AI+ Vibe Coding Practitioner™

Ártól 80 000 Ft + Áfa
Önálló online Azonnal kezdhető
Időtartam 4 óra tananyag, önálló tempóban
Nyelv angol
Terület AI Development

Kinek szól
Mit tartalmaz az ár
Tematika
A vizsgáról

Áttekintés

Miről szól a képzés

A kurzus, a tananyag és a vizsga angol nyelvű. Az alábbi leírás az AI CERTs® eredeti szövege.

Beginner-Friendly Approach: Designed for aspiring creators eager to explore AI-assisted coding with ease and confidence
Interactive Learning Journey: Blends core coding concepts, intuitive AI tools, and hands-on practice to build real problem-solving skills
Project-Driven Growth: Provides guided exercises and practical projects to help you build, refine, and showcase your AI-powered coding talents

Előfeltételek

Basic Computer Skills, Understanding of algebra and basic statistics, Logical Thinking, Programming Curiosity, English Proficiency

Célcsoport

Kinek szól

Aspiring Programmers: Beginners eager to start their coding journey with the power of AI-driven learning and automation.

Tech Enthusiasts: Individuals fascinated by how AI transforms coding, app development, and digital innovation.

Students and Graduates: Learners seeking a practical foundation in programming enhanced by real-world AI applications.

Career Switchers: Professionals from non-technical backgrounds looking to enter the tech industry through AI-assisted coding.

Entrepreneurs and Creators: Innovators aiming to build smarter products, automate processes, and bring AI-powered ideas to life.

Az árban

Mit tartalmaz az ár

Önálló tempójú online kurzus, a teljes tananyaggal
A hivatalos AI CERTs® vizsga
Digitális badge a sikeres vizsga után

Tananyag

Tematika

Module 1: Introduction to Vibe Coding & AI Tools

1.1 What is Vibe Coding? 1.2 Evolution of AI in Software Development – Low Code vs No Code vs Vibe Coding 1.3 Overview of Common AI Coding Tools by Functionality 1.4 SDLC for a Vibe Coding Product 1.5 Hands-on Lab: Familiarizing Learners with Multiple AI Coding Tools 1.6 Case Studies

Module 2: Prompting for Code – Basics & Best Practices

2.1 Anatomy of a Good Prompt 2.2 Prompt Types – Instructive, Descriptive, Iterative 2.3 Prompting Patterns – Zero-Shot, Few-Shot, Chain-of-Thought 2.4 Hands-on Lab: Practice Zero-Shot, Few-Shot, and Chain-of-Thought Prompting 2.5 Use-Case 1: Creating a Python Calculator 2.6 Use-Case 2: Optimizing AI-generated Code Using Different Prompt Types

Module 3: Debugging & Testing via AI

3.1 Reviewing and Refining AI-generated Code 3.2 Prompting for Bug Fixes and Test Coverage 3.3 Using AI-generated Unit Testing 3.4 Detecting Hallucinations and Unsafe Code 3.5 Hands-on Lab: AI-Assisted Debugging and Unit Testing 3.6 Activity Section

Module 4: Building a Simple Full-Stack App with Prompts

4.1 Planning the App: Frontend + Backend 4.2 Using IDEs and Code Generators to Scaffold Code 4.3 Connecting Components Using Natural Language 4.4 Deploying and Testing the MVP in Simulated Environment 4.5 Hands-on Lab: Building and Connecting the Frontend and Backend for Contact Form Submission 4.6 Hands-on Lab: Building a Standalone Desktop Calculator Application Using Tkinter 4.7 Hands-on Assignment 1: Task Management System – Full-Stack Development Using Prompts

Module 5: Code Ethics, Security, and AI Limits

5.1 AI Limitations and Biases 5.2 Prompt Injection and Mitigation Strategies 5.3 Data Privacy and Secure Coding 5.4 Responsible Use of AI in Production 5.5 Hands-on Lab: Build Awareness of AI Limitations and Responsible Practices

Module 6: Capstone Project – Prompt-Driven App

6.1 Apply All Learned Skills in a Real-World Project 6.2 Collaborate and Iterate Using AI Tools 6.3 Demonstrate End-to-End Development Using Prompts 6.4 Capstone Project Use Case: AI-Powered To-Do List Application 6.5 Capstone Project Use Case: AI-Powered Note-Taking Desktop App 6.6 Assignments

Vizsga

A vizsgáról

50 Kérdés
90 perc Időkeret
70% Ponthatár

Online proctored exam

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