Data Science

Data Science Course with Advanced Python & AI/ML Training

Looking to build a career in Data Science?

          Our Data Science Course with Advanced Python and AI/ML Training is designed to help you master data analysis, machine learning, and artificial intelligence skills. Learn from industry experts and work on real-time projects to become a job-ready data scientist.

This course covers everything from Python programming for data science to advanced machine learning algorithms, making it ideal for beginners and professionals aiming to upgrade their skills.

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Course Title:

Advanced Python for Data Science Training

Duration:

60 Hours

                                    Description:

Master Advanced Python for Data Science and learn how to analyze, process, and visualize data efficiently. This module helps you build a strong foundation in Python programming with a focus on real-world data applications.

Gain hands-on experience with popular libraries like NumPy, Pandas, Matplotlib, and Seaborn, and learn how to handle large datasets with ease.

                                  Key Highlights:

  • Advanced Python programming concepts
  • Data analysis using NumPy & Pandas
  • Data cleaning and preprocessing techniques
  • Data visualization with Matplotlib & Seaborn
  • Exploratory Data Analysis (EDA)
  • File handling and automation
  • Real-time mini projects

Course Title

Artificial Intelligence and Machine Learning Course

Duration:

60 Hours

                                    Description:

       Become an expert in Artificial Intelligence and Machine Learning with our industry-focused training program. Learn how to build predictive models, analyze data patterns, and develop intelligent systems used in real-world applications.

       This module covers essential ML algorithms, model evaluation techniques, and an introduction to deep learning, making you job-ready for AI and data science roles.

                                  Key Highlights:

  • Introduction to Artificial Intelligence & Machine Learning
  • Supervised and Unsupervised Learning
  • Regression and Classification algorithms
  • Decision Trees and Random Forest
  • Clustering techniques (K-Means)
  • Model evaluation and performance tuning
  • Basics of Deep Learning
  • Real-time projects and case studies.