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Best Data Science Course In Panvel With Placement

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4 Months Personalized Live Advance Data Science Training is taught by industry experts in a comprehensive & question-oriented format.

Enroll Before: 1st March 2025

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1 March 2025

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7:30 AM - 9:30 AM

Lecture Timings ( IST )

Suraj Patil
Suraj Patil
21. January, 2023.
Best platform for Software Testing for Professional Work Experience.
Prathmesh Belsare
Prathmesh Belsare
18. January, 2023.
Excellent teaching staff and all teachers are very good and friendly and best platform to develop our career, Thank you so much Bug spotter team.
vikas jadhav
vikas jadhav
18. January, 2023.
Best training institute ever. Great staff with good support and lot more about career guidance. Very detailed and comprehensive teaching.
abhijeet gadekar
abhijeet gadekar
18. January, 2023.
Excellent teaching staff everyone treat you as a friend..Bugspotter is good platform to change your life from zero to hero.....
Vijay Mahale
Vijay Mahale
18. January, 2023.
All the teachers at Buaspotter teach well, I thank them from the bottom of my heart.
Ashwini Deshmukh
Ashwini Deshmukh
18. January, 2023.
One of the best software Testing class.

Key Highlights Of The Advance Data Science Course

Get familiar with our online Python Data Science course syllabus.

Syllabus for Data Science Course

Online Advance Data Science Course in Pune is designed to teach students the basics to the advanced level concepts of Python Data Science with practice assignments and offline in-class projects which helps them to get placed in MNC’s.

Term 1

In this term, you will learn how to ace Python Basics, Python OOPS and Python Libraries like Pandas, Matplotlib, Numpy, etc…  

Python Basics :

  •  Why python
  • Python IDE
  • Basics of programming
  • Variables , Data Types
  • Conditional statements
  • Loops
  • Logical Thinking
  • Data Structures
  • Functions and types of arguments
  • Lambda Functions
  • memory Management
  • garbage collector
  • Copies - shallow copy, deep copy
  • Higher Order Functions - Map , Reduce , Filter
  • Iterable , Iterator , generator
  • Exception handling
  • Programming interview questions

Python OOPS :

  • Class
  • constructor and its types , Destructor
  • Types of variables - instance , static
  • Inheritance - Single , Multiple , Multilevel , Hierarchical
  • polymorphism
  • duck typing
  • Overloading - method , Operator , constructor
  • overriding - method , Constructor
  • Super Function
  • Encapsulation
  • access Modifiers
  • Abstraction
  • monkey patching

Pandas :

  • Introduction to Pandas
    Series Data Structure
  • Data Frame Data Structure
  • Merging DataFrame
  • Read Complex CSV , JSON , excel Files using pandas
  • Write to File
  • Data Frame Manipulation - head , Tail , Describe , shape ,Drop , inplace
  • loc & I=iloc
  • Apply Function
  • Value count
  • Add Column
  • Add Row To DataFrame - using concat,Append
  • Order By Operation
  • Sort Values
  • Group by operation
  • Pivot Table
  • Date/ Time Functionality
  • Example Manipulating DataFrame

Matplotlib :

  • line graph
  • bar Plot
  • scatter plot
  • pie chart
  • other function

Numpy :

  • Introduction to Numpy
  • Creating Arrays , Indexing , Slicing
  • Data Types
  • Copy vs View
  • Array Shape & Reshape
  • Arrays Split & Joins
  • Arrays Filter
  • Seaborn Model

Data Engineering in Python :

  • Handling Missing Data
  • Techniques to inpute missing Values
  • Meaningful Data transformation
  • Encoding Data
    Data Visualization in Python
  • Read Json , CSV's, excels

Term 2

In this term, you will learn how to ace MySQL, AWS, Tools & IDE’S

MYSQL :

  • DBMS & RDBMS
  • Data Types
  • DQL
  • DDL
  • DML
  • TCL
  • DCL
  • Key Constraints
  • Operators
  • Clouses
  • Aggregate Functions
  • Indexes
  • Views
  • Triggers
  • JOINS
  • Sub Queries & Nested Queries

 

  • Use of AWS
  • Cloud computing models
  • S3
  • AWS Data Pipeline
  • EMR
  • AWS Glue
  • Athena
  • Redshift

