Data Science Online Courses & Certifications
Data Science is one of the top 10 most sought-after jobs in India for 2024, with an average yearly salary of INR 10,50,000. Every month, thousands of students and professionals from various backgrounds, including both tech and non-tech, worldwide are enrolling in data science courses to advance their careers.
Data Science involves using tools and techniques to extract insights and knowledge from data. This includes collecting, cleaning, analyzing, and visualizing data to identify patterns and make predictions.
In simple terms, Data Science is about finding answers to questions by examining a lot of information. For example, a data scientist might use data to figure out what people are most likely to buy at a store or how to make a website more popular. Think of a data science professional as a detective, analyzing data to solve problems rather than crimes.
Read more on: What is
Data Science is one of the top 10 most sought-after jobs in India for 2024, with an average yearly salary of INR 10,50,000. Every month, thousands of students and professionals from various backgrounds, including both tech and non-tech, worldwide are enrolling in data science courses to advance their careers.
Data Science involves using tools and techniques to extract insights and knowledge from data. This includes collecting, cleaning, analyzing, and visualizing data to identify patterns and make predictions.
In simple terms, Data Science is about finding answers to questions by examining a lot of information. For example, a data scientist might use data to figure out what people are most likely to buy at a store or how to make a website more popular. Think of a data science professional as a detective, analyzing data to solve problems rather than crimes.
Read more on: What is Data Science? A Complete Career Guide for Beginners in 2024
Explore:
1. 10 Reasons Why to Learn Data Science Online is Better
2. 10 Things That You Must Check Before Purchsing Online Data Science Course
Why Learn Data Science?
There are many reasons to learn data science, including
1. High demand for data science skills: Data science is one of the fastest-growing occupations in the tech industry. Plus the demand for skilled data scientists is continuously growing.
2. Opportunities for career advancement: Data science skills open up a wide range of career opportunities, with different roles in data analysis, machine learning, business intelligence, and many more.
3. High earning potential: Data scientists often command high salaries, making it a high-paid lucrative career choice.
4. Ability to solve real-world problems: Data science can be used to solve a wide range of real-world problems in different sectors, from predicting the outcomes to optimizing production processes and improving healthcare outcomes.
5. Personal and professional growth: Learning data science can help you develop new skills and broaden your horizons, leading to personal and professional growth.
Learning data science can provide you a range of benefits, including high demand for your skills, opportunities for career advancement, and the ability to solve real-world problems. So whether you are looking to start a new career or advance in your current field, data science can be a valuable skill to have.
Explore:
1. 5 Data Science Courses to Master Business Analytics for Aspiring Data Scientiest
2. 5 Machine Learning Courses for Aspirig Data Scientiest
How to Start your Career in Data Science?
There are a few steps you can follow to start a career in data science:
1. Build a strong foundation in math and statistics: Data science involves working with large datasets and using statistical techniques to extract insights from them. As such, a strong foundation in math and statistics is essential. Consider taking courses or self-studying topics such as calculus, linear algebra, and statistical modeling.
2. Learn a programming language: Data science involves working with data and algorithms, so it is important to have some programming skills. Consider learning a language such as Python or R, as these are commonly used in data science.
3. Gain experience with data analysis tools and techniques: There are many tools and techniques used in data science, such as machine learning algorithms, data visualization tools, and databases. Consider taking courses or completing online tutorials to learn how to use these tools and techniques.
4. Build a portfolio of projects: A strong portfolio of projects is a key factor in getting hired as a data scientist. Consider completing data science projects on your own or through a data science bootcamp or program. These projects should showcase your skills and demonstrate your ability to apply data science techniques to solve real-world problems.
5. Stay up-to-date with developments in the field: Data science is a rapidly evolving field, so it is important to stay up-to-date with the latest developments and trends. Consider reading industry blogs, attending conferences or joining online communities or forums to stay current.
6. Network and build relationships: Networking and building relationships in the data science community can be valuable for finding job opportunities and getting advice from experienced professionals. Consider attending data science meetups or conferences, or joining online communities or forums.
