AI with Python: Machine Learning, Deep Learning & Generative AI (LLMs) Training
AI INTEGRATED COURSE

AI with Python: Machine Learning, Deep Learning & Generative AI (LLMs) Training

AI with Python: Machine Learning, Deep Learning & Generative AI (LLMs) Training

Course Overview
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The AI Integrated training course is a comprehensive program that aims to give professionals, students, and technology enthusiasts practical and theoretical knowledge to enable them to thrive in the fast-paced world of Artificial Intelligence.

The course is hands-on in its approach, using Python, the standard programming language for AI, to impart fundamental and advanced concepts from three important streams: Machine Learning, Deep Learning, and Generative AI via Large Language Models. 

From building traditional ML models to venturing into state-of-the-art Neural Networks and generative AI tools such as ChatGPT, it offers a pathway for forward-looking learners.

Skills you’ll learn

Python Programming : Strengthen coding skills with a focus on AI applications.
Machine Learning Algorithms : Implement classification, regression, and clustering.
Deep Learning Frameworks (TensorFlow, PyTorch) : Build neural networks for advanced tasks.
Real-World AI Projects : Deploy intelligent solutions in practical scenarios.

Benefits of AI with Python: Machine Learning, Deep Learning & Generative AI (LLMs) Training

AI training in Nepal rewards an individual with the following talents.

  • Provides a variety of scope and job roles such as computer programmer, robotics engineer, software engineer, etc.
  • Applications of AI assets in fields such as education, healthcare, finance, aviation, and marketing, among others.
  • Learn to create productive tools such as smart reply, autonomous driving, toxicity detection, mitosis detection, etc.
  • Learn to understand TensorFlow algorithms.
  • Provides in-depth knowledge about neural networks and robot locomotion.
  • Gives creativity and intelligence a great boost.

Benefits of AI with Python: Machine Learning, Deep Learning & Generative AI (LLMs) Training at Broadway Infosys

  • A chance to learn from highly experienced professional experts.
  • Tools and technologies equipped are by far advanced.
  • Provides the course at a reasonable price.
  • Scholarships are available for deserving students.
  • Internship assistance for deserving students after completing the training.
  • Regular assignments are given to assess a student's capability.
  • Counseling is offered to encourage students.
  • Opportunity to be a part of a friendly learning environment.
  • Project work at the end of the training session.

Students who got hired learning this course

Hear from graduates who have completed our courses.

Successful student from Broadway Infosys Ms. Kusum Basnet
Ms. Kusum Basnet

Jr. Artificial Intelligence

Daraz

College/Faculty
International School Of Management and Technology / Bachelors in Computer System Engineering
Successful student from Broadway Infosys Mr. ⁨Aayush Pandey
Mr. ⁨Aayush Pandey

Artificial Intelligence Developer

Hospital for Children, Eye, ENT and Rehabilitation Services

College/Faculty
Kathford International College of Engineering & Management / BCT
Successful student from Broadway Infosys Mr. ⁨Sajal Rokka
Mr. ⁨Sajal Rokka

Software Support Engineer

IMS Software Pvt. Ltd.

College/Faculty
Citizen College / BCA
Successful student from Broadway Infosys Mr. ⁨Aliz Shrestha
Mr. ⁨Aliz Shrestha

Researcher and Developer

Surgience Nepal

College/Faculty
Kantipur Engineering College / Bachelor in Computer Engineering

Our graduates are hired by 350+ companies in Nepal

Time for you to be the next hire. With our advanced and industry relevant courses, you are on the right stage to start your dream career.
Our graduates are hired by

Lesson 1: Python Programming Language

  • What exactly is Python?
  • Python's root and its ecosystem
  • Python Installation & IDEs setting up (Google Colab, Jupyter Notebook, VSCode, PyCharm)
  • Python framework & Python syntax
  • Hands-on writing code on Google Colab

  • Data Types & Variables (String, Integer, Float, Complex, Boolean, None)
  • Input and Output Functions
  • Working with the format() method, f-strings, & escape sequences
  • Basic Arithmetic & Operators
  • Type casting, type checking, & validation

  • Conditional Statements (if, else, elif)
  • Loops (for, while)
  • Looping over tuples, strings, & dictionaries
  • Special loops in Python (for/else)
  • Using nested loops and flow control through conditions
  • Resolving real-world problems to improve skills
  • Special Statements: pass, continue, break

AI Tool:

  • Google Colab - Gemini

Lists:

  • Overview & fundamental operations
  • Indexing, slicing, & negative indexing
  • Looping through lists & conditions
  • List methods like .insert(), .append(), .remove(), .sort(), etc.
  • List comprehension with conditions

Tuples:

  • Introduction & operations
  • Indexing, slicing, & looping
  • List versus Tuple
  • Switching between lists and tuples
  • Tuple unpacking

Sets:

  • Introduction & set operations
  • Adding, removing, & discarding items
  • Set operations: union, intersection, and difference
  • Frozenset versus set

Dictionaries:

  • Introduction to dictionaries & methods like .get(), .update(), .keys(), .pop(), etc.
  • Dictionary comprehension
  • Nested dictionaries