Azure devops :

  • Use Of Devops
  • CI/ CD Pipeline
  • work item
  • sprints
  • repository
  • state of task
  • Repose Clone
  • pull request

Git :

  • Use of Git
  • feature branch
  • clone
  • Add
  • Commit
  • Push

IDE :

  • PowerBI :
    • Dashboards
    • Application
  • DBeaver :
    • Connection Process
    • DB Manipulation
  • Jupyter Notebook :
    • Google Colaboratory
    • Pycharm

Term 3

In this term, you will learn how to ace Framework and industry projects

Pyspark :

  • Use of Pyspark For Data Science
  • Spark Session & RDD
  • Timestamp
  • Schema
  • Parallelize
  • Broadcast Variable
  • Create DataFrame
  • Transformations & actions
  • Empty DataFrame
  • Structure type and structure field
  • Select
  • Collect
  • WithColumn
  • Where & Filter
  • Drop & Drop Duplicate
  • orderby and sortby
  • Groupby
  • Joins
  • union and union all
  • union byname
  • map , flatmap
  • Sample by vs Sample
  • Pivote
  • maptype
  • Aggregate Functions
  • Windows Function
  • Read and Write in CSV
  • When
  • Split
  • collect
  • Row number
  • dense rank

1) E-Commerce

2) Banking Domain

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HOURS OF LIVE LEARNING
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Live Projects
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HOURS OF VIDEO LEARNING

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Detailed Data Science Course Syllabus & Trainer List

Why to choose data science as a careeer

Data science is an exciting career choice because it offers the opportunity to work with cutting-edge technologies and solve real-world problems using data-driven insights. It is a rapidly growing field with high demand for skilled professionals across various industries, from healthcare to finance. With its blend of analytical, programming, and problem-solving skills, data science provides diverse job opportunities, competitive salaries, and the potential to make a significant impact in shaping business decisions and innovation.

Data Science Course in Panvel

The Career Opportunities After Completing a Data Science Course in Thane

Data Engineer: Building and maintaining data pipelines, and working with data storage solutions and tools such as AWS Glue, Redshift, and MySQL.

Quantitative Analyst: Applying quantitative techniques to financial and business data, leveraging Python for data manipulation and analysis.

Data Analyst: Performing data analysis and visualization using tools like Pandas, Matplotlib, and PowerBI, and creating actionable insights from data.

Cloud Data Engineer: Working with cloud services and data pipelines, including AWS services like S3, EMR, and Athena.

DevOps Engineer: Implementing CI/CD pipelines and managing version control with Git, focusing on automation and integration in data engineering projects.

Tools You’ll Master

Mentors

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Bug Spotter Reviews

Data Science Course in Panvel
Introduction to Data Science 

Data Science is all about extracting valuable insights from large datasets to solve real-world problems. Think of it as being a detective—only instead of solving crimes, you’re uncovering patterns and trends that help businesses make smarter decisions. As technology advances, data science continues to shape how we understand and process vast amounts of information.

Why Data Science Matters

We are surrounded by data every day—whether we’re shopping online, scrolling through social media, or using a smartphone. This constant flow of data holds immense value for businesses and organizations. By analyzing it, data scientists help companies understand customer behavior, improve products, and predict future trends, ultimately driving smarter decision-making.

Key Components of Data Science

Data science involves several critical steps that transform raw information into meaningful insights.

  1. Data Collection and Sources
    The first step is gathering data from various sources, such as surveys, websites, social media, and sensors. High-quality data collection is crucial for generating reliable insights.
  2. Data Cleaning
    Raw data is often messy—containing errors, duplicates, or irrelevant details. Data cleaning involves fixing these issues, ensuring accuracy and consistency for proper analysis.
  3.  Data Analysis
    Once the data is cleaned, it is analyzed using statistical methods and machine learning techniques to uncover patterns, relationships, and trends. This step turns raw numbers into valuable insights.

The Data Science Process

A typical data science workflow follows these structured steps:

  1. Collect relevant data
  2. Clean and organize the data
  3. Analyze patterns and trends
  4. Build predictive models
  5. Interpret and present findings

Each step builds upon the previous one to generate actionable insights that influence decision-making.

