Prateek Agrawal May 13, 2026 No Comments
Artificial Intelligence has changed the way people work, learn, research, create content, analyze data, and make decisions. Tools like ChatGPT, Gemini, Claude, and Microsoft Copilot have made AI accessible to almost everyone. Today, a student can use AI to understand a topic, a marketer can use AI to write campaigns, a developer can use AI to generate code, and a business leader can use AI to analyze reports.
But as people started using AI more seriously, one major challenge became clear.
AI can sometimes give answers that sound confident but are not completely accurate.
This becomes a serious issue when AI is used for business, legal, finance, healthcare, education, or internal company processes. A generic answer is not enough. The AI system must be able to answer from the right source, using the right information, and preferably with reference to trusted documents.
This is where RAG in AI becomes important.
RAG stands for Retrieval-Augmented Generation. It is one of the most useful approaches in modern artificial intelligence because it helps AI systems generate answers based on relevant and trusted information. Instead of depending only on what the model already knows, RAG allows the AI to first search for the right information and then generate an answer using that information.
In simple words, RAG in AI helps make AI more accurate, updated, and useful for real-world applications.
RAG in AI means Retrieval-Augmented Generation. The term has two important parts: retrieval and generation.
Retrieval means finding relevant information from a source. This source can be a PDF, website, database, knowledge base, company policy document, research paper, Excel file, product manual, or any other document.
Generation means creating a human-like answer using a Large Language Model, also called an LLM.
When these two steps are combined, the AI first retrieves the most relevant information and then generates an answer based on it. This makes the response more grounded and context-specific.
For example, suppose a company has an HR policy document. An employee asks:
“Can I carry forward my unused leaves to next year?”
A normal chatbot may give a general answer based on common HR practices. But a RAG-based system will first search the company’s actual HR policy document, find the section related to leave carry-forward, and then answer based on that exact document.
This is the main value of RAG in AI. It allows AI to answer using your own knowledge, not just general internet-level knowledge.
Large Language Models are trained on massive amounts of text. They learn language, patterns, concepts, facts, and reasoning styles from this training. That is why they can answer many types of questions.
But they have limitations.
First, they may not know the latest information. If something happened after the model’s training period, the model may not have that knowledge.
Second, they do not automatically know private company data. For example, an AI model does not know your company’s latest sales policy, HR handbook, project report, legal contract, pricing sheet, training manual, or customer support process unless you provide it.
Third, LLMs can hallucinate. This means they may generate information that sounds correct but is actually wrong or unsupported.
Fourth, in business use cases, users often need source-based answers. They want to know where the answer came from. A generic response is not enough.
Because of these limitations, businesses needed a method to connect AI models with trusted knowledge sources. That method is RAG.
The goal of RAG in AI is not just to make AI sound smarter. The goal is to make AI more reliable, contextual, and useful for practical work.
A RAG system may sound technical, but the basic process is easy to understand.
The first step is to collect the knowledge sources. These may include company documents, PDFs, SOPs, manuals, FAQs, website pages, policy files, contracts, reports, or training content.
For example, a customer support team may collect product manuals, troubleshooting guides, return policies, and common customer questions.
Large documents are difficult to search and process at once. So they are divided into smaller sections called chunks.
For example, a 100-page document may be divided into smaller paragraphs or sections. Each chunk contains a specific piece of information.
This step is important because the system needs to find the exact section that is relevant to the user’s question.
The next step is to convert the text into embeddings. An embedding is a numerical representation of meaning.
This helps the AI system understand similarity between ideas, even if the exact words are different.
For example, the question “What is the notice period?” and a document section that says “Employees must serve 60 days before resignation” may not use the same words, but they are related in meaning. Embeddings help the system find that connection.
The embeddings are stored in a vector database. A vector database allows the system to search by meaning rather than only by exact keywords.
This is different from traditional search. A normal keyword search looks for matching words. A vector search looks for matching meaning.
When the user asks a question, the system also converts the question into an embedding.
Then it compares the question with all stored document chunks and finds the most relevant pieces of information.
The system retrieves the best matching chunks from the knowledge base.
For example, if the user asks about refund rules, the system retrieves the refund policy section.
Finally, the retrieved information is given to the language model along with the user’s question. The model uses this information to generate a clear and natural answer.
This full process is what makes RAG in AI so powerful.
Let us imagine a training institute that has hundreds of pages of course content, placement policies, project guidelines, FAQs, and student support documents.
Students often ask questions like:
“What is the project submission process?”
“How many doubt-clearing sessions are available?”
“What is the placement eligibility rule?”
“Which tools are covered in the course?”
“How do I prepare my portfolio?”
Without RAG, the institute may need support staff to answer these questions manually. Students may also waste time searching through long documents.
With a RAG-based AI assistant, all these documents can be added to a knowledge base. When a student asks a question, the AI assistant retrieves the relevant document section and gives a direct answer.
This saves time for the support team and gives students faster responses.
This is why RAG in AI is becoming so important for education, training, customer service, and enterprise knowledge management.
RAG matters because it helps AI move from generic answers to trusted answers.
Most businesses do not just want an AI that can write good English. They want an AI that can understand their documents, follow their policies, refer to their data, and support their workflows.
RAG makes this possible.
One of the biggest concerns with AI is hallucination. A chatbot may produce an answer that sounds polished but is not based on facts.
RAG reduces this problem by giving the AI relevant source material before it answers. The model is not forced to guess. It can use retrieved information from trusted documents.
This does not mean RAG makes AI perfect. But it improves reliability significantly.
A public AI model does not automatically know your company’s internal documents. But with RAG, an organization can connect AI to its own knowledge base.
This is useful for HR policies, finance reports, legal contracts, product manuals, sales playbooks, compliance documents, customer support FAQs, and internal training content.
For enterprises, RAG in AI is one of the most practical ways to make AI useful with company-specific information.
LLMs are trained at a particular point in time. They may not know the latest policy changes, product updates, market prices, or compliance rules.
RAG solves this by allowing the knowledge base to be updated separately. You do not need to retrain the entire model every time something changes.
For example, if your company updates its refund policy, you can update the document in the knowledge base. The AI assistant can then retrieve the latest version.
In many RAG systems, the AI can show the source of the answer. This is very useful when users need to verify information.
For example, a legal AI assistant can show which case or clause was used. An HR bot can show the exact policy section. A research assistant can show which document supports the answer.
This improves transparency and builds user confidence.
In most organizations, knowledge is scattered across folders, PDFs, emails, spreadsheets, websites, and internal portals. Employees spend a lot of time searching for information.
A RAG-based assistant allows users to ask questions in natural language and get direct answers.
For example:
“Summarize this contract.”
“Find the penalty clause.”
“What does our travel policy say about hotel reimbursement?”
“What were the key points from the last sales report?”
“Which SOP explains the machine maintenance process?”
This can save hours of manual search time.
RAG can be used across many industries and departments.
In customer support, it can answer questions from product manuals, FAQs, warranty policies, and troubleshooting documents.
In HR, it can help employees understand leave rules, reimbursement policies, onboarding processes, benefits, payroll rules, and appraisal guidelines.
In legal teams, it can help search contracts, clauses, case laws, legal judgments, and compliance documents.
In finance, it can help retrieve information from audit reports, loan documents, invoices, annual reports, and regulatory filings.
In education, it can power AI tutors that answer questions from course notes, recorded session transcripts, assignments, and reading material.
In manufacturing, it can support SOP search, machine manual lookup, quality control guidance, maintenance documentation, and safety instructions.
In sales and marketing, it can help teams find product details, competitor comparisons, pitch decks, pricing documents, case studies, and customer success stories.
The most powerful use of RAG in AI is in situations where people need accurate answers from large volumes of documents.
A normal chatbot answers from its trained knowledge. A RAG-based chatbot answers using retrieved information from a connected knowledge source.
This difference is very important.
If you ask a normal chatbot, “What is the refund policy?”, it may explain what refund policies usually include. But if you ask a RAG-based chatbot connected to your company documents, it can answer based on your actual refund policy.
A normal chatbot is useful for general knowledge. A RAG-based chatbot is useful for specific knowledge.
That is why companies are increasingly moving from simple chatbots to RAG-powered assistants.