Starting a career in data science requires a combination of strong foundational skills, experience with data analysis tools and techniques, and a portfolio of projects to showcase your skills. By building these skills and gaining experience, you can position yourself as a competitive candidate for data science roles.
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Top Online Data Science Course Providers
Learning data science online provides flexibility, affordability and access to a wide range of resources and experts. It allows you to learn at your own pace and schedule, from anywhere.
Here's the list of top online data science course providers:
Platform | Description | Course Levels |
---|---|---|
Coursera | Self-paced videos, courses start from scratch and cover intermediate and advanced levels | Beginner, Intermediate, Advanced |
edX | Collaboration with universities and organizations, professional certificates and master's degrees available | Fundamentals, Intermediate, Advanced |
UpGrad | Collaboration with top universities, ten courses available with a focus on career mentorship and industry projects | Masters, Executive Post-Graduate, Certificate |
IIT Madras | Undergraduate degree/diploma program taught by experienced faculty and industry experts | Undergraduate |
Udacity | Offers nanodegree programs in Data Science and AI in collaboration with industry leaders | Intermediate, Advanced |
Udemy | Offers a wide range of data science courses with a focus on practical application | Beginner, Intermediate, Advanced |
Simplilearn | Offers a variety of data science and big data courses with a focus on certification and career advancement | Beginner, Intermediate, Advanced |
Great Learning | Offers a variety of data science and big data courses, including a PG program with a focus on industry-relevant skills | Beginner, Intermediate, Advanced |
Edureka | Offers a variety of data science and big data courses with a focus on live, instructor-led sessions | Beginner, Intermediate, Advanced |
DataCamp | Offers interactive coding challenges and video tutorials with a focus on hands-on learning | Beginner, Intermediate, Advanced |
Popular Data Science Online Courses
1. IBM Data Science Professional
There are ten courses in this professional certificate. The course starts with an overview of what data science is like today. After that, it will cover some popular data science tools -how to use them and what are their features. It will briefly cover Python and SQL, followed by the classes of Machine Learning with the Capstone Projects.
Recommended For: Beginner
Instructor: Rav Ahuja, Alex Aklson + 9 others
Mode of Teaching: Online
Prerequisite: High School Math, familiarity working with Computers, Communication and Presentation Skills
Fees:
- EMI available
- Financial Aid available
Enroll Now: IBM Data Science Professional
2. Executive Post Graduate Program in Data Science-upGrad
Course is offered in collaboration with IIIT Bangalore. It provides five specializations (Deep Learning, NLP, Business Analytics, Business Intelligence/Data Analytics, and Data Engineering). It includes Programming in Python, EDA, Statistics, and Advanced SQL.
Recommended: Freshers, Engineers, Software Professional
Mode of Teaching: Online
Eligibility: Bachelor Degree with minimum 50% or equivalent
Course Duration: 12 Months
Fees: 2,99,000/-
Enroll Now: Executive Post Graduate Program in Data Science-upGrad
3. Diploma in Data Science-IIT Madras
There are eight courses, including hands-on training through labs and projects. The diploma includes mathematics, statistics, machine learning and business analytics courses. You can take the admission by passing the Diploma Qualifier Exam.
Recommended: Student/ Working Professional/Job-Seekers
Instructor: IIT Madras Faculty
Mode of Teaching: Online
Eligibility: Anyone with at least two years of any UG
Course Duration: 8 Months
Fees: INR 63,000/-
Enroll Now: Diploma in Data Science-IIT Madras
Best Data Science Certifications in 2024
Certification | Provider | Online Provider | Audience |
---|---|---|---|
Enroll Now | John Hopkins University | Coursera | Professionals wanting to learn machine learning techniques. |
Enroll Now | HarvardX | edX | Professionals looking to gain a deeper understanding of the theoretical foundations of machine learning. |
Enroll Now | IBM | Coursera | Professionals wanting to learn IBM's data science and machine learning tools. |
Enroll Now | IBM | edX | Professionals wanting to learn Microsoft's data science and machine learning tools. |
Enroll Now | Columbia Universirty | Udemy | Professionals wanting to learn data science and machine learning techniques. |
Enroll Now | Google Cloud | Coursera | Professionals wanting to learn data science and machine learning techniques on Google Cloud Platform. |
Tips on How to choose the Best Online Data Science Course?