AI Tool:

  • Gemini or Codeium

  • Defining functions through def keyword
  • Parameters, Arguments, & Return Statements
  • Returning multiple values
  • Default & keyword arguments
  • Anonymous functions (lambda)
  • Nested functions & closures
  • Scopes in Python: Local and Global

Text File Operations:

  • Reading & writing text files
  • Modes of file (r, w, a, rb, wb)
  • File path handling with the os module

Working with CSV Files:

  • Basics of CSV format and operations
  • Reading & writing CSV files with csv.reader & csv.writer
  • Using dictionaries in CSV files

Working with JSON:

  • Introduction to JSON & its structure
  • Reading & writing JSON data with the json module
  • Parsing JSON strings

AI Tool:

  • Using ChatGPT for prompt engineering

  • Classes & Objects
  • Class versus Object attributes
  • Initializing object attributes with __init__()
  • self keyword
  • Inheritance: single, multiple, and multi-level
  • Polymorphism & operator overloading
  • Function overriding & encapsulation

AI Tools:

  • Pythontutor.com

  • Try-except blocks
  • Catching specific exceptions
  • Using else & finally
  • Generating and creating custom exceptions
  • Problem-solving strategies

  • Lambda Functions
  • Generators & Iterators
  • List Comprehensions
  • Working with *args & **kwargs

Standard Libraries: os, random, math, functools, etc.

Data Manipulation with Pandas

  • Working with DataFrames
  • Reading & writing CSV files
  • Data manipulation techniques

Data Visualization

  • Using Matplotlib, Seaborn, and Plotly

AI Tools

  • Pandas Profiling

  • Designing and changing databases and tables
  • CRUD operations (CREATE, SELECT, UPDATE, DELETE)
  • Filtering data with the WHERE clause

AI Tools for SQL

  • DBeaver for SQL queries
  • Optimizing & explaining SQL queries with ChatGPT

  • Installing & configuring Git
  • Setting up local & remote repositories
  • Making commits & branching
  • Integrating local repositories to GitHub
  • Pushing changes & cloning repositories

AI Tools

  • GitHub Copilot for Git commands

  1. Web Scraping + Database + File Operations: Scrape data, store it in SQL, & export to CSV/JSON
  2. Desktop Application (Data Entry System): Develop an application to manage data in JSON/CSV format
  3. CLI Application with CRUD Operations: Design a CLI app with basic CRUD operations & database integration

  • Overview of AI, Machine Learning, and Deep Learning
  • Real-world use cases in industries like healthcare, finance, and e-commerce
  • Installation of Python, Jupyter, Google Colab, and Git

  • Types of data: structured vs. unstructured
  • Handling missing values and outliers
  • Encoding categorical variables and feature scaling
  • Exploratory Data Analysis (EDA) techniques and visualization

  • Linear Regression: theory, implementation, and evaluation
  • Logistic Regression for binary classification
  • Polynomial Regression
  • Model evaluation metrics: MSE, RMSE, R-squared, Accuracy, Precision, Recall
  • Projects in each algorithm

  • Support Vector Machines (SVM): linear and kernel methods
  • K-Nearest Neighbors (KNN): algorithm and distance metrics
  • Naive Bayes: theory, implementation, and use in spam filtering
  • Decision Trees and Random Forests: entropy, information gain, overfitting control
  • Projects in each Algorithm

  • Clustering techniques: K-Means, Hierarchical Clustering, DBSCAN
  • Dimensionality reduction with PCA and t-SNE
  • Anomaly detection and recommendation system with unsupervised models

  • Building a complete machine learning model
  • Deploying ML projects using Streamlit

  • Math essentials: vectors, matrices, activation functions, derivatives
  • Introduction to TensorFlow and Keras for model building

  • Structure and working of neural networks
  • Activation functions, forward and backward propagation
  • Regularization, dropout, and optimization techniques
  • Regression using ANN
  • Classification using ANN

  • CNN architecture and layers
  • Image preprocessing and augmentation
  • Transfer Learning
  • Basics of object detection (YOLO)
  • Image classification Project

  • Text preprocessing: tokenization, stopword removal, stemming, lemmatization
  • Word embeddings (Word2Vec, GloVe)
  • RNNs and LSTMs for sequence modeling
  • Sentiment analysis and Named Entity Recognition (NER)
  • Simple chatbot and text classification project

  • What are LLMs? Overview of GPT, BERT, T5, LLaMA
  • Transformer architecture: self-attention, encoder-decoder models
  • Pretraining vs fine-tuning vs instruction tuning

  • Prompt types: zero-shot, few-shot, chain-of-thought
  • Best practices for crafting effective prompts

  • Hugging Face Transformers and Datasets libraries
  • OpenAI API for text generation
  • LangChain for chaining prompts and workflows
  • Vector search using FAISS and ChromaDB

  • Text summarization and question answering
  • Retrieval-Augmented Generation (RAG)
  • Embedding-based semantic search
  • PDF/CSV/Website Q&A bots using LangChain
  • Chatbot development using LLMs and vector stores
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Upcoming Classes (9)
03 Aug 2025
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