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Go from first principles to running production NLP systems: tokenization, embeddings, transformers, fine-tuning, RAG, prompt engineering, alignment, evaluation, safety, and enterprise-grade serving.
Haithem
Dozent
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Dieser Kurs beinhaltet:
Natural Language Processing engineering is the discipline of building systems that understand, generate, and act on human language reliably in production — not just prompting a large language model and hoping for the best. This course takes you from text-processing fundamentals and classical representations through embeddings, transformers, and fine-tuning, all the way to retrieval-augmented generation, prompt engineering, alignment, rigorous evaluation, responsible-AI safeguards, and enterprise-grade serving.
You'll build tokenizers, fine-tune encoders and generative models, build hybrid search and RAG systems with hallucination detection, apply parameter-efficient fine-tuning, audit for bias and toxicity, and ship a production-grade document intelligence platform and a defended RAG assistant as capstones.
ML/NLP engineers, data scientists moving into applied language technology, and backend/platform engineers picking up NLP-specific practice. Comfortable with Python; no prior deep learning background required — this course builds every concept from first principles through to enterprise production practice.
Go from the agentic loop to governed, production multi-agent systems: tool use, planning, memory, MCP, agentic RAG, multi-agent orchestration, safety, sandboxing, observability, and enterprise deployment.
Natural Language Processing Engineering: Zero to Hero
$49.99
What NLP engineering actually covers
The NLP pipeline: from raw text to a served prediction
Text cleaning, normalization, and unicode handling
Regex-based extraction and rule-based text processing
Word, character, and subword tokenization tradeoffs
BPE, WordPiece, and SentencePiece in practice
Bag-of-words and n-gram features
TF-IDF weighting and building a strong classical baseline
Word2Vec and GloVe: dense semantic representations
FastText and subword-aware embeddings
N-gram language models and smoothing
Perplexity and evaluating language models
Recurrent neural networks and the vanishing gradient problem
LSTMs and GRUs in practice: sequence tagging and classification
Attention as a solution to the long-range dependency problem
Multi-head attention and positional information
Encoder and decoder blocks: assembling the full architecture
Training dynamics, compute scaling, and architectural variants
BERT and masked language modeling
Transfer learning: why pretrain-then-adapt beats training from scratch
Adding a task head: classification and sequence labeling
Diagnosing fine-tuning failures
BIO tagging and entity-level evaluation
Production NER: PII detection, schema evolution, and monitoring
Causal language modeling and the GPT architecture
Decoding strategies: greedy, beam search, and sampling
Multi-label, multi-class, and hierarchical classification
Aspect-based sentiment analysis and evaluation beyond accuracy
Extractive question answering: span prediction
Generative QA and multi-hop reasoning
Extractive and abstractive summarization
ROUGE, its limitations, and handling long documents
Neural machine translation and BLEU
Building genuinely multilingual and low-resource NLP systems
Sentence embeddings and contrastive training
Hybrid sparse-plus-dense retrieval
Approximate nearest neighbor search: HNSW and IVF
Operating a vector database in production
RAG architecture: retrieval, augmentation, and generation
Advanced RAG patterns: re-ranking, query rewriting, and agentic retrieval
Zero-shot, few-shot, and chain-of-thought prompting
Prompt versioning, testing, and production prompt management
LoRA: low-rank adaptation
Adapters, prefix tuning, and choosing a PEFT method
Instruction tuning: from next-token predictor to helpful assistant
RLHF, preference-based alignment, and alignment failure modes
Building a multi-signal evaluation harness
Systematic hallucination detection and factuality evaluation
Dialogue state and multi-turn conversation management
Evaluating conversation quality across a full session
Measuring and mitigating bias in language models
PII detection, redaction, and content moderation guardrails
Latency, batching, and streaming for generative serving
Caching, model selection routing, and cost-aware NLP serving architecture
Enterprise NLP case studies: search, support, and document intelligence
NLP engineering interview preparation
Capstone I: Enterprise Document Intelligence Platform
Capstone II: Production RAG Assistant Defense & Evaluation Harness
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EmpfohlenA 180-hour beginner-to-expert AI engineering program covering software, data, ML, deep learning, vision, NLP, LLMs, RAG, agents, MCP, MLOps, cloud, security, architecture, and AI SaaS.