Data Science Online Training

What is Data Science With Deep Learning : “Data Science With Deep Learning”  is the combination of data analysis, machine learning, and advanced neural networks to extract insights and make intelligent predictions from large and complex datasets. It uses deep learning models like CNNs and RNNs for tasks such as image recognition, natural language processing, and predictive analytics.

Course Features

Real-time Use cases

   24/7 Lifetime Support

  Certification Based Curriculum

   Flexible Schedules

 One-on-one doubt clearing

 Career path guidance

  • Learn & practice Course Concepts
  • Course Completion Certificate
  • Earn an employer-recognized Course Completion certificate by Ziventra.
  • Resume & LinkedIn Profile
  • Mock Interview
  • Qualify for in-demand job titles
  • Career support
  • Work Support

Data Science Online Training Content

You will be exposed to the complete Data Science Training course details in the below sections.

Topic-wise Content Distribution

PYTHON FOR DATA ANALYSIS & DATA SCIENCE

1. Introduction to Python for Data Analysis (1 hour)

  • Overview
    of Python and its applications in data science
  • Basics
    of Python programming: variables, data types, and basic operations

2. Working with Libraries (1 hour)

  • Introduction
    to essential libraries: NumPy, Pandas, and Matplotlib
  • Basic
    operations using NumPy arrays
  • Data
    manipulation with Pandas DataFrames
  • Basic
    data visualization with Matplotlib

3. Data Cleaning and Preprocessing (1 hour)

  • Handling
    missing data
  • Removing
    duplicates
  • Data
    normalization and scaling

4. Exploratory Data Analysis (1 hour)

  • Descriptive
    statistics
  • Data
    visualization for analysis
  • Correlation
    and covariance

ADVANCED DATA ANALYSIS WITH PRACTICAL DATASETS
(5 HOURS)

1. Recap of Python for Data Analysis (1 hour)

  • Brief
    review of Python basics and key libraries (NumPy, Pandas, Matplotlib)

2. Importing and Exploring Datasets (1 hour)

  • Reading
    data from various sources (CSV, Excel, SQL)
  • Exploring
    dataset structure, dimensions, and basic statistics

3. Data Cleaning and Pre-processing (1 hour)

  • Handling
    missing values
  • Dealing
    with outliers
  • Data
    transformation and feature engineering

4. Advanced Data Visualization (1 hour)

  • Utilizing
    Seaborn for advanced visualization
  • Creating
    interactive visualizations with Plotly

5. Statistical Analysis and Hypothesis Testing (1 hour)

  • Introduction
    to statistical concepts
  • Performing
    hypothesis tests using Python (e.g., t-tests)

6. Practical Data Analysis Project (1 hour)

  • Guided
    analysis of a real-world dataset
  • Applying
    learned concepts to solve a specific problem

Iris Dataset

  • Description:
    Measurements of sepal length, sepal width, petal length, and petal width
    for three species of iris flowers
  • Domain:
    Botany
  • Use:
    Classification, basic statistical analysis, visualization

Titanic Dataset

  • Description:
    Passenger information on the Titanic, including survival status, class,
    gender, and age
  • Domain:
    Transportation
  • Use:
    Survival analysis, categorical analysis, visualization

Boston Housing Dataset

  • Description:
    Housing prices and various factors affecting them in Boston suburbs
  • Domain:
    Real Estate
  • Use:
    Regression analysis, correlation analysis, visualization

Wine Dataset

  • Description:
    Chemical analysis results of wines from three different cultivars
  • Domain:
    Food and Beverage
  • Use:
    Classification, cluster analysis, visualization

Diabetes Dataset

  • Description:
    Various health metrics for diabetes patients
  • Domain:
    Healthcare
  • Use:
    Regression analysis, correlation analysis, visualization

Heart Disease UCI Dataset

  • Description:
    Patient data related to heart disease
  • Domain:
    Healthcare
  • Use:
    Classification, statistical analysis, visualization

Breast Cancer Wisconsin (Diagnostic) Dataset

  • Description:
    Biopsy results for breast cancer diagnosis
  • Domain:
    Healthcare
  • Use:
    Classification, statistical analysis, visualization

Penguins Dataset

  • Description:
    Measurements and characteristics of penguin species
  • Domain:
    Biology
  • Use:
    Classification, cluster analysis, visualization

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Hands on Data Science Projects

Our Data Science Training course aims to deliver quality training that covers solid fundamental knowledge on core concepts with a practical approach. Such exposure to the current industry use-cases and scenarios will help learners scale up their skills and perform real-time projects with the best practices.

Training Options

Choose your own comfortable learning

experience.

On-Demand Training

Self-Paced Videos

  • 30 hours of  Training videos
  • Curated and delivered by industry experts
  • 100% practical-oriented classes
  • Includes resources/materials
  • Latest version curriculum with covered
  • Get one year access to the LMS
  • Learn technology at your own pace
  • 24×7 learner assistance
  • Certification guidance provided
  • Post sales support by our community

Live Online (Instructor-Led)

30 hrs of Remote Classes in Zoom/Google meet

2025 Batches 
Weekdays / Weekends
+ Includes Self-Paced
    • Live demonstration of the industry-ready skills.
    • Virtual instructor-led training (VILT) classes.
    • Real-time projects and certification guidance.

For Corporates

Empower your team with new skills to Enhance their performance and productivity.

Corporate Training

  • Customized course curriculum as per your team’s specific needs
  • Training delivery through self-Paced videos, live Instructor-led training through online, on-premise at Mindmajix or your office facility
  • Resources such as slides, demos, exercises, and answer keys included
  • Complete guidance on obtaining certification
  • Complete practical demonstration and discussions on industry use cases

Served 130+ Corporates

Our Training Prerequisites

Prerequisites Of Data Science With Deep Learning :

1. Basic Programming Knowledge
A solid understanding of programming fundamentals, especially in Python, is essential to work with data and build models.

2. Familiarity with Mathematics & Statistics
Basic knowledge of linear algebra, probability, and statistics will help in understanding machine learning and deep learning algorithms.

3. Knowledge of Machine Learning Concepts (Preferred, Not Mandatory)
While not required, having prior exposure to concepts like regression, classification, or clustering will be an added advantage.

4. Interest in AI and Deep Learning
A strong curiosity and willingness to explore how intelligent systems work is key to succeeding in this field.

5. No Prior Deep Learning Experience Required
This course is designed for beginners and follows a structured approach from foundational to advanced deep learning topics.

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