Rise of AI – From Consumers to Creators

The course “Rise of AI – From Consumers to Creators” focuses on Project Based Learning and transforming learners from passive users of AI tools into active creators of intelligent solutions. The title highlights the shift from simply using AI applications to understanding, designing, and building them. This course introduces concepts like prompt engineering, AI tools, and automation through practical learning. Opting for this course enhances creativity, problem-solving skills, and employability, as AI knowledge is essential across industries. It empowers students to develop real-world projects such as chatbots and smart applications, preparing them for future careers in an AI-driven world.

Duration

2 Weeks

Skill Level

Moderate

Starts From:

01/06/2026

Category

Science And Technology

Overview

The objective of this program is to transform students from AI users into AI builders by providing a strong foundation in Artificial Intelligence, Prompt Engineering, API integration, and full-stack AI application development. By the end of the program, participants will design and deploy a ChatGPT-like AI application.


Our Trainers

Aman Pandey

1. 4+ years

2. CEO, CODEWAVE Solutions

3. Software Developer, AI Engineer

Modules

Day 1: Introduction to AI & Industry Landscape

Fundamentals of Artificial Intelligence, Machine Learning, and Deep Learning

    • Distinction between AI, ML, and DL
    • Conceptual hierarchy and real-world relevance
  • Types of Artificial Intelligence
    • Narrow AI vs General AI
  • Industry Applications
    • Use cases in healthcare, finance, education, and automation

Day 2: Foundations of Generative AI

  • Generative AI vs Traditional AI systems
  • Introduction to Transformers (conceptual overview)
  • Tokens and their role in text processing
  • Embeddings and semantic representation

Activity:Generate content such as blogs, code snippets, and creative text using AI tools

Mini Project Task:
Utilize AI tools to generate domain-specific responses aligned with the assistant idea.

Day 3: Understanding Large Language Models (LLMs)

  • Training vs Inference processes
  • Data dependency and bias in AI models
  • Hallucination in AI outputs
  • Limitations and ethical considerations

Activity:

  • Comparative analysis of high-quality and poor prompts
  • Identification of hallucinated or incorrect responses

Mini Project Task:
Enhance response accuracy through improved instruction design.

Day 4: Prompt Engineering (Beginner)

  • Structure of an effective prompt
    • Role definition
    • Task clarity
    • Context inclusion
    • Output formatting
  • Zero-shot and Few-shot prompting techniques

Activity:

  • Creation of prompts for teaching, coding, and content generation tasks

Mini Project Task:
Design the foundational prompt structure for the AI assistant.

Day 5: Prompt Engineering (Advanced)

  • Chain-of-thought prompting
  • Role-based prompting
  • Iterative refinement of prompts
  • Structured output generation

Activity:Transforming basic prompts into optimized, high-performance prompts

Mini Project Task:
Develop a structured prompt system tailored to the assistant’s functionality.

 

Day 6: AI for Developers (API Integration)

  • Fundamentals of APIs
  • Request-response lifecycle
  • JSON data structure
  • API authentication and security

Activity:

  • Executing initial API calls using development tools or code

Mini Project Task:
Develop a command-line based chatbot using API integration.

 

Day 7: Backend Integration

 Introduction to Node.js

  • Express.js framework
  • REST API development
  • Request and response handling
  • Middleware and routing basics .

Activity:

  • Creation of a chatbot API endpoint

Mini Project Task:
Develop the backend architecture for the chatbot.

 

Day 8: Frontend Development Basics

  • Introduction to React
  • Component-based architecture
  • State and props management
  • Event handling and UI structuring
  • Basic styling and layout design

Activity:

  • Development of a chat interface with input/output components

Mini Project Task:
Create a functional and interactive chat UI for the assistant.

Day 9: Full-Stack Integration & Functionality

  • API communication using Fetch/Axios
  • Asynchronous programming (async/await)
  • Handling API responses and errors
  • Data flow between UI and server

Activity:

  • Integration of frontend with backend APIs

Mini Project Task:
Develop a working chatbot with real-time AI responses.


Day 10: Chatbot UX & Context Handling

  • Chat flow and conversational design
  • Typing indicators and loading states
  • Context window and token limitations
  • Managing conversation history

Activity:

  • Implement typing effects and conversation tracking

Mini Project Task:
Enable multi-turn conversation with enhanced UX.

Day 11: Advanced AI Features & Customization

  • System prompts and behavior control
  • Role-based assistants
  • Personalization techniques
  • Output formatting and response control

Activity:

  • Development of specialized assistants (e.g., coding assistant, teaching assistant)

Mini Project Task:
Build and integrate a customized AI assistant feature.

Day 12: Deployment & Final Integration

  • Frontend deployment (Vercel)
  • Backend deployment (Render)
  • Environment variable configuration
  • Debugging and final integration checks

Activity:

  • Deployment of the complete AI application

Mini Project Task:
Publish a live version of the chatbot.

Day 13: Product Enhancement & Real-World Implementation

  • Feature enhancement and optimization
  • Adding advanced capabilities (e.g., summarization, resume generation, coding assistance)
  • Error handling and fallback responses
  • Performance tuning and usability improvements

Activity:

  • Enhancement of the chatbot with additional features

Final Task:
Upgrade the application into a specialized AI product (e.g., AI Career Assistant, AI Learning Assistant, AI Coding Mentor).

 


Outcomes

  • Students will understand the fundamentals of AI, LLMs, generative AI, and modern AI tools along with their real-world applications.
  • Students will be able to design and write effective prompts using advanced prompt engineering techniques for tasks like writing, research, coding, designing, and automation.
  • Students will generate high-quality text, images, videos, and other creative outputs using AI tools confidently and efficiently.
  • Students will learn to use AI for coding, debugging, building applications, and solving real-world technical problems.
  • Students will gain hands-on experience in building and deploying full-stack AI applications, including a ChatGPT-like project from scratch.

Contact

Name: Anjana Verma

Mobile No: 8962971726

Email: [email protected]


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This Premium course is included in plans

1000/-

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