RAG is powerful, but it is not perfect.
The quality of the answer depends on the quality of the source documents. If the documents are outdated, incomplete, or wrong, the AI may produce weak answers.
Retrieval quality also matters. If the system retrieves the wrong chunk, the final answer may not be accurate.
Document formatting is another challenge. Scanned PDFs, poorly structured documents, messy tables, and unclear headings can reduce the performance of a RAG system.
RAG also needs regular maintenance. Old documents should be removed. New documents should be added. Access permissions should be managed carefully. Sensitive information should be protected.
For complex questions, basic RAG may not be enough. Advanced systems may need reranking, metadata filtering, multi-step retrieval, knowledge graphs, or agent-based workflows.
Still, for many real-world use cases, RAG in AI remains one of the most practical and effective approaches.
Businesses should care about RAG because it turns static knowledge into usable intelligence.
Every company has valuable knowledge hidden in documents, reports, manuals, contracts, emails, and presentations. The problem is that this knowledge is often difficult to find at the right time.
RAG changes that.
It allows employees to interact with company knowledge through simple questions. Instead of opening folders and reading long documents, they can ask the AI assistant and get a direct response.
This improves productivity, reduces dependency on specific people, speeds up decision-making, and creates a more knowledge-driven organization.
For companies planning AI adoption, RAG in AI is often a better starting point than building complex AI agents immediately. It is practical, understandable, and directly connected to business problems.
The future of RAG will be more advanced and more integrated.
Today, many RAG systems work mainly with text documents. In the future, RAG systems will work more smoothly with images, audio, video, charts, dashboards, spreadsheets, emails, and business applications.
AI agents will also use RAG to retrieve information before taking action. For example, an AI agent may read a policy, summarize it, draft an email, update a CRM, create a report, and notify a manager.
This means RAG will not remain only a question-answering technology. It will become a foundation for intelligent workflows.
As AI becomes more common in business, professionals who understand RAG will have a major advantage.
RAG is one of the most important concepts in modern artificial intelligence. It helps AI systems become more accurate, reliable, contextual, and business-ready.
A normal AI model answers from general training. A RAG-based system answers from relevant documents and trusted sources.
That difference matters.
For students, RAG is an important concept to learn because it is used in many AI projects and job roles. For professionals, it helps explain how AI can work with company data. For businesses, it provides a practical way to build AI assistants, knowledge bots, support tools, and document intelligence systems.
In simple terms, RAG in AI helps artificial intelligence move from generic answers to source-based answers.
Prateek Agrawal is the founder and director of Ivy Professional School. He is ranked among the top 20 analytics and data science academicians in India. With over 16 years of experience in consulting and analytics, Prateek has advised more than 50 leading companies worldwide and taught over 7,000 students from top universities like IIT Kharagpur, IIM Kolkata, IIT Delhi, and others.
Prateek Agrawal May 09, 2026 No Comments
If you are planning to start a career in data analytics, one of the first questions you will face is: should I learn Python or SQL first?
This confusion is very common. Many beginners hear that Python is powerful and used in data science, machine learning, automation, and AI. At the same time, they also hear that SQL is essential because most business data is stored in databases.
So, when it comes to Python vs SQL for data analytics beginners, which one is more important? Which one is easier? Which one helps you get a job faster? And most importantly, which one should you learn first?
The honest answer is simple: if you are starting in data analytics, learn SQL first, then Python.
SQL helps you access and extract data. Python helps you analyze, clean, automate, and extend your work further. Both are valuable, but they serve different purposes. A strong data analyst should ideally know both.
This blog will help you understand the difference between Python and SQL, their roles in data analytics, how difficult they are, where each one is used, and the best learning path for beginners.
SQL stands for Structured Query Language. It is used to communicate with databases.
In most companies, data is stored in structured databases. These databases may contain customer details, sales transactions, employee records, product information, marketing campaign data, inventory details, payment records, and many other types of business information.
SQL helps you ask questions from these databases.
For example:
SQL allows you to filter, group, join, and summarize data directly from the database. This is why SQL is one of the most important skills for data analytics beginners.
A simple SQL query may look like this:
SELECT region, SUM(sales) AS total_sales
FROM orders
GROUP BY region;
This query tells the database to calculate total sales for each region. Even if you are new to coding, SQL is quite readable because it uses English-like commands such as SELECT, FROM, WHERE, GROUP BY, and ORDER BY.
Python is a general-purpose programming language. It is used in many fields, including web development, automation, data analytics, data science, machine learning, AI, finance, and software development.
In data analytics, Python is mainly used to clean, analyze, manipulate, visualize, and automate data.
Python becomes especially powerful because of libraries such as:
Python can read data from Excel files, CSV files, databases, APIs, websites, and cloud platforms. Once the data is loaded, Python can help you clean it, transform it, analyze it, and create charts or reports.
A simple Python example may look like this:
import pandas as pd
df = pd.read_csv(“sales_data.csv”)
region_sales = df.groupby(“Region”)[“Sales”].sum()
print(region_sales)
This code reads a sales file and calculates total sales by region.
Compared to SQL, Python is broader and more flexible. But for beginners, it may also feel slightly more complex because it involves programming concepts such as variables, functions, loops, libraries, and data structures.
The easiest way to understand the difference is this:
SQL is mainly used to get data from databases.
Python is mainly used to work with data after you get it.
Think of SQL as the tool you use to enter the data warehouse and pull the required information. Think of Python as the tool you use to clean, analyze, automate, and model that information.
For example, imagine a company wants to analyze customer churn.
SQL can help you extract customer records, transactions, subscriptions, and payment history from the database.
Python can help you clean the extracted data, create churn indicators, build visualizations, run statistical analysis, and even create a predictive model.
Both tools are connected. SQL gives you access to structured data. Python gives you flexibility to perform deeper analysis.
That is why the debate of Python vs SQL for data analytics beginners should not be treated as an either-or decision. It is better to understand which one to learn first and how both fit into your data analytics journey.
SQL is important because most business data lives in databases. Even if you know Excel, Power BI, or Python, you will often need SQL to extract the right data.
Here are the main reasons beginners should learn SQL.
In real companies, data is rarely available as a clean Excel file. It is usually stored in systems such as CRM, ERP, HRMS, accounting software, e-commerce platforms, banking systems, and cloud databases.
SQL helps you pull the data you need from these systems.
For example, a sales analyst may need customer-wise revenue from a database. A marketing analyst may need campaign leads and conversion data. A finance analyst may need invoice and payment details. SQL makes this possible.
Without SQL, you may depend on someone else to extract data for you. With SQL, you become more independent.
For most beginners, SQL is easier than Python because the syntax is more direct. You do not need to understand full programming logic before writing useful SQL queries.
These queries are readable even for non-programmers.
This makes SQL a strong starting point for beginners who are coming from business, commerce, finance, HR, marketing, operations, or non-technical backgrounds.
If you look at most data analyst job descriptions, SQL is usually one of the core requirements. Employers expect analysts to extract, filter, join, and aggregate data from databases.
Common SQL tasks in data analyst roles include:
SQL is not just a beginner tool. It is used daily by analysts, business intelligence professionals, data engineers, product analysts, and data scientists.
SQL teaches you how structured data works. You learn about tables, rows, columns, keys, relationships, joins, and aggregations.
This is extremely useful for understanding real-world business data.
For example, a customer table may connect with an order table. An order table may connect with a product table. A product table may connect with a category table. SQL teaches you how to combine these tables logically.
This understanding helps later when you learn Power BI, Tableau, Python, or data modeling.
If SQL is the foundation for accessing data, Python is the tool that gives you deeper analytical power. It helps when data becomes large, messy, repetitive, or complex.
Here are the main reasons Python matters for beginners.
Python can work with many types of data sources. You can use it with Excel files, CSV files, databases, APIs, text files, web data, and cloud platforms.
This flexibility makes Python useful in many scenarios.
For example, you can use Python to:
Python is not limited to databases. It gives you more freedom to work with different kinds of data.
Data cleaning is one of the most time-consuming parts of analytics. Real-world data often has missing values, duplicate rows, inconsistent spellings, incorrect formats, extra spaces, and wrong data types.
Python’s Pandas library is excellent for cleaning such data.