There are several factors to consider when choosing an online data science course:
Criteria | Ask Questions |
---|---|
Quality of the course material | What is the level of coverage and the relevance of the course material? Are there any hands-on learning opportunities? |
Instructor expertise | What are the qualifications and experience of the instructors? |
Course format and length | Does the format of the course suit your learning style? Is the course length manageable? |
Support and resources | Are there any resources and support systems provided by the course? |
Cost | Is the cost of the course within your budget? Are there any financial assistance or scholarships available? |
Reputation | What are the reviews and recommendations for the course? |
Programming Language | What programming language is the course based on? Python and R are the most commonly used languages for data science. |
Project-based learning | Does the course offer project-based learning to apply the concepts learned in real-world scenarios? |
Industry Recognition | Is the course recognized or endorsed by any industry leaders or organizations? |
Flexibility | Are there any flexible options such as self-paced learning or flexible deadlines? |
Job assistance | Does the course provide job assistance or career support? |
Ultimately, the best online data science course for you will depend on your goals and learning style, as well as the resources and time you have available. By considering these factors and doing your research, you can find the right course that helps you achieve your objectives.
What are the Prerequisites for learning Data Science Online?
There are a few key prerequisites to learning data science:
1. A strong foundation in math and statistics: Data science involves working with large datasets and using statistical techniques to extract insights from them. As such, a strong foundation in math and statistics is essential. This may include courses in topics such as calculus, linear algebra, and statistical modeling.
2. Programming skills: Data science involves working with data and algorithms, so it is important to have some programming skills. This may include languages such as Python or R, which are commonly used in data science.
3. Familiarity with data analysis tools and techniques: Data science involves using a variety of tools and techniques to analyze data and extract insights. Familiarity with tools such as machine learning algorithms, data visualization tools, and databases can be helpful when learning data science.
There are no strict prerequisites to learning data science. Still having a strong foundation in math and statistics, programming skills, and familiarity with data analysis tools and techniques can be helpful.
What will you learn from a Data Science course?
Specifics of the topics covered in a data science course will depend on the specific goals and focus of the course. However, most of the data science courses will cover a range of topics related to collecting, manipulating, analyzing, and interpreting data to extract insights and inform business decisions.
Exhaustive Data Science Course Syllabus in 2024:
A Data Science syllabus generally covers a wide range of topics including:
-
- Programming languages such as Python, R, and SQL.
- Statistical methods and probability theory for data analysis.
- Data visualization and data exploring techniques.
- Data Wrangling and Cleaning Techniques
- Structured and Non Structured Database - SQL and NoSQL Database
- Machine learning algorithms such as linear regression, decision trees, k-means clustering, etc.
- Deep learning techniques such as neural networks, convolutional neural networks, recurrent neural networks, etc.
- Natural Language Processing (NLP) and Text mining.
- Database management and data warehousing.
- Big Data platforms such as Hadoop, Spark, and Kafka.
- Cloud Computing Platform such as AWS, Azure, GCP
Additionally, a Data Science syllabus may also include:
-
- Project work and case studies to provide hands-on experience with real-world data science problems.
- Guest lectures and workshops by industry experts to give students an understanding of the latest trends and developments in the field.
- Opportunities for internships and co-op programs to give students the opportunity to apply their knowledge and skills in a professional setting.
Here is the exhaustive syllabus for a Data Science Course.