How Data Science Projects Are Structured

Data science projects usually start with a specific problem—such as predicting customer demand or detecting fraud. The process involves:

  1. Gathering and cleaning data
  2. Analyzing trends
  3. Developing predictive models
  4. Presenting results in an understandable way for stakeholders

The ultimate goal is to provide clear, data-driven recommendations that drive business success.

The Role of a Data Scientist

Data scientists use their expertise in statistics, programming, and domain knowledge to extract insights from complex datasets. They act as problem-solvers, helping organizations make informed decisions based on data.

Key Responsibilities of a Data Scientist:
✔ Collecting and cleaning data
✔ Analyzing trends and patterns
✔ Developing predictive models
✔ Communicating findings to business leaders

Applications of Data Science

Data science is widely used across industries to improve operations and decision-making:

  1. Healthcare: Predicting disease outbreaks, personalizing treatments, and enhancing patient care.
  2. E-commerce: Recommending products, analyzing customer preferences, and forecasting trends.
  3. Finance: Detecting fraud, assessing risks, and guiding investment strategies.

How to Get Started in Data Science

Interested in becoming a data scientist? Here’s how you can start:

  1. Learn the Basics
    Take online courses covering statistics, Python or R programming, and data analysis. Platforms like Coursera, edX, and DataCamp offer excellent beginner-friendly resources.
  2. Gain Hands-On Experience
    Practice with real-world datasets available on Kaggle, UCI Machine Learning Repository, or data.gov. Work on projects that involve data cleaning, visualization, and predictive modeling.

By continuously learning and applying your knowledge, you’ll develop the skills needed to excel in data science.

 

data science course in pune

Eligibility

for Data Science Course​

  • Open to All Graduates
    No matter your academic background—engineering, commerce, humanities, or any other field—you are welcome to join. The only requirement is that you hold a degree.
  • Interest in Coding (Not Mandatory, but Helpful!)
    Prior coding experience isn’t necessary, but having an interest in programming will be beneficial. During the course, you’ll learn essential languages like Python, R, and SQL. If you’re new to coding, don’t worry—these skills will develop as you progress.
  • Time Commitment
    To get the most out of this course, plan to dedicate at least 3-4 hours per day for lectures, assignments, and hands-on practice. Consistency is key to mastering the material and building a strong foundation in data science.
  • No Prior Experience Needed
    You don’t need any previous knowledge of data science to get started. The course is designed to take you from beginner to advanced levels, ensuring you gain confidence at each step.
  • Curiosity & Problem-Solving Mindset
    If you enjoy solving problems and have a natural curiosity about data, you’re already on the right path! Data science is about uncovering patterns, making data-driven decisions, and finding innovative solutions to real-world challenges.

FAQs

Frequently asked questions

1. What is a Data Science course, and why should I consider it?
A Data Science course teaches you how to analyze large datasets to uncover valuable insights. In today’s data-driven world, businesses across industries—like healthcare, finance, and e-commerce—rely on data to make informed decisions. Learning data science can open doors to high-demand career opportunities and allow you to contribute meaningfully in various fields.

2. Who is eligible for a Data Science course?
Data Science courses are open to anyone, regardless of academic background. Whether you have experience in mathematics, computer science, or a different field, you can enroll. Many courses welcome beginners, so prior knowledge of data analysis or programming is not always required.

3. What skills will I learn in a Data Science course?
You’ll develop key skills, including:
✔ Programming (Python, R, SQL)
✔ Data Cleaning & Preprocessing
✔ Data Visualization
✔ Statistical Analysis
✔ Machine Learning (in advanced courses)
✔ Big Data & Deep Learning (in specialized programs)

4. How long does it take to complete a Data Science course?
The duration varies by program:

Introductory courses: A few weeks
Comprehensive certification programs: Several months
Degree or diploma programs: 6 months to 2 years
Your learning pace and course depth will determine how long it takes.
5. Is a Data Science course difficult for beginners?
While Data Science involves technical concepts, many courses are structured for beginners. They start with fundamental topics and gradually introduce advanced concepts. With dedication and regular practice, anyone can learn and master data science.

6. What career opportunities are available after completing a Data Science course?
A Data Science course can lead to roles such as:

Data Analyst
Data Scientist
Machine Learning Engineer
Business Intelligence Analyst
Data Engineer
These jobs are in high demand across industries like technology, finance, healthcare, and marketing.

7. Are there any prerequisites for joining a Data Science course?
Some courses recommend a basic understanding of mathematics or programming, but many beginner-friendly courses teach everything from scratch. Check course requirements before enrolling to ensure a good fit.

8. Will I learn machine learning in a Data Science course?
Yes! Most Data Science courses include machine learning, covering how to build predictive models, analyze trends, and work with large datasets.

9. How is a Data Science course different from a Data Analytics course?
Both fields involve working with data, but they differ in scope:

Data Science covers programming, machine learning, and data modeling.
Data Analytics focuses more on interpreting existing data and generating insights, without diving deeply into programming and predictive modeling.
10. Can I take a Data Science course online?
Yes! Many universities and online platforms offer flexible, self-paced Data Science courses. Online learning includes video lectures, hands-on projects, and interactive exercises, making it accessible from anywhere.

11. What is the Data Science course fee in Thane?
At Bug Spotter Software Training Institute, the Data Science course fee is ₹30,000.

Data Engineer

Roles and Responsibility for Data Engineer

Roles and Responsibility for Data Engineer

The key responsibilities of a data engineer typically include:

A data engineer plays a crucial role in managing and optimizing data infrastructure to ensure seamless data flow and accessibility. Their primary responsibilities include:

  1. Designing & Building Scalable Data Pipelines
    Develop robust, high-performance pipelines to ingest, transform, and load data from multiple sources.
    Ensure efficient data movement across various systems while maintaining speed and reliability.
  2. Implementing Effective Data Storage Solutions
    Set up data warehouses, data lakes, and NoSQL databases to support analytics and reporting.
    Optimize storage systems to handle large data volumes while ensuring fast retrieval and processing.
  3. Data Transformation & Quality Management
    Clean, normalize, and enrich raw data to maintain accuracy, consistency, and reliability.
    Implement ETL (Extract, Transform, Load) processes to prepare data for analysis and decision-making.
  4. Collaborating with Analysts & Business Teams
    Work closely with data analysts, scientists, and business stakeholders to understand data needs.
    Design data models that align with business objectives and enhance analytical insights.
  5. Ensuring Data Security, Compliance & Monitoring
    Implement security measures to protect sensitive data and comply with regulations (e.g., GDPR, HIPAA).
    Set up monitoring tools and alerts to track data quality, performance, and potential issues.
  6. Deploying & Maintaining Data Infrastructure
    Manage data pipelines, storage systems, and cloud-based solutions for scalability and efficiency.
    Perform regular maintenance and optimizations to ensure high system uptime and performance.
  7. Sharing Knowledge & Best Practices
    Stay up to date with emerging technologies and industry trends in data engineering.
    Promote collaboration within the team by sharing insights, optimizing workflows, and improving standards.

Course Duration

Data Science in 3 Months?​

Can I Learn Data Science in 4 Months?

Yes, it’s absolutely possible to learn Data Science in 4 months, but it requires a strong commitment and focus. To achieve this, you’ll need to dedicate at least 3-4 hours every day to studying and practicing. This time should not only be spent watching videos but also solving problems, doing hands-on exercises, and applying what you learn to real-world situations. Consistent practice is key to mastering important topics like Machine Learning, Data Analysis, Statistics, and Data Visualization.

In addition to learning the theory, you should also work on projects. These projects help solidify your knowledge and give you practical experience, which is crucial for job applications. A strong portfolio of real-world projects will make you stand out to potential employers. The more projects you complete, the more confident you’ll be in your abilities.

However, learning Data Science in 4 months isn’t just about sticking to a schedule; it’s about staying focused and avoiding distractions. If you stay consistent and follow a clear plan, you can cover the key concepts and even build a solid project portfolio. By the end of 4 months, you could have a strong grasp of Data Science and be ready to apply for jobs.

In short, with the right mindset and effort, you can definitely learn Data Science and be job-ready in just 4 months.

Enroll Now and get 5% Off On Course Fees

Enroll Now and get 5% Off On Course Fees

Enroll Now and get 5% Off On Course Fees