You can use Python to:
For example:
df[“Order Date”] = pd.to_datetime(df[“Order Date”])
df = df.drop_duplicates()
df[“City”] = df[“City”].str.strip().str.title()
This type of work is possible in Excel and SQL too, but Python is especially useful when the dataset is large or when the same cleaning process must be repeated again and again.
One of Python’s biggest advantages is automation. Many working professionals spend hours preparing the same reports every week or month. Python can automate such repetitive work.
For example, Python can:
This is very useful for MIS analysts, finance professionals, HR analysts, sales analysts, and operations teams.
A beginner who learns Python for automation can save hours of manual work.
If your long-term goal is data science, machine learning, AI, forecasting, or advanced analytics, Python becomes very important.
Python is widely used for:
SQL may help you extract data, but Python allows you to build advanced models and data-driven applications.
This is why many learners start with SQL and then move to Python once they are comfortable with analytics basics.
SQL is usually easier for complete beginners.
The reason is simple. SQL is designed for one main purpose: working with structured database tables. Its commands are focused and readable. You can start writing useful queries quickly.
Python is also beginner-friendly compared to many programming languages, but it is still a programming language. You need to understand concepts like:
For someone from a non-technical background, these concepts may take some time.
However, Python becomes easier when taught with business examples instead of abstract programming exercises. For example, analyzing sales data is easier to understand than printing random patterns or solving pure coding puzzles.
So, if we compare Python vs SQL for data analytics beginners purely on ease of learning, SQL wins in the first stage. But Python becomes manageable once you understand basic data logic.
Both are useful, but SQL is more commonly required for entry-level data analyst roles.
Most companies expect data analysts to know SQL because analysts must often pull data from databases. Even if the company uses Power BI or Tableau, SQL is still valuable for preparing the data behind dashboards.
Python is also very useful, especially for roles that involve automation, advanced analysis, large datasets, data science, or machine learning.
Here is a practical way to understand it:
For data analyst roles: SQL is essential, Python is a strong advantage.
For business analyst roles: SQL is highly useful, Python may be optional.
For BI analyst roles: SQL plus Power BI or Tableau is very important.
For data scientist roles: Python is essential, SQL is also important.
For analytics automation roles: Python is very useful.
For product analytics roles: SQL is essential, Python is useful.
For finance analytics or marketing analytics roles: SQL and Python both add value.
So, if your goal is to get into analytics faster, start with SQL. If your goal is to move into advanced analytics or data science later, definitely learn Python after SQL.
Both can clean data, but they are used differently.
SQL is useful for cleaning data inside databases. You can remove duplicates, handle null values, format text, filter wrong records, and create cleaned views.
Python is better when cleaning is more complex, repetitive, or file-based. If you need to clean multiple Excel files, handle messy columns, apply advanced transformations, or automate the process, Python is more powerful.
For example, SQL works well when your data is already in database tables. Python works well when your data is coming from Excel files, CSVs, APIs, or multiple sources.
In real projects, many analysts use both. They extract and pre-clean data using SQL, then do further cleaning and analysis using Python or Power BI.
Neither Python nor SQL is usually the final dashboarding tool for most business users.
Dashboards are generally built using tools like Power BI, Tableau, Looker Studio, or Excel.
However, SQL and Python support dashboard creation in different ways.
SQL helps prepare the dataset for dashboards. You can write queries to extract clean and summarized data.
Python can be used to create charts, automated reports, and analytical outputs. It can also support dashboards using libraries or frameworks like Plotly, Dash, or Streamlit.
For most beginners, the best combination is:
SQL for data extraction
Power BI or Tableau for dashboards
Python for deeper analysis and automation
This combination is very strong for data analytics careers.
For most data analytics beginners, the recommended order is:
SQL should usually come before Python because it teaches how business data is stored and retrieved. It also gives faster confidence to beginners because the learning curve is lower.
Once you know SQL, Python becomes more meaningful. You will understand what kind of data you need, how tables work, and how datasets are structured.
Learning Python first is also possible, especially if you are already from a technical background. But for non-technical learners entering analytics, SQL-first is usually the smarter path.
Here is a practical roadmap if you are confused about where to begin.
Before SQL or Python, make sure you understand basic data concepts using Excel.
Learn:
Excel gives you visual comfort with data.
Start with:
Practice SQL on business datasets like sales, customers, products, orders, employees, and transactions.
Once you can extract data, learn how to present it visually.
Focus on:
Start Python only after you are comfortable with data thinking.
Learn:
Projects convert knowledge into confidence.
Build projects such as:
These projects will help you build a portfolio and prepare for interviews.
Many beginners make the mistake of trying to learn too many tools at once. They start Excel, SQL, Python, Power BI, statistics, machine learning, and AI together. This creates confusion.
Another mistake is learning only syntax without solving business problems. Knowing commands is not enough. You should know when and why to use them.
Some learners also jump into Python machine learning before understanding basic data cleaning and analysis. This creates weak fundamentals.
A better approach is to follow a clear sequence. Learn one tool at a time. Practice on real datasets. Build small projects. Then combine tools gradually.
You can start with SQL, but SQL alone may not be enough for most data analyst roles.
SQL is excellent for extracting and transforming data. But analysts also need visualization, reporting, communication, and business interpretation skills.
A strong entry-level data analyst should ideally know:
So, SQL can help you enter the field, but you should add dashboarding and Python to become stronger.
Python alone is also not enough.
Even if you are good at Python, you may struggle in a company if you cannot extract data from databases using SQL. Most business data is stored in relational databases, and SQL remains the standard language for accessing that data.
Python is powerful, but SQL is often the entry point to business data.
So, Python-only learning may be useful for data science experiments, but for business analytics jobs, you should learn SQL too.
The best combination for beginners is not Python versus SQL. It is Python plus SQL.
A good beginner toolkit should look like this:
Excel for basic analysis and reporting
SQL for database querying
Power BI or Tableau for dashboards
Python for cleaning, automation, and advanced analytics
Statistics for correct interpretation
AI tools for faster productivity
This combination helps you become practical, employable, and future-ready.
When comparing Python vs SQL for data analytics beginners, the winner depends on your stage.
If you are a complete beginner, start with SQL.
If you want to access business data, SQL is essential.
If you want to clean, automate, and analyze data deeply, Python is powerful.
If you want to become a strong data analyst, learn both.
The most practical learning order is: Excel, SQL, Power BI or Tableau, Python, then advanced analytics.
Do not treat Python and SQL as competitors. Treat them as partners. SQL helps you get the data. Python helps you do more with the data.
For beginners, the smartest path is to build strong SQL fundamentals first, then add Python to increase your analytical power.
Turn this roadmap into a real career plan.
Learning tools randomly can waste months. With Ivy Professional School, you follow a structured path, build portfolio projects, prepare for interviews, and get placement support.
Learn data analytics the way companies actually use it.
FAQs
For most beginners, SQL should come first. SQL helps you understand structured data and extract information from databases. After that, Python becomes easier and more useful.
Yes, SQL is usually easier for complete beginners because it has a simpler, English-like syntax. Python is also beginner-friendly, but it requires understanding programming concepts like variables, loops, functions, and libraries.
SQL is very important, but SQL alone may not be enough. You should also learn Excel, Power BI or Tableau, basic statistics, and data storytelling. Python can further improve your profile.
Python is not always mandatory for entry-level data analytics jobs, but it is a strong advantage. It is useful for automation, cleaning large datasets, advanced analysis, and moving toward data science.
Professionals who know both Python and SQL usually have better opportunities. SQL helps with analytics and BI roles, while Python adds value for automation, advanced analytics, and data science roles.
You can learn basic SQL in 3 to 4 weeks with regular practice. Python basics may take 6 to 8 weeks. Becoming confident in both requires projects and real dataset practice.
Prateek Agrawal is the founder and director of Ivy Professional School. He is ranked among the top 20 analytics and data science academicians in India. With over 16 years of experience in consulting and analytics, Prateek has advised more than 50 leading companies worldwide and taught over 7,000 students from top universities like IIT Kharagpur, IIM Kolkata, IIT Delhi, and others.
