchain system: Public (Permission-less), Private(Permissioned) and Hybrid | |
| 02 | Components of Permissioned Blockchain | |
| 03 | Consensus protocols for Permissioned Blockchain | 5 days |
| 04 | Implementation of Public Blockchain Design system | |
| 05 | Implementation of Private Blockchain Design system |
| Module-VI Bitcoin Blockchain System |
||
|---|---|---|
| S.No. | Topics | Duration |
| 01 | Components(Smart Contracts), Structure and Operations | |
| 02 | Consensus Model for Bitcoin Blockchain System | |
| 03 | Incentive Model for Bitcoin Blockchain System | 5 days |
| 04 | Features of Bitcoin Blockchain System | |
| 05 | Challenges of Bitcoin Blockchain System |
| Module-VIIEthereum Blockchain System | ||
|---|---|---|
| S.No. | Topics | Duration |
| 01 | Components(Smart Contracts), Structure and Operations | |
| 02 | Consensus Model for Ethereum Blockchain System | |
| 03 | Incentive Model for Ethereum Blockchain System | 5 days |
| 04 | Advantages of Ethereum over Bitcoin | |
| 05 | Challenges of Ethereum Blockchain System |
| Module-VIII Practical Implementation |
||
|---|---|---|
| S.No. | Topics | Duration |
| 01 | Introduction to Hyperledger Fabric Network and its Functionalities | |
| 02 | Components of Hyperledger Fabric Network | |
| 03 | Hyperledger Fabric Model (Design and Architecture) | |
| 04 | Implementation of Hyperledger Fabric Network | |
| 05 | Hyperledger Composer Tools | 10 days |
| 06 | Chaincode and Fabric SDK | |
| 07 | Chaincode for operators and Developers | |
| 08 | Decentralized App Creation: Smart Contract Creation, Front-End Creation | |
| 09 | Connecting Smart Contract with Front-End Application | |
| 10 | Deploying Dapp, Validation, And Testing of Dapp |
Resource Persons
- Mr. Omprakash Dewangan
HoD Incharge,
Dept. of Computer Science & Faculty of Information Technology
- Ms. Divya Awasthi
Assistant Professor,
Dept. of Computer Science
