Blockchain Fundamentals for Python Developers

5-Day Course Outline and Agenda

Hands-On Blockchain Development for Python Developers

Day 1: Introduction to Blockchain and Smart Contracts

Learning Objectives:

• Grasp the core concepts of blockchain technology and its key components.
• Understand the significance of cryptography, hashing, and consensus mechanisms.
• Explore the evolution of blockchain from Bitcoin to Ethereum and beyond.
• Learn the foundational principles of writing blockchain programs.

Agenda:

1. Blockchain Fundamentals: Distributed ledgers, immutability, and transparency.
2. Cryptographic Techniques: Public/private keys, signatures, and hashing functions.
3. Consensus Mechanisms: Proof of Work, Proof of Stake, and their applications.
4. Writing Simple Blockchain Programs in Python.

Day 2: Building Secure Smart Contracts

Learning Objectives:

• Understand the concept of smart contracts and how they differ from traditional applications.
• Explore Ethereum as a smart contract platform.
• Develop, deploy, and interact with smart contracts using the Vyper programming language.
• Learn best practices for secure contract development.

Agenda:

1. Introduction to Smart Contracts: Features, benefits, and common applications.
2. Vyper Language Basics: Syntax, structure, and core concepts.
3. Hands-on Lab: Writing and deploying a basic contract.
4. Common Security Concerns and Preventative Measures in Smart Contracts.

Day 3: Decentralized Applications (dApps) and Blockchain Interactions

Learning Objectives:

• Learn to integrate front-end applications with blockchain backends.
• Use Web3.py to interact with deployed smart contracts.
• Understand decentralized application architecture and workflows.
• Build a basic decentralized application (dApp) for real-world use cases.

Agenda:

1. Overview of Decentralized Application Development.
2. Web3.py Integration: Setup, usage, and transaction handling.
3. Building dApps: Combining blockchain, APIs, and Python.
4. Hands-on Lab: Create a simple voting application on Ethereum.

Day 4: Advanced Blockchain Concepts and Applications

Learning Objectives:

• Gain insight into advanced blockchain use cases such as DeFi, NFTs, and token standards.
• Learn to create tokens and implement smart contract testing.
• Explore decentralized storage solutions and Layer 2 scaling technologies.

Agenda:

1. Token Standards (ERC-20, ERC-721) and Their Use Cases.
2. Introduction to NFTs and Their Application.
3. Decentralized File Storage: Integrating IPFS.
4. Hands-on Lab: Deploy an NFT and a simple DeFi smart contract.

Day 5: Scaling and Optimizing Blockchain Development

Learning Objectives:

• Understand Layer 2 scaling solutions and their impact on blockchain efficiency.
• Learn to deploy and interact with Layer 2 networks.
• Build and refine token-gated applications.
• Explore best practices for optimizing blockchain-based solutions.

Agenda:

Overview of Layer 2 Solutions: Rollups, sidechains, and bridging.

Layer 2 Deployment: Practical implementation and testing.

Token-Gated Applications: Design and execution.

Hands-on Lab: Build and deploy a token-gated application using Python.

Instructor Kit

(PPTX/PDF of Slides + Optional Instructor Notes)
Comprehensive slide deck with detailed content covering all modules, plus optional instructor notes to enhance teaching effectiveness.

Student Kit / Handout

(with Free Branding)
Professionally designed handouts for students, including all essential course information and customizable branding options for your organization.

Course Agenda / Outline

Detailed day-by-day course agenda and outline, ensuring smooth course delivery and a structured learning experience for students.

Study Guide

A concise guide summarizing key concepts and topics covered in the course, perfect for post-course review and exam preparation.

FAQ

Answers to commonly asked questions about the course content, delivery, and labs to support instructors and students.

Briefing Doc

A high-level document summarizing the course objectives, target audience, and key learning outcomes, ideal for internal use and marketing.

Sales Enablement Kit for IT Training Sales Engineers

(Additional Fee)
Exclusive toolkit designed for IT training sales teams, including pitch decks, objection handling, and ROI documentation to support course sales.

Course AI GPT

(Course Assistant GPT so students can talk to the course materials!)
A cutting-edge AI-driven assistant that allows students to interact with course content, ask questions, and receive instant feedback.

Optional Podcast

(of the entire course or for each individual module)
Engaging audio content covering the entire course or individual modules, perfect for on-the-go learning or reinforcement.

Lab Guide

(Lab Environments are additional and can be found at CourseLabs.io)
Step-by-step lab guide to support hands-on learning, with lab environments available separately at CourseLabs.io.

Lab Files

(If you choose to host your own lab environment)
All necessary files and instructions for setting up and running labs in your own environment, offering flexibility in deployment.

• Python: 3.10 or later
• Vyper: 0.3.10 (stable)
• Web3.py: Latest stable
• Remix IDE: Latest stable
• Ape Framework: 0.7.23 (stable)
• Ganache: Latest stable
• Geth: Latest stable
• Infura API: Latest stable
• Alchemy API: Latest stable
• PySide: 6
• aioipfs: Latest stable
• React: Latest stable
• Node.js: Latest stable
• Pnpm: Latest stable
• Wagmi: Latest stable
• MetaMask Extension: Latest stable

Course Overview

This comprehensive course is designed to provide Python developers with hands-on experience in blockchain technology and smart contract development. With a perfect balance of 50% lecture and 50% hands-on labs, participants will gain both theoretical knowledge and practical skills, empowering them to build real-world blockchain applications.

Course Objectives

• Understand blockchain fundamentals, cryptography, and consensus mechanisms.
• Develop secure and efficient smart contracts using Vyper.
• Interact with decentralized applications through Web3.py and the Ape Framework.
• Explore advanced blockchain use cases such as DeFi, NFTs, and token creation.
• Learn to integrate decentralized file storage solutions like IPFS.
• Discover Layer 2 solutions for scalable and cost-effective blockchain applications.

Learning Objectives

By the end of the course, participants will be able to:

• Implement blockchain principles and cryptographic methods in Python.
• Write and deploy smart contracts on Ethereum.
• Develop full-stack decentralized applications (dApps).
• Leverage blockchain tools and APIs for seamless integration.
• Apply their knowledge to create tokenized assets and DeFi platforms.

Who This Course is For

• Python Developers looking to expand their expertise into blockchain and Web3 development.
• Technical Teams aiming to integrate blockchain technologies into their solutions.
• Smart Contract Developers who want to master Vyper and Ethereum programming.
• Blockchain Enthusiasts eager to gain practical insights and hands-on experience.

Flexible Course Options

This course is designed to accommodate diverse schedules and training needs. The courseware can be customized into multiple formats:

• 5-Day Course (Standard): $40/student per day
• 4, 3, 2, or 1-Day Course: Available upon request, priced at $40/student per day

Contact us to tailor the course to your team’s specific requirements.