Prateek Agrawal May 08, 2026 No Comments
The modern workplace is changing faster than ever. Every department now depends on data. Sales teams track leads and revenue pipelines. Marketing teams analyze campaign performance. Finance teams monitor profitability and cost leakages. HR teams study attrition, hiring trends, and employee performance. Operations teams use dashboards to identify delays, bottlenecks, and productivity gaps.
This is why data analytics is no longer a skill only for data analysts. It has become a core career skill for working professionals across industries.
Whether you are from sales, finance, marketing, HR, operations, supply chain, IT, consulting, or business management, learning data analytics can help you make better decisions, improve your productivity, and open new career opportunities. A well-designed data analytics course for working professionals can help you learn these skills in a structured, practical, and job-oriented way without leaving your current role.
This blog will help you understand why data analytics matters, what a good course should include, who should learn it, and how working professionals can use it to move into better roles.
In the past, business decisions were often based on experience, intuition, and manual reports. Today, companies want faster and more accurate decisions. They want professionals who can work with data, identify patterns, create dashboards, and convert raw numbers into business insights.
A manager who understands data can ask better questions. A finance professional who knows analytics can detect cost issues faster. A marketing executive can identify which campaigns are actually working. An HR professional can understand why employees are leaving. A business leader can track performance in real time instead of waiting for monthly reports.
This is the real power of data analytics. It helps professionals move from “I think” to “the data shows.”
That is why many companies now prefer employees who can use tools like Excel, SQL, Power BI, Tableau, Python, and AI-based analytics tools. A data analytics course for working professionals helps bridge the gap between traditional work experience and modern data-driven decision-making.
What Is Data Analytics?
Data analytics is the process of collecting, cleaning, analyzing, visualizing, and interpreting data to support decision-making.
In simple terms, it helps answer questions like:
For example, a retail company may want to know why sales dropped in one city. A data analyst may study product sales, customer footfall, discount patterns, stock availability, and regional performance. The final output may be a dashboard or report that clearly shows the reason behind the sales decline.
Data analytics combines business understanding, technical tools, and logical thinking. You do not need to become a hardcore programmer to start. Many professionals begin with Excel, Power BI, and SQL before moving to Python or machine learning.
A working professional already has one major advantage: domain experience.
Freshers may know tools, but working professionals understand real business problems. They know how processes work, where inefficiencies happen, and what kind of insights managers need. When this business experience is combined with data analytics skills, it creates a powerful career advantage.
Here are some strong reasons why working professionals should consider learning data analytics.
Many professionals reach a point where regular experience is not enough to grow. Promotions increasingly require analytical thinking, business reporting, automation, and data-backed decision-making. Data analytics can help you move into roles that are more strategic and better paid.
If you are planning to shift into analytics, business intelligence, product analytics, marketing analytics, financial analytics, HR analytics, or operations analytics, a structured course can give you the foundation needed for the transition.
Analytics skills help you reduce manual work. Instead of spending hours preparing reports, you can automate dashboards, clean data faster, and generate insights quickly.
Professionals who understand data can support their recommendations with evidence. This improves credibility in meetings, presentations, and management discussions.
AI and automation are changing job roles. Repetitive work is getting automated, but professionals who can interpret data and use AI tools intelligently will remain highly valuable.
A good data analytics course for working professionals is useful for people from many backgrounds. You do not have to be from a computer science or statistics background to begin.
This course is suitable for:
The key point is simple: if your work involves data, reports, customers, processes, performance, revenue, or decision-making, data analytics can help you grow.
Not all courses are designed for working professionals. Some are too theoretical. Some are too technical. Some only teach tools without explaining business application. A good course should balance concepts, tools, case studies, projects, and career support.
Here are the important components of a strong data analytics course for working professionals.
Excel is still one of the most widely used tools in business. Even advanced analytics professionals use Excel for quick analysis, data checks, and reporting.
A good course should cover:
Excel is often the best starting point because most working professionals are already familiar with it. However, the goal should not be only to learn formulas. The goal should be to use Excel for structured business analysis.
SQL is one of the most important skills for data analytics. Most company data is stored in databases. SQL helps you extract, filter, join, and summarize that data.
A good course should teach:
For working professionals, SQL is especially useful because it reduces dependency on IT teams. Instead of waiting for someone else to provide data, you can directly extract the information you need.
Dashboards are at the heart of modern business reporting. Leaders do not want long spreadsheets. They want visual dashboards that show what is happening, where performance is weak, and what actions are needed.
A good data analytics course should include tools like Power BI or Tableau.
Important topics include:
Power BI is especially popular among companies using Microsoft tools. Tableau is also widely used for advanced visualization. Learning either one can significantly improve your reporting and analytics skills.
Python is a powerful tool for data analytics, automation, and advanced analysis. Working professionals may not need to become full-time programmers, but Python can help them handle larger datasets and automate repetitive tasks.
A good course should cover:
Python becomes especially useful when data becomes too large or complex for Excel. It also helps professionals move toward machine learning and AI-based analytics.
Many people fear statistics, but data analytics requires only practical and applied understanding at the beginning.
Important concepts include:
The focus should be on application. For example, what does correlation mean in sales data? How can standard deviation help identify unusual performance? How can regression support forecasting?
Working professionals do not need formula-heavy statistics in the beginning. They need business-friendly statistics that helps them interpret data correctly.
In real life, data is rarely clean. It may have missing values, duplicate records, spelling differences, wrong formats, and inconsistent categories.
A practical course must teach how to clean data using Excel, Power Query, SQL, and Python.
Data cleaning includes:
This is one of the most important parts of analytics because wrong data leads to wrong insights.
A course becomes powerful when it uses real business situations. Working professionals learn faster when they can connect analytics with their own job roles.
Good case studies may include:
These projects help learners understand not just the tool, but the business problem behind the tool.
Modern analytics is now becoming AI-assisted. Tools like ChatGPT, Copilot, Gemini, Claude, and AI-powered BI tools can help professionals write formulas, explain data, generate insights, create summaries, and build faster dashboards.
A modern data analytics course for working professionals should include AI-enabled workflows such as:
This does not mean AI will replace the analyst. It means professionals who know how to use AI with analytics will work faster and smarter.
A data analytics course can open multiple career paths depending on your background, experience, and depth of learning.
Some common roles include:
For working professionals, the transition may happen in two ways. Some move fully into data roles. Others continue in their current domain but become analytics-driven professionals. Both paths are valuable.
For example, a finance manager with analytics skills can become a finance analytics specialist. A marketing executive can move into marketing analytics. An HR professional can become an HR analytics expert. This domain-plus-analytics combination is often more powerful than analytics alone.
One of the biggest concerns working professionals have is time. They may already have office work, family responsibilities, travel, and deadlines. That is why the learning format matters.
A good course should be designed around the lifestyle of working professionals.
Look for features like:
The best approach is to learn step by step. You do not need to master everything in one month. Start with Excel and SQL, then move to Power BI, Python, statistics, and projects.
Consistency matters more than speed.
Before enrolling in any course, evaluate it carefully. A course should not only promise career growth. It should show how it will help you build practical skills.
Here are some questions you should ask.
Does the course start from basics?
Does it include hands-on projects?
Does it teach Excel, SQL, Power BI, Python, and statistics?
Does it include real business case studies?
Are the trainers experienced in analytics?
Is there support for doubts and practice?
Does the course include portfolio-building projects?
Are there resume and interview preparation sessions?
Does the course help working professionals transition without quitting?
Does it include modern AI tools for analytics?
The right course should make you job-ready, not just certificate-ready.
Certificates are useful, but projects prove your skills.
Employers want to see whether you can solve real problems. A strong analytics portfolio can include dashboards, SQL analysis, Excel reports, Python notebooks, and business case studies.
Some portfolio project ideas include:
These projects show that you can work with data, ask the right questions, clean the dataset, analyze patterns, and present insights clearly.
For working professionals, portfolio projects can also be based on their current industry. This makes the transition more credible.
Learning data analytics while working can be challenging. But most challenges can be managed with the right learning plan.
Many professionals worry that they cannot learn coding. The truth is, you do not need advanced coding to begin data analytics. SQL and basic Python are learnable with practice, even for non-technical professionals.
The solution is structured weekly learning. Even 5 to 7 focused hours per week can create strong progress over a few months.
