The year 2024 witnessed significant advancements in Natural Language Processing (NLP), powered by innovative models like ChatGPT, Claude AI, Anthropic’s systems, and OpenAI’s o1 and Amazon’s Nova series. These technologies have transformed how we interact with machines, enabling applications such as personalized chatbots, real-time translation, and advanced text generation. As these tools continue to evolve, mastering NLP has become an essential skill for professionals.
This roadmap outlines a comprehensive, step-by-step approach to becoming an NLP expert by 2025. Covering foundational skills, advanced techniques, and practical applications, it’s tailored for beginners and experienced learners alike.
Are you curious about Natural Language Processing (NLP)? Then this learning path is for you! It’s designed to help you master NLP fundamentals and advanced techniques in just 6 months, even if you’re a beginner.
What Will You Learn?
Month 1: Get started with Python and basic machine learning. Learn about statistics, probability, and deep learning concepts for NLP.
Months 2 & 3: Master text processing techniques, word embeddings, and deep learning frameworks like PyTorch and TensorFlow. Build your first projects in text summarization and machine translation.
Months 4 & 5: Discover powerful pre-trained models like GPT and OpenAI’s o1. Learn transfer learning, prompt engineering, and fine-tuning techniques. Build applications using large language models with LangChain and Hugging Face.
Month 6: Take your skills to the next level by creating your own language model. Learn advanced customization techniques and practical deployment strategies.
Easy to Follow: This path is designed for beginners, with clear instructions and projects.
Hands-on Learning: You’ll gain practical experience by building real-world NLP applications.
Become an Expert: By the end of this path, you’ll have the skills to create and deploy your own NLP solutions.
Pre-requisites
Before embarking on this NLP learning path, it’s essential to have a solid foundation in the following areas:
Python: Familiarize yourself with the Python programming language, as it is widely used in NLP libraries and frameworks.
Basic Machine Learning Algorithms: Gain an understanding of algorithms such as Logistic Regression, Decision Trees, K-Nearest Neighbors, and Naive Bayes.
Basic Deep Learning Concepts: Understand the fundamentals of deep learning, including neural networks and training processes.
Mathematics: Brush up on statistics and probability, as they form the backbone of many NLP techniques.
This learning path ensures that you build a strong foundation and progress toward mastering NLP in a structured and practical manner.
Quarter 1: Foundational Knowledge
In the first quarter, we will focus on fundamental NLP techniques and building a solid foundation in NLP. By the end of this quarter, our goal is to acquire the basic knowledge of NLP.
Month 1: Text Preprocessing and Word Embeddings
In the first month of your NLP journey, focus on the following topics:
Text Preprocessing: Learn the foundational aspect of NLP by mastering text preprocessing techniques. This includes understanding the power of regular expressions for pattern matching, implementing stopword removal to filter out common words, and exploring stemming and lemmatization for reducing words to their root forms.
Word Embeddings: Master the concept of word embeddings, crucial for capturing semantic relationships in textual data. Gain proficiency in One Hot Encoding, a basic representation; TF-IDF, a method considering term importance; Word2Vec, which learns word vectors; and FastText, incorporating sub-word information.
Projects
Sentiment Analysis: Apply your acquired skills to conduct sentiment analysis on textual data. Utilize text preprocessing methods and diverse word embedding techniques to understand and classify sentiments, laying the foundation for more advanced NLP applications.
Fake News Detection: Demonstrate the practical application of NLP in real-world scenarios. Build a project focused on detecting fake news by employing text preprocessing and word embeddings to unveil patterns and linguistic cues indicative of misinformation.
Research Papers
TF-IDF: Dive deeper into the research paper on Term Frequency-Inverse Document Frequency (TF-IDF) and understand its significance in NLP.
Word2Vec: Explore the research paper on Word2Vec, a popular word embedding technique.
Month 2: Deep Learning NLP and Text Summarization
In the second month, delve into the world of deep learning and its applications in NLP:
Deep Learning NLP Frameworks: Immerse yourself in the powerful landscape of deep learning with a focus on frameworks like PyTorch and TensorFlow. Gain hands-on experience to leverage their capabilities in solving complex NLP challenges.
NLP Techniques: Explore a spectrum of advanced NLP techniques, including Convolutional Neural Networks (CNN) for feature extraction, Recurrent Neural Networks (RNN) for sequential data, Long Short-Term Memory (LSTM) networks for handling long-range dependencies, Gated Recurrent Unit (GRU) for efficient training, and Encoder-Decoder models for tasks like sequence-to-sequence learning.
