Advanced AI Engineering & Vibe Coding: Architecting Intelligent and Emotion-Aware Systems

From Transformer Foundations to Multi-Agent Architectures and Human-Centric AI Design

Duration

7 Days

Level

Advanced Level

Design and Tailor this course

As per your team needs

Overview

This advanced instructor-led program delivers a comprehensive engineering journey into modern Artificial Intelligence systems, combining Large Language Model (LLM) architecture, Multimodal AI, Retrieval-Augmented Generation (RAG), Multi-Agent Systems, production deployment, and the emerging discipline of Vibe Coding.

The curriculum is structured into two integrated tracks:

Track 1 – Advanced AI Engineering :
Deep technical immersion into transformers, fine-tuning strategies, RAG system design, multi-agent orchestration, deployment architecture, and secure AI production systems.

Track 2 – Vibe Coding :
Designing and implementing emotion-aware AI systems that adapt tone, context, and interaction style to enhance human-AI communication.

Participants will build production-ready AI applications and implement emotion-adaptive conversational engines grounded in real datasets and measurable system behavior.

Audience

This course is designed for:

● AI Engineers and ML Engineers
● NLP Engineers
● AI Architects
● Applied Data Scientists
● Full-Stack AI Developers
● Innovation Leads building next-generation AI products
● Researchers exploring human-centric AI

Prerequisites

To benefit from this course, participants should have:

● Proficiency in Python (functions, pandas, sklearn basics)
● Working knowledge of machine learning fundamentals
● Understanding of tokenization, embeddings, and transformer basics
● Familiarity with APIs and cloud fundamentals (Azure preferred)
● Experience using Jupyter, VS Code, or Colab

Curriculum

Generative AI Paradigms

  • Discriminative vs Generative AI
  • Evolution of LLMs (GPT, BERT, T5, LLaMA)
  • Tokenization to embeddings to generation
  • Context windows and scaling considerations

Architecture discussion:
● Model scaling laws and compute trade-offs
● Foundation model selection strategies

Hands-on:
● Text generation using OpenAI Playground
● Sentiment analysis on Amazon Reviews dataset

Real-world application:
● Selecting appropriate models for enterprise workloads

Transformer Architecture Deep Dive

  • Self-attention mechanisms
  • Multi-head attention
  • Feedforward layers
  • Positional encoding
  • Decoder-only vs encoder-decoder trade-offs

Hands-on:
● Visualizing attention weights
● Implement simplified transformer block

Multimodal Systems

  • Vision-language model fundamentals
  • CLIP architecture overview
  • GPT-4V and DALL·E integrations
  • Multimodal orchestration with LangChain

Hands-on:
● Build multimodal classifier
● Image + text retrieval system

Advanced Prompt Engineering

  • Zero-shot vs few-shot prompting
    ● Chain-of-Thought (CoT)
    ● Tree-of-Thought (ToT)
    ● Reflexion strategies
    ● Guardrails and safety prompts

Hands-on:
● Develop Custom GPT
● Implement system-level safety instructions

Case study:
● Multimodal news classification system

LangChain Architecture

  • Sequential chains
  • Prompt templates
  • Conversational memory
  • Tool integration patterns

Hands-on:
● Build structured conversational assistant

Retrieval-Augmented Generation (RAG)

  • RAG system architecture
  • Chunking strategies
  • Vector databases (FAISS, Pinecone, Chroma)
  • Minimizing hallucinations
  • Hybrid retrieval strategies

Hands-on:
● Build RAG chatbot (LangChain + FAISS)
● Azure-based RAG implementation

Case study:
● AI Q&A over Tesla annual reports

AI Agents & Tool Use

  • ReAct framework
  • LangChain agents
  • SQL and search tool integration
  • Error recovery strategies

Hands-on:
● Build tool-enabled agent

Multi-Agent Collaboration & Fine-Tuning

  • CrewAI framework
  • Role-based orchestration (Researcher, Analyst, Writer)
  • Fine-tuning vs prompt optimization
  • Parameter-efficient fine-tuning (LoRA/PEFT)
  • Model benchmarking (GPT vs Claude vs LLaMA)

Hands-on:
● Fine-tune small dataset
● Compare baseline vs tuned outputs

Deployment Architectures

  • API-driven deployment (Gradio, Streamlit)
  • Cloud vs local hosting
  • CI/CD for AI systems

Hands-on:
● Build chatbot UI using Gradio
● Integrate OpenWeather API via function calling

Security, Governance & Observability

  • Prompt injection prevention
  • OWASP Top 10 for LLM applications
  • Data privacy and compliance
  • LangChain tracing and observability
  • Scaling strategies and monitoring

Case study:
● End-to-end chatbot deployment with injection safety validation

● From rule-based systems to emotion-sensitive AI
● Psychology of digital interaction
● Emotional intelligence in conversational systems

● Emotional variables and tone adaptation
● Contextual flow control
● Sentiment analysis using TextBlob and Hugging Face

  • Working with GoEmotions dataset
  • Emotion classification models
  • Tone-adaptive response engine

Hands-on:
● Build mood-aware conversational assistant

  • Emotion-aware customer service systems
  • Adaptive marketing personalization
  • Human-centered AI design frameworks
  • Emerging trends in emotion-driven AI

Reflection workshop:
● Mapping emotion-aware systems to industry use cases

Capstone Project: Intelligent & Emotion-Aware AI System

Participants will:

● Build multi-agent RAG-enabled assistant
● Integrate emotion detection layer
● Deploy via API-driven interface
● Implement injection safety and governance
● Present architectural decisions and scalability strategy

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