Excel, SQL, Power BI, Python, statistics, AI tools: the list can feel overwhelming. A good course should teach these tools in the right sequence instead of throwing everything at once.
This is why case studies and projects are important. Tool knowledge becomes meaningful only when applied to business problems.
Some learners do not know whether they should become data analysts, business analysts, BI analysts, or domain analytics specialists. Career mentoring can help identify the right path based on their background.
Data analytics is not limited to one industry. Let us look at how it helps different functions.
Sales teams can use analytics to track targets, lead conversions, region-wise performance, customer buying patterns, and salesperson productivity.
Marketing teams can analyze campaign ROI, customer engagement, website traffic, ad performance, and customer segments.
Finance teams can use analytics for budgeting, expense tracking, profitability analysis, variance analysis, and forecasting.
HR teams can analyze attrition, hiring funnel, employee performance, attendance, training effectiveness, and engagement scores.
Operations teams can track process efficiency, production delays, logistics performance, inventory levels, and quality issues.
Leaders can use analytics dashboards to monitor strategic KPIs and take faster decisions.
This is why a data analytics course for working professionals should not be generic. It should help learners connect analytics with real business functions.
The future of analytics will not be only about creating reports. It will be about combining analytics with AI.
Professionals will increasingly use AI to:
This creates a new opportunity for working professionals. Those who combine business experience, data analytics, and AI tools will have a strong edge in the job market.
The next generation of analysts will not only prepare reports. They will act as insight partners for business teams.
The learning duration depends on your background and the depth of the course. For most working professionals, a structured learning journey of 4 to 6 months is practical.
A possible learning path could look like this:
Month 1: Excel, data cleaning, basic analytics concepts
Month 2: SQL and database querying
Month 3: Power BI or Tableau dashboards
Month 4: Python and business statistics
Month 5: Projects, AI tools, and data storytelling
Month 6: Portfolio, resume, interview preparation, and specialization
The important point is not just completing the syllabus. The real goal is to become confident in solving business problems using data.
For working professionals, the learning experience should be practical, structured, and career-oriented. Ivy Professional School focuses on hands-on learning, real business case studies, project-based practice, and career support.
The aim is not just to teach tools. The aim is to help learners think like analysts.
A strong analytics learner should be able to:
This is the kind of capability working professionals need to grow in today’s data-driven workplace.
Yes, a data analytics course for working professionals is worth it if you want to grow, transition, or future-proof your career.
Data analytics is no longer optional. It is becoming a core professional skill across industries. The people who understand data will make better decisions, contribute more effectively, and become more valuable to their organizations.
You do not need to quit your job to learn analytics. You need the right course structure, consistent practice, practical projects, and a clear career roadmap.
If you are a working professional looking to move ahead in your career, this is the right time to start learning data analytics. Your domain experience is already a strength. Data analytics can turn that experience into a powerful career advantage.
Ready to become a data-driven professional?
Learn Excel, SQL, Power BI, Python, business statistics, AI tools, and real-world analytics projects with Ivy Professional School.
Designed for working professionals who want practical skills, career growth, and transition support.
FAQs
Yes. Many professionals from commerce, finance, marketing, HR, sales, and operations backgrounds successfully learn data analytics. You do not need to be a programmer to start. You can begin with Excel, SQL, and Power BI before moving to Python and advanced analytics.
A working professional should ideally spend 5 to 7 hours per week. This can include live classes, recorded sessions, assignments, and project practice. Consistency is more important than long study hours.
Python is not compulsory at the beginning, but it is very useful. You can start with Excel, SQL, and Power BI. Once you are comfortable, Python can help you automate tasks, handle larger datasets, and move toward advanced analytics.
Yes, but the transition depends on your background, practice, project portfolio, and interview preparation. Working professionals with domain knowledge often have an advantage because they can apply analytics to real business problems.
Data analytics professionals are hired across IT, BFSI, retail, e-commerce, manufacturing, healthcare, logistics, consulting, education, telecom, and digital marketing. Almost every industry now needs people who can work with data.
Prateek Agrawal is the founder and director of Ivy Professional School. He is ranked among the top 20 analytics and data science academicians in India. With over 16 years of experience in consulting and analytics, Prateek has advised more than 50 leading companies worldwide and taught over 7,000 students from top universities like IIT Kharagpur, IIM Kolkata, IIT Delhi, and others.
Prateek Agrawal Apr 25, 2026 No Comments
Understanding the data analyst salary landscape has become critical for anyone planning a career in analytics, switching domains, or hiring talent. With organizations across industries relying heavily on data-driven decision-making, demand for skilled analysts continues to grow rapidly—directly impacting compensation trends.
This guide breaks down everything you need to know about data analyst salaries in 2026, including India-specific insights, global benchmarks, experience-wise breakdowns, and strategies to maximize your earning potential.
The rise in data analyst salary is not accidental—it is driven by structural changes in how businesses operate.
Companies today depend on data for:
As a result, data analysts are no longer “support roles.” They are now core business enablers.
This shift has directly pushed salaries upward, especially for professionals who combine technical skills with business understanding.
The data analyst salary in India varies based on experience, city, industry, and skill set. However, the following ranges give a realistic benchmark:
The key takeaway: data analyst salary grows exponentially with skill depth and business impact.
Location plays a significant role in determining compensation.
However, remote work is gradually reducing location-based salary differences.
If you are targeting international roles, here’s how data analyst salary compares globally:
The gap exists primarily due to:
But with remote opportunities, Indian professionals can increasingly tap into global salary levels.
Not all industries pay the same. The data analyst salary differs significantly depending on domain.
Domain knowledge can increase your salary by 20–40% compared to generic roles.
Your salary is directly linked to your skill stack. Here’s how different skills affect earning potential:
Professionals with advanced skills often command 2x–3x higher data analyst salary than beginners.
Certain tools significantly influence salary levels:
| Tool / Skill | Salary Impact |
| Excel | Base level |
| SQL | +20% |
| Power BI / Tableau | +30% |
| Python | +40% |
| Machine Learning | +60%+ |
Employers pay more for analysts who can move beyond reporting into insight generation and prediction.
One of the most common questions is how data analyst salary evolves over time.
The growth is not linear—it depends heavily on:
Freelancing has opened new income streams.
Freelancers with niche expertise can earn more than full-time employees.
Several variables impact compensation:
If your goal is to maximize your data analyst salary, focus on these strategies:
Excel is essential, but not sufficient. Learn SQL and visualization tools.
Employers value practical experience over theoretical knowledge.
Understanding revenue, cost, and KPIs sets you apart.
Salary jumps often happen during job transitions.
AI is reshaping analytics roles, early adopters will earn more.
The future of data analyst salary is closely tied to AI and automation.
Key trends:
Entry-level roles may become more competitive, but skilled professionals will continue to command premium salaries.
Yes—but only if approached correctly.
A data analyst role can be:
However, success depends on continuous learning and skill upgrades.
The data analyst salary in 2026 reflects the growing importance of data in business decision-making. While entry-level salaries may seem modest, the growth potential is significant for those who invest in the right skills.
If you focus on:
You can quickly move into higher salary brackets and even access global opportunities.
Typically between ₹3.5 LPA to ₹6 LPA for freshers.
Bangalore offers the highest average salaries in India.
Yes, with strong skills and projects, freshers can earn ₹6–8 LPA.
Yes, due to high demand and strong salary growth potential.
If you’re planning to enter or grow in this field, now is the right time—the demand is strong, and the earning potential is only going higher.
Prateek Agrawal is the founder and director of Ivy Professional School. He is ranked among the top 20 analytics and data science academicians in India. With over 16 years of experience in consulting and analytics, Prateek has advised more than 50 leading companies worldwide and taught over 7,000 students from top universities like IIT Kharagpur, IIM Kolkata, IIT Delhi, and others.
Prateek Agrawal Apr 21, 2026 No Comments
Anthropic’s release of Claude Opus 4.7 marks one of the most meaningful upgrades in the AI landscape in 2026. At the same time, a more powerful and highly restricted model, Claude Mythos, has quietly emerged as the benchmark leader in autonomous AI execution.
This brings us to the central debate: Claude Opus 4.7 vs Claude Mythos — which one actually matters for real-world use?
This article breaks down Claude Opus 4.7 vs Claude Mythos using benchmark data, execution insights, and business implications so you can make an informed decision.
Before diving deeper into Claude Opus 4.7 vs Claude Mythos, it’s important to understand what Opus 4.7 actually improves.
Claude Opus 4.7 introduces a significant leap in vision processing, now supporting images up to 2,576 pixels compared to roughly 768 pixels earlier. This is not a cosmetic upgrade. It fundamentally changes how the model interprets dashboards, scanned documents, and dense visual data.
Instruction-following has also improved dramatically. The model is far more literal, executing prompts with precision. This makes it powerful but less forgiving, meaning prompt quality now directly impacts output quality.
Additionally, memory handling across sessions has improved. This allows smoother multi-step workflows, especially in business and operational environments.
Related: What is Claude Design?
To understand the context of Claude Opus 4.7 vs Claude Mythos, the jump from Opus 4.6 to 4.7 is critical.
Software engineering performance increased from around 60 percent to 87.6 percent on SWE-bench. This is not incremental. It shifts the model from “usable” to “highly reliable” for coding.
Image resolution expanded from roughly 768 pixels to 2,576 pixels, enabling real-world use cases like financial dashboards and operational analytics.
CyberGym performance improved from 49 percent to 55 percent, indicating better security reasoning, though still far behind Mythos.
Related: How to Use Claude AI Like a Pro: Complete Beginner to Advanced Guide
The discussion around Claude Opus 4.7 vs Claude Mythos becomes clearer when you separate benchmarks into two categories.
Knowledge benchmarks measure reasoning and intelligence. Execution benchmarks measure the ability to complete tasks autonomously.
This distinction explains everything.
In the Claude Opus 4.7 vs Claude Mythos comparison, reasoning capabilities are surprisingly close.
On GPQA Diamond, the difference is minimal. On MMLU Pro and other reasoning benchmarks, Mythos performs slightly better, but not significantly.
This leads to a crucial insight: Claude Mythos is not dramatically more intelligent than Opus 4.7. Both models operate at nearly the same level when it comes to reasoning, analysis, and general knowledge.
Related: How to Use Claude in Finance: AI for Financial Analysis, Modeling & Automation
The real story in Claude Opus 4.7 vs Claude Mythos emerges in execution benchmarks.
Mythos significantly outperforms Opus 4.7 in tasks like web browsing, multi-tool workflows, and autonomous system control. In some cases, the gap exceeds 20 percentage points.
This means Mythos is not just answering better. It is completing tasks better.
It performs stronger in multi-step workflows, tool integration, autonomous decision-making, and real-world system interaction.
The defining difference in Claude Opus 4.7 vs Claude Mythos is not intelligence. It is autonomy.
Opus 4.7 behaves like a highly capable professional who follows instructions accurately.
Mythos behaves like the same professional who can independently plan, execute, and complete complex workflows without supervision.
This explains why reasoning benchmarks show minimal differences, while execution benchmarks show significant gaps.
An important dimension in Claude Opus 4.7 vs Claude Mythos is access.
Claude Mythos is not publicly available. The primary reason lies in its cybersecurity capability.
Its significantly higher performance in identifying vulnerabilities, understanding exploit pathways, and simulating attacks makes it powerful but risky.
Because of this, Anthropic has restricted Mythos while continuing to test safety mechanisms using Opus 4.7.
The decision in Claude Opus 4.7 vs Claude Mythos depends entirely on your use case.
Claude Opus 4.7 is ideal for content creation, business analysis, coding with supervision, and working with visual data like dashboards and reports.
Claude Mythos becomes relevant only when you are building autonomous AI agents, running complex multi-step workflows, or automating systems with minimal human intervention.
For most businesses today, Opus 4.7 is more practical and accessible.
The comparison of Claude Opus 4.7 vs Claude Mythos reveals a larger trend.
Earlier, the question was whether AI could answer correctly.
In 2026, the question has evolved into whether AI can complete tasks end-to-end without supervision.
Intelligence is becoming commoditized. Execution is becoming the differentiator.
Claude Opus 4.7 represents the peak of usable intelligence.
Claude Mythos represents the future of autonomous execution.
When evaluating Claude Opus 4.7 vs Claude Mythos, the answer is clear for most users.
Claude Opus 4.7 is the right choice today. It is accessible, reliable, and powerful enough for the majority of real-world applications.
Claude Mythos is more advanced in execution, but its restricted access and higher risk profile limit its current usability.
Prateek Agrawal is the founder and director of Ivy Professional School. He is ranked among the top 20 analytics and data science academicians in India. With over 16 years of experience in consulting and analytics, Prateek has advised more than 50 leading companies worldwide and taught over 7,000 students from top universities like IIT Kharagpur, IIM Kolkata, IIT Delhi, and others.
Team Sep 19, 2024 No Comments
Data scientist or data analyst? What are the differences between them? Which one should you choose?
Well, those are common questions asked by people aspiring to become data experts. And I don’t blame them because these two fields are complementary and have several overlapping areas.
But at the same time, they have different roles, skill sets, and salaries that set them apart.
In this post, we will understand the difference between data scientists and data analysts. We will also see what skills they should have and what salary they earn.
These two fields have interconnected roles and are like two sides of the same coin. Data scientists ask the right questions, whereas data analysts find specific answers to those questions.
The role of data scientists is exploratory. They look for hidden patterns and develop models that predict future events. Whereas the role of data analysts is more descriptive, as they focus more on providing a description of what has already happened by looking at historical data.
A data scientist’s work involves predictive modeling, deep learning, artificial intelligence, and working with massive datasets. They often deal with uncertainty and try to uncover new patterns or relationships in data. On the other hand, data analysts analyze data and generate reports that support decision-making. Their skills revolve around data visualization, querying, and basic statistical analysis.
Both of them play a crucial part in helping businesses make data-driven decisions, but data scientists typically deal with more complexity and have a higher earning potential. We will see their salary in more detail, but let’s first understand what skill sets they need.
Related: Data Engineer vs. Data Scientist
Since they have different roles, they need different skill sets. Let’s understand this in detail:
A data scientist may have to work with complex datasets, build predictive models using ML or statistical methods, use programming to develop algorithms, evaluate models, and provide actionable insights to business stakeholders. Here are the skills they usually need:
If you want to know more about topics you should study to become a data scientist, you can check out this data science syllabus. It’s followed by Ivy Professional School’s IIT-certified Data Science Certification Course.
Also, watch this video to understand the data science journey for freshers:
A data analyst’s primary job is to analyze and visualize data to help businesses make informed decisions. They may collect and organize data, analyze it with statistical methods, identify trends, and generate reports and dashboards. Here are crucial skills they need:
You can watch this video to understand how data analysis is actually done to solve real-world problems. This is Mamta Mukherjee, an Ivy Pro student who has analyzed Netflix movies and TV shows using Excel to find valuable insights:
Businesses need data to gather important insights, enhance business performance, and evolve in the market. So, both data scientists and data analysts are in high demand. But there is a difference in the salary they earn.
The average data scientist’s salary is ₹12,00,000 per year in India. If you consider the cash bonus, commission, tips, etc., then the additional pay is ₹1,80,000 per year, which makes the average total salary of a data scientist ₹13,80,000 per year.
It’s obvious experienced data scientists earn more salary. For instance, a senior data scientist with four years of experience may earn between ₹17 lakhs to ₹31 lakhs per year.
The salary also depends on the company size. Bigger and established companies often pay more. For example, the salary of a data scientist at IBM is ₹8 lakhs to ₹20 lakhs per year, whereas in Amazon, the salary can vary between ₹9 lakhs to ₹25 lakhs per year.
The average annual salary of a data analyst in India is ₹7,00,000. Considering the cash bonus, commission, and tips, the average total pay becomes ₹8,00,000 per year.
So, it’s clear data scientists usually earn slightly more than data analysts. However, the salary depends on various factors like experience, company size, industry, location, etc. If you are a senior data analyst with four years of experience, your average annual salary could be between ₹8 lakhs to ₹17 lakhs per year.
Also, there are companies like Accenture, Amazon, Cognizant Technology Solutions, Deloitte, Google, etc., who can pay you anything between ₹4 lakhs to ₹20 lakhs per year.
But what about the future? Well, the global data analytics market is projected to grow from $51.55 billion in 2023 to $279.31 billion by 2030, with a CAGR of 27.3%. So, you can expect increasing opportunities in the job market.
Now that you know the difference between data scientists and data analysts, you can make an informed decision about what you should become.
As I said, both data scientists and data analysts are in great demand. So, if you want to land your career in any one of them, you should get a certification from a reputed institution like Ivy Professional School.
Ivy Pro is a top-ranking data science, analytics, and AI course provider in India with a legacy of 16+ years. The institute has several courses made in partnership with IIT Guwahati and IBM.
Also, Ivy Pro has trained over 29,500 learners and has helped them get jobs in Amazon, Cognizant, Deloitte, Accenture, IBM, etc. Visit this page to learn more about Ivy Pro’s courses.
Prateek Agrawal is the founder and director of Ivy Professional School. He is ranked among the top 20 analytics and data science academicians in India. With over 16 years of experience in consulting and analytics, Prateek has advised more than 50 leading companies worldwide and taught over 7,000 students from top universities like IIT Kharagpur, IIM Kolkata, IIT Delhi, and others.
Team Sep 11, 2024 No Comments
If you are searching for data analytics courses in Mumbai, you are already ahead of a lot of people. You know what you want to be and how to make it happen.
Yes, it all starts with learning. And courses are the best way to learn. They not only teach you essential technical skills but also help you know the current industry trends, improve your problem-solving skills, and find high-paying job opportunities.
So, in this post, I will share a list of the best data analyst courses in Mumbai. Whether you are a beginner or a professional, you can find the ideal course that will transform your career. But let’s first understand how much data analysts earn.
The average salary of a data analyst in Mumbai is ₹6,00,000 per year. And if you add cash bonus, commission, tips, etc., the average total pay for data analysts becomes ₹6,98,000 per year.
As you become a more experienced data analyst, your salary keeps on increasing. For instance, a senior data analyst in Mumbai with 2-4 years of experience can earn a salary between ₹8 lakhs to ₹18 lakhs per year.
The salary also depends on the industry and the company size. Companies like Cognizant Technology Solutions, Accenture, Tata Consultancy Services, Deloitte, Capgemini, etc., are some of the biggest companies that keep hiring data analysts and pay ₹5 lakhs and ₹8 lakhs per year.
You can read this post about data analyst companies in Mumbai to see which companies are hiring and what roles and responsibilities data analysts have. And now, let’s find a good course for you:
Data analysts collect, clean, and analyze data to find valuable insights and patterns, which help businesses make better decisions, increase efficiency, improve customer experience, and boost profits. And if you want to learn how to do it, these courses will teach you everything:
Provided by Ivy Professional School, it is one of the best data analysis courses in Mumbai with placement support. It has a comprehensive curriculum that focuses on industry-relevant data analytics and visualization skills.
The course teaches you how to use in-demand tools like Excel, SQL, Python, R, and Tableau. You will learn predictive modeling, business statistics, machine learning, and big data technologies like Hadoop and Spark.
This 12-14 month live online course will help you work on real-world projects, gain practical experience, and build your portfolio. You will be mentored by data science professionals from McKinsey, BlackRock, IIT, IIM, and US universities.
You will earn an industry-recognized certificate to boost your job prospects. And with additional career development support like resume-building sessions and mock interviews, you will become an ideal job candidate for data analyst roles.
Here’s an interesting example of data analytics project using Excel:
This data analytics program includes eight courses that are provided by Google on Coursera. It’s a beginner-level program that doesn’t require any degree or prior experience.
The course teaches you skills like data collection, cleansing, aggregation, analysis, visualization, etc., with SQL, R, and Tableau. You will be taught by professionals from Google and get a reputed certification. It will make you fit for jobs like data analyst, junior data analyst, and associate data analyst.
Over one lakh learners on coursera have rated this program with 4.8/5 stars, which proves the quality of the courses. And since it’s an online program with recorded lectures, you can learn it from anywhere in Mumbai at your own pace and finish it within 6 months.
This data analytics course in Mumbai is a live online program provided by Simplilearn and IBM. It covers several tools like Excel, SQL, Python, R, and Tableau.
You will learn skills like data analytics, statistical analysis, data visualization, linear and logistic regression, supervised and unsupervised learning, etc. You will also work on 20+ projects and gain hands-on experience.
Besides, you will attend masterclasses from IBM experts, participate in hackathons, and earn a valuable IBM certification. The course duration is 11 months, and it’s ideal for those who want to begin their data analyst career.
The data analytics course from IIM Skills is a comprehensive program that can launch your data career. It provides training in Excel, Python, Tableau, Power BI, and SQL, along with hands-on projects and assignments.
The course also offers a one-month internship so that you can implement your knowledge and solve practical problems. It’s perfect for beginners as well as working professionals looking to enhance their data analysis skills.
And you can complete this online course in six months. You will receive certification upon completion, lifetime access to course materials, and career support, including resume-building and job placement assistance.
The data analysis course on Udemy teaches you how to handle large datasets using Python’s Pandas library. You will learn essential techniques like sorting, filtering, pivoting, cleaning, and visualizing data.
It’s perfect for anyone familiar with Excel or Python who wants to take their data skills to the next level. It has 19.5 hours of video lectures, 32 coding exercises, dozens of real datasets for practice, and a valuable certificate of completion.
The instructor is an experienced software engineer, author, and consultant who has taught over 394,000 students and gained a 4.6/5 instructor rating on Udemy. This makes this online data science course in Mumbai worth joining.
Becoming a successful data analyst may not be that easy. But if you put in the right efforts and get the right guidance, you can do it. This is proven by Megha Julka, an inspiring alumni of Ivy Professional School.
Megha Julka went from being a Miss India Finalist to becoming a successful data analyst. Ivy Pro’s course helped her learn skills, gain practical experience, and land her dream job.
Watch this video to learn how she transformed her career, how she managed time, what experiences she had in the corporate world, and how you can become a successful data analyst:
If you also want to boost your career, you can join Ivy Professional School’s in-demand data analytics course in Mumbai. Ivy Pro is a top-ranked data science, analytics, and AI education provider in India that has trained over 29,500+ learners since 2008. Our alumni have secured placement in companies like Amazon, Accenture, Deloitte, Apple, Samsung, KPMG, Honeywell, etc. Maybe it’s your turn now.
Eeshani Agrawal holds an MS in Civil Engineering from Texas A&M University (USA) and has over 16 years of experience in data visualization, storytelling, and analytics. She has consulted for top engineering, manufacturing, and consulting firms worldwide and has coached over 9,000 professionals and students from leading institutions like IITs, IIMs, and ISI.
Team Sep 03, 2024 No Comments
“Data engineer or data scientist? Who earns more? Which one is better?”
If you have these questions in mind, you are in the right place.
You see, data engineers build and maintain architectures required for data collection and storage, whereas data scientists analyze the data to find insights and help organizations make smart decisions.
In this post, I will discuss more about the differences between data engineers and data scientists.
You will know what they do, what skills they use, how much they earn, and what career opportunities they get. This will help you decide which career path you should choose.
Though data engineers and data scientists both work with data, there are many differences in their roles and responsibilities. Let’s understand that…
A data engineer basically designs, builds, and maintains the systems and infrastructure that collect, process, and store large datasets.
They create data pipelines, build ETL processes, and manage databases and data warehouses. All this is to make sure the data is clear, reliable, and accessible for analysis.
Data engineers work closely with data scientists, business analysts, and other stakeholders to understand the organization’s data requirements and fulfill them.
They use tools like Apache, Hadoop, Spark, Kafka, SQL, and NoSQL databases (e.g. MongoDB). Their work involves a lot of coding and includes programming languages like Python, SQL, Scala, and Java.
A data scientist simply analyzes data collected by data engineers and finds valuable insights that can solve business problems. They may use statistical methods, machine learning and AI algorithms, predictive models, etc., to solve specific business problems.
They also have to communicate their findings through visualizations like dashboards, charts, graphs, etc. The purpose is to help non-technical stakeholders identify trends and patterns in complex data and make smart decisions.
Data scientists use tools like Adv. Excel, Python, R, SQL, TensorFlow, PyTorch, scikit-learn, and data visualization tools like Tableau and Power BI. Their work is more about statistics, maths, analytical thinking, and problem-solving.
Since their work is different, it’s obvious they will have different sets of skills (although there may be some overlaps):
To be a successful data engineer, you need to learn these skills:
Ivy Professional School’s IIT-certified Cloud Data Engineering course not only helps you learn the above in-demand skills but also lets you work on industry projects to gain hands-on experience. This is a 45-week live online course where you learn to use tools like Azure, Hive, MongoDB, Spark, etc., from industry experts.
You also get mentored by IIT Guwahati professors and professionals in companies like Amazon, Google, Microsoft, etc. Besides, you will earn certifications from IIT Guwahati, IBM, and NASSCOM to boost your credibility as a data engineer.
And to understand what topics you must study to become a data engineer, you can go through the latest data engineering syllabus.
You need to gain the following skills to become a successful data scientist:
If you want to master the above skills, you can join Ivy Professional School’s IIT-certified Data Science and AI course. Again, it’s a 45-week live online course, so you can join from anywhere, engage with instructors, and solve your doubts instantly.
You will be trained by experts and exposed to real-world problems through 10+ projects, 40+ case studies, and 50+ assignments. Ivy also provides CV-building sessions as well as mock interview sessions to make you completely job-ready.
And to understand what topics you must study to become a data scientist, you can go through the latest data science syllabus.
Let’s look at the most asked question about this topic: “Do data scientists earn more than data engineers?” I will simply provide you the average numbers, but remember that the salary is highly influenced by factors like location, industry, company size, etc.
The average salary of a data engineer in India is ₹8,50,000 per year. That’s the base pay amount. If you consider the bonuses and commission, the average total pay for a data engineer becomes ₹9,50,000 per year.
The salary increases as you gain more experience. For instance, the salary of a senior data engineer with 2-4 years of experience can be anything between ₹11 lakhs to ₹24 lakhs per year. And if you are the lead data engineer with 5-7 years of experience, you can expect to earn ₹ 18 lakhs to ₹32 lakhs per year.
The average salary of data scientists in India is ₹12,00,000 per year (base pay). And again, if you consider the bonuses and commission, the average total pay of data scientists is ₹13,60,000 per year.
Senior data scientists with 2-4 years of experience can earn between ₹16 lakhs to ₹30 lakhs per year. Whereas lead data scientists with 5-7 years of experience can earn ₹22 lakhs to ₹38 lakhs per year. So, it’s clear that data scientists earn more than data engineers.
The world is generating more data than ever. In fact, we produce 402.74 million terabytes of data every day. This means businesses need skilled individuals to make sense of the massive amounts of data. And that’s why both data engineers and data scientists are in high demand.
Data engineering provides you amazing career opportunities. The global big data and data engineering services market is expected to be valued at USD 163.80 billion by 2030, growing at a CAGR of 15.48%.
This type of growth means there will be more demand for skilled data engineers in the coming years. And it’s already happening: the demand for data engineers with over six years of experience increased from 27% in 2023 to 38% in 2024.
You will find more and more opportunities in data warehouse engineering, ETL development, data pipeline architecture, big data engineering, and cloud data engineering roles. All these are focused on the technical aspects of data management, like data extraction, transformation, loading, data integration, and data quality.
Related: Is Data Engineering a Good Career?
Data science is one of the high-income skills that is in huge demand. You can open a job platform like GlassDoor or LinkedIn, and you will find over 10,000 data science jobs in India.
And the demand is going to explode in the coming days. This is evident from a report that predicts that the global data science market is expected to grow from $133.12 billion in 2024 to $776.86 billion by 2032.
Data science provides you many opportunities for growth and advancement. You can be a data analyst, business intelligence analyst, machine learning engineer, data storyteller, and so on. The rise of AI will open new applications like natural language processing, computer vision, predictive analytics, etc.
So, both data engineering and data science provide exciting opportunities to grow and succeed in your career. Now comes the most important question…
Related: 7 Reasons to Become a Data Scientist
There is no right answer to that. That’s because what may be better for others may not be a better choice for you. So, the real question is- what do you enjoy, and what kind of work excites you?
If you love coding, solving technical problems, and building systems, data engineering might be the better option for you. As a data engineer, you will design, build, and maintain architectures like data pipelines and databases to collect, store, and organize data.
On the other hand, if you love playing with numbers, analyzing data, and finding useful insights, data science could be a better choice for you. As a data scientist, you will basically study a problem from different angles, think analytically, develop solutions, communicate it to business stakeholders, and help businesses make smart decisions.
Whatever excites you the most is the right career option for you.
Prateek Agrawal is the founder and director of Ivy Professional School. He is ranked among the top 20 analytics and data science academicians in India. With over 16 years of experience in consulting and analytics, Prateek has advised more than 50 leading companies worldwide and taught over 7,000 students from top universities like IIT Kharagpur, IIM Kolkata, IIT Delhi, and others.
Team Jun 10, 2024 No Comments
Artificial intelligence is here. And it’s transforming how we live and work. But what’s the future of AI? How will AI change the world?
Currently, we are surrounded by this technology. AI is powering voice assistants like Siri and Alexa. It recommends TV shows that you love on Netflix. It also helps you find the quickest route home on Google Maps.
When it comes to businesses, AI is helping automate tasks, streamline processes, increase productivity, boost sales and revenue, cut costs, and improve customer relationships.
AI gives machines the ability to think and act like humans. With each passing day, it’s becoming more capable of doing smart things. That’s why the global AI market is expected to grow and reach USD 1.81 trillion by 2030. That’s really huge!
In this blog post, we will explore the future of AI and see how it’s transforming different industries. This will help you prepare and be relevant in the coming days.
From Alan Turing imagining machines could think and John McCarthy using the term “artificial intelligence” for the first in the 1950s, AI has come a long way.
Things were simple back then – programs like Arthur Samuel’s checkers-playing computer in 1952. But with time, the technology became more advanced.
Like in the 1990s, IBM’s Deep Blue supercomputer shocked the world by defeating chess grandmaster Garry Kasparov. Around the same time, AI-powered speech recognition and natural language processing started to emerge. This was the foundation on which today’s voice assistants and chatbots stand.
Then, in the 2010s, deep learning came into the picture. This is a type of AI that’s inspired by the human brain, and it’s incredibly good at finding patterns in huge amounts of data. This has supercharged AI, making it smarter and more capable than ever before.
Now, AI is so powerful that it’s writing code (like OpenAI’s Codex), creating images from text prompts (like OpenAI’s Dall-E), and even helping scientists discover new drugs (like DeepMind’s AlphaFold predicting protein structures).
No surprise, the GenAI tool, ChatGPT, broke all the records in 2022 and reached 1 million users in just 5 days. All these are just the beginning – the future of AI is brighter and more exciting.
A PWC study predicts that AI could contribute up to USD 15.7 trillion to the global economy by the end of this decade. Although there are certain advantages and disadvantages to AI, it is certainly going to be more powerful in the future. In the following sections, we will discuss the impact of AI in different industries to understand how AI will change the world.
AI is making a big transformation in the entertainment industry. It’s already used by Netflix and Spotify to make smart, personalized recommendations. In fact, Netflix admits its AI-powered recommendations system is worth USD 1 billion in revenue annually.
In the present times, GenAI tools can be used to write scripts, compose music, and even generate realistic visual arts within seconds.
Tools like OpenAI’s Sora can generate videos from text prompts. That’s something revolutionary. It can help filmmakers generate complex scenes without spending thousands of dollars. We can also expect AI-generated actors who can act and perform stunts just like human actors.
Also, in the future, AI tools can make it easier for anyone to create high-quality content. If you have good judgment and an understanding of art, you may use AI to create your own movies or music from text prompts. So, entertainment will be more personalized.
AI is making education more personalized, engaging, and effective. It can create smart tutoring systems that enhance the classroom experience and learning outcomes.
AI is helping create powerful learning platforms that can analyze how students learn, recommend resources, and provide feedback. For example, Thinkster Math is an AI-powered app that creates more personalized lesson plans for students.
AI can also help with automated grading by evaluating and assigning scores to each student’s exam papers within seconds. This will free up human