Projects
Text Summarization: Apply your knowledge of deep learning NLP techniques to create a system that automatically generates concise summaries from lengthy texts. This project sharpens your skills in understanding and representing meaningful content.
Machine Translation: Explore multilingual communication by developing a machine translation project. Utilize deep learning models to translate text seamlessly between languages, showcasing the transformative power of NLP in bridging linguistic gaps.
Research Papers
CNN , RNN: Explore the research paper on Convolutional Neural Networks (CNN) and Recurrent Neural Networks (RNN) in the context of NLP.
LSTM , Encoder-decoder: Dive deeper into the research paper on Long Short-Term Memory (LSTM) and Encoder-Decoder architecture.
Month 3: Attention Mechanisms and Transfer Learning
In the third month, focus on attention mechanisms and transfer learning in NLP:
Attention is All You Need: Delve into the groundbreaking research paper, “Attention is All You Need,” to unravel the transformative role of attention mechanisms in NLP tasks. Grasp the fundamental concepts behind attention and its application in enhancing model performance.
Transformer-Based Models: Explore the realm of state-of-the-art transformer-based models like BERT, Roberta, and GPT-1-2. Understand how these pre-trained models have reshaped the landscape of NLP through their ability to capture intricate contextual relationships in language.
Projects
Next Word Prediction: Apply your newfound knowledge of attention mechanisms to develop a project focused on predicting the next word in a given sentence. This hands-on endeavor will sharpen your skills in implementing attention-based strategies, providing valuable insights into language modeling and contextual understanding.
Research Papers
Attention Paper: Dive deeper into the research paper on attention mechanisms in transformer models. This single research paper introduces a lot of crucial concepts.
Quarter 2: Building LLMs from Scratch
By the end of quarter 1, you will have the solid foundational knowledge required for NLP. There is a list of projects you can do to strengthen your knowledge further. I will leave a link to these projects in the description below. Now, in Quarter 2, comes the more hands-on part. Here, we will look closely at LLMs and how to train, fine-tune, and build them. Our goal in quarter 2 is to know how to fine-tune and also make a LLM from scratch.
Month 4: Leveraging Language Models and Prompt Engineering
In the fourth month, learn how to leverage language models and engineer prompts for better NLP performance:
Getting Started with LLMs: Understand the different types of language models and their task-specific adaptations.
Foundation Models: Study GPT, OpenAI’s o1, and Amazon’s Nova series to leverage their architecture.
Essential Tools: Learn to use LangChain for orchestration, combining workflows, and simplifying complex NLP pipelines.
Projects
Building LLM Apps using RAG: Apply your knowledge by developing applications that leverage Retrieval-Augmented Generation (RAG) techniques. Harness the power of prompt engineering and retrieval mechanisms to enhance language generation, creating applications that demonstrate the practical impact of advanced language models.
Month 5: Fine-tuning Foundation Models and Advanced Techniques
Fine-Tuning Techniques: Learn Prompt Engineering Fine-Tuning (PEFT) and Lora-Qlora to adapt models for specific tasks.
Essential Tools: Explore LangChain’s capabilities for fine-tuning workflows and deploying advanced LLMs efficiently.
Projects
Finetune LLM Model: Apply your knowledge of fine-tuning techniques by undertaking a project that involves refining a foundation language model for a particular NLP task. This hands-on experience will deepen your understanding of model adaptation and optimization, crucial for tailoring language models to specific applications.
Month 6: Training LLMs from Scratch and Building Custom Models
Training LLMs: Learn how to train models like Llama 2 from scratch for specific NLP tasks.
Essential Tools: Use LangChain to manage data pipelines and efficiently handle training workflows.
Projects
Building LLM Models: Conclude your NLP journey by taking on a challenging project—train a custom language model from scratch, akin to creating Llama 2, tailored for a specific NLP task. This endeavor will showcase your proficiency in model architecture design, training methodologies, and the ability to address task-specific nuances, marking a significant milestone in your mastery of natural language processing.
Congratulations on completing this comprehensive 6-month NLP learning path to become an NLP Expert in 2025.
At Analytics Vidhya, we’ve empowered over ~400k data science enthusiasts with industry-focused career roadmaps. If you aspire to become an NLP Expert without leaving your job, consider enrolling in our GenAI Pinnacle program. This exclusive program offers a personalized learning roadmap, 200+ hours of immersive learning, 10+ real-world projects, weekly 1:1 mentorship with Generative AI experts, and mastery of 26+ GenAI tools and libraries.
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