1. Introduction to Data Science: |
Importance of data in decision making | Types of data and their characteristics |
Definition and history of data science | Applications of data science |
Key concepts and terminology | Data science process and workflows |
Data science teams and roles | Tools and technologies used in Data Science |
Overview of data visualization and its importance | Overview of data science project lifecycle |
Explore:
Data Science Course from Coursera | Data Science Course from Udemy |
2. Programming Fundamentals: |
Introduction to programming concepts and paradigms | Basic data types in Python |
Operators in Python | Loops in Python |
Control flow statements | Functions and modules |
Basic input/output operations | Basic error handling |
Writing Python scripts | Running Python scripts from command-line |
Working with command-line arguments | Reading and writing files |
Basic regular expressions | Basic testing and documentation |
List in Python | Tuples in Python |
Dictionary in Python | Sets in Python |
String in Python | Numpy Array |
Pandas Dataframe | Matplotlib |
Seaborn | Scikit-learn |
Working with CSV and Excel files | Web scraping with Python |
Explore:
In demand Programming Course | Free Python Course |
3. Data Exploration and Visualization: |
Overview of data exploration | Importing and exporting data |
Basic data manipulation and cleaning | Basic data statistics and descriptive statistics |
Outlier detection and handling | Missing data imputation |
Data normalization and scaling | Data transformation |
Overview of data visualization and its importance | Basic plotting techniques (line, bar, scatter, etc.) |
Advanced plotting techniques (heatmap, boxplot, etc.) | Interactive visualization |
Visualizing distributions and relations | Visualizing time series data |
Visualizing categorical data | Visualizing geographic data |
Matplotlib | Seaborn |
Plotly | ggplot |
Bokeh | D3.js |
Overview of data storytelling | Identifying the story in the data |
Communicating the data story effectively | Best practices for data storytelling |
Explore:
Free Data Exploration Course | Data Exploration Course |
4. Data Wrangling: |
Overview of data acquisition | Data sources and types |
Web scraping and APIs | Data formats and protocols |
Data quality and completeness | Data versioning and provenance |
Overview of data cleansing | Data validation and integrity checks |
Data formatting and standardization | Data deduplication and removal of duplicates |
Data normalization and scaling | Handling missing and null values |
Handling outliers | Overview of data transformation |
Data reshaping and pivoting | Data merging and joining |
Data aggregation and summarization | Data normalization and scaling |
Data reduction and dimensionality reduction techniques | Identifying patterns and trends |
Data profiling | Identifying anomalies in the data |
Explore:
Data Wrangling Course From Udemy | Data Wrangling Course From Edx |
5. Database management systems (DBMS) |
Overview of database management systems | Types of databases |
Database models and architecture | Data modeling and database design |
Normalization and database design principles | Database management and administration |
Introduction to relational databases | SQL basics and data manipulation |
SQL query optimization | Advanced SQL queries and functions |
Database transactions and concurrency | Data integrity and constraints |
Introduction to NoSQL databases | Types of NoSQL databases |
Data modeling and design for NoSQL databases | NoSQL data management and administration |
MongoDB | Casandra |
Explore:
SQL Course | Free SQL Course |
6. Probability and Statistics: |
Basic probability concepts and notation | Random variables and probability distributions |
Discrete and continuous probability distributions | Joint and conditional probability |
Bayes' theorem | Random sampling and sampling distributions |
Central limit theorem | Measures of central tendency: mean, median, mode |
Measures of dispersion: range, variance, standard deviation | Measures of skewness and kurtosis |
Basic probability plots and histograms | Basic box plots and scatter plots |
Inferential Statistics | Point estimation |
Interval estimation | Hypothesis testing |
p-values and Type I and Type II errors | t-tests and ANOVA |
Chi-squared tests | Non-parametric tests |
Regression Analysis | Simple linear regression |
Multiple linear regression | Model evaluation and selection |
Polynomial regression | Logistic regression |
Regularization techniques | Time Series Analysis |
Time series decomposition | Time series forecasting |
ARMA | ARIMA |
Exponential smoothing | FBProphet |
Time series anomaly detection | Time series clustering |
Explore:
Statistics Course | Free Statistics Course |
7. Machine Learning: |
Overview of Machine Learning | Types of Machine Learning |
Feature engineering | Feature Selection |
Model evaluation | Model Selection |
Linear Regression | Logistic Regression |
Decision Tree | Random Forest |
K- Nearest Neighbor (K-NN) | Support Vector Machine (SVM) |
Gradient Boosting | Perceptrons |
K Means Clustering | Hierarchical Clustring |
Density Based Clustring | Dimentionality Reduction |
Association rule mining | Overfitting and Underfitting |
Reinforcement Learning | Markov Decision Process (MDP) |
Q-learning | SARSA |
Deep Q-network (DQN) | Policy gradient methods |
Explore:
Machine Learning Course | Free Machine Learning Course |
8. Deep Learning |
Neural networks and their architecture | Activation functions |
Gradient descent and backpropagation | Overfitting and regularization |
Convolutional Neural Networks (CNNs) |
CNN architecture and layers |
Convolution, pooling and padding | Transfer learning and fine-tuning |
Object detection | Image Segmentation |
Recurrent Neural Networks (RNNs): |
RNN architecture and layers |
LSTM and GRU | Sequence-to-sequence models |
Text generation and language modeling | Sentiment analysis |
Generative Models | Autoencoder and Variational Autoencoder (VAE) |
Generative Adversarial Networks (GANs) | Deep Convolutional GAN (DCGAN) |
Style transfer | Superresolution |
Transfer learning concepts | Pre-trained models and feature extraction |
Fine-tuning pre-trained models | Tensorflow and Keras |
Pytorch | Caffe |
Explore:
Deep Learning Couse | Free Deep Learning Course |
9. Natural Language Processing: |
Text pre-processing | Part-of-Speech (POS) tagging |
Named Entity Recognition (NER) | Syntax analysis |
Semantic analysis | Text classification |
Information extraction | Machine translation |
Speech processing | Language modeling |
Sentiment analysis | Text generation |
Dialogue systems | Text-to-speech and speech-to-text |
Text summarization | BERT |
GPT 2, GPT 3 | Transformer |
Transformer-XL | Aspect-Based Sentiment Analysis |
Contextual Chatbots | Dialogue Generation |
Explore:
Natural Language Processing Course | Free NLP Course |
10. Business Intelligence and Reporting: |
Business intelligence process and architecture | Business intelligence use cases and scenarios |
Business intelligence tools and technologies | Business intelligence strategy and planning |
Overview of data warehousing and data marts | Data warehousing architecture and design |
Data warehousing best practices and performance tuning | Data warehousing in the cloud |
Data Visualization and Dashboarding | Interactive data visualization and dashboarding |
Data visualization best practices and design principles | Data visualization for decision making and business analysis |
Explore:
Business Intelligence Course | Free Business Intelligence Course |
11. Big Data in Data Science: |
Introduction to Big Data | Big Data Architecture and Design |
Data warehousing and data lake architecture | Distributed systems and distributed computing |
Data partitioning and data distribution | Data replication and data consistency |
HDFS and Hadoop Distributed File System | MapReduce and YARN |
Stream processing | Apache Kafka |
Apache Storm | SQL on Hadoop |
Hive | Impala |
SparkSQL | Apache Flink |
Explore:
Big Data Course | Free Hadoop Course |
12. Cloud Computing in Data Science: |
Introduction to Cloud Computing | Cloud computing services and providers |
Cloud computing models (IaaS, PaaS, SaaS) | Cloud computing use cases and scenarios |
Cloud Computing Architecture and Design | Cloud computing security and compliance |
Cloud computing deployment models (public, private, hybrid) | Cloud computing management and orchestration |
Cloud storage services | AWS S3 |
Azure Blob storage | Google Cloud Storage |
RDS | Cosmos |
Bigtable | Cloud data warehousing |
Redshift | BigQuery |
Cloud data lakes and data management | AWS Glue |
Azure Data Factory | Google Cloud Dataflow |
Cloud computing services for compute | AWS EC2 |
Azure Virtual Machines | GCE |
Cloud computing services for networking | AWS VPC |
Azure Virtual Network | GCP VPC |
Cloud computing services for serverless | AWS Lambda |
Azure Functions | GCP Cloud Function |
Cloud computing services for machine learning | AWS Sagemaker |
Azure Machine Learning | Cloud ML Engine |
Cloud computing services for analytics | EMR |
HDInsight | Dataproc |
Cloud Security and Compliance | Cloud Data encryption |
Cloud Computing Course | Free Cloud Computing Course |
Top Colleges Providing Data Science Course in India
Here's the list of top college in India providing Data Science Course.
College Name | Location | Degree Offered | Duration | Exam Score Accepted |
Data Science Course Offered
|
Indian Institutes of Technology (IITs) | Across India | B.Tech, M.Tech, M.Sc, PhD | 4 years, 2 years, 2 years, 3-5 years | JEE Advanced, GATE, JAM, CAT, GRE |
M.Tech in Data Science, M.Tech in Artificial Intelligence, M.Tech in Machine Learning, M.Sc in Data Science
|
Indian Institute of Science (IISc) | Bengaluru | M.Tech, M.Sc, PhD | 2 years, 2 years, 3-5 years | GATE, JAM, NET, GRE |
M.Tech in Data Science, M.Sc in Data Science
|
Indian Institute of Management (IIMs) | Across India | MBA, PGDM | 2 years, 2 years | CAT, GMAT, XAT |
MBA in Business Analytics, PGDM in Business Analytics
|
Indian Statistical Institute (ISI) | Kolkata, Delhi, Bangalore, Chennai | B.Stat, M.Stat, M.Sc, PhD | 3 years, 2 years, 2 years, 3-5 years | ISI Entrance Test, GATE, JAM, NET, GRE |
M.Sc in Data Science, M.Tech in Data Science
|
Birla Institute of Technology and Science (BITS) | Pilani, Goa, Hyderabad | B.E, M.E, M.Sc, MBA | 4 years, 2 years, 2 years, 2 years | BITSAT, GATE, CAT, GMAT, XAT |
M.E in Data Science, M.Sc in Data Science
|
International Institute of Information Technology (IIITs) | Hyderabad, Bangalore, Bhubaneswar, Allahabad | B.Tech, M.Tech, M.Sc, PhD | 4 years, 2 years, 2 years, 3-5 years | JEE, GATE, CAT, GRE, TOEFL |
M.Tech in Artificial Intelligence, M.Tech in Data Science, M.Sc in Data Science
|
Delhi Technical University (DTU) | Delhi | B.Tech, M.Tech, M.Sc, PhD | 4 years, 2 years, 2 years, 3-5 years | JEE, GATE, CAT, GRE, TOEFL |
M.Tech in Data Science, M.Sc in Data Science
|
National Institute of Technology (NITs) | Across India | B.Tech, M.Tech, M.Sc, PhD | 4 years, 2 years, 2 years, 3-5 years | JEE, GATE, CAT, GRE, TOEFL |
M.Tech in Data Science, M.Sc in Data Science
|
Vellore Institute of Technology (VIT) | Vellore | B.Tech, M.Tech, M.Sc, PhD | 4 years, 2 years, 2 years, 3-5 years | VITEEE, GATE, CAT, GRE, TOEFL |
M.Tech in Data Science, M.Sc in Data Science
|
What are Top Data Science Entrance Exams?
Exam Name | Eligibility Criteria | Exam Frequency | Accepted by colleges |
---|---|---|---|
GATE | Bachelor's degree in relevant field | Once a year | IITs, NITs, IIITs, GFTIs, and other institutes |
CAT | Bachelor's degree | Once a year | IIMs, and other top B-schools |
GRE | Bachelor's degree | Multiple times a year | Various colleges and universities in India and abroad |
JEE | 12th class | Once a year | IITs, NITs, IIITs, and other institutes |
TOEFL | Bachelor's degree | Multiple times a year | Various colleges and universities in India and abroad |
IIT-JAM | Bachelor's degree | Once a year | IITs and IISc |
JEST | Master's degree or equivalent in relevant field | Once a year | Various institutes offering Ph.D and Integrated Ph.D programs in Physics and Theoretical Computer Science |
NIMCET | Bachelor's degree | Once a year | NITs |
TANCET | Bachelor's degree | Once a year | Anna University, and other colleges in Tamil Nadu |
NMAT | Bachelor's degree | Multiple times a year | NMIMS, and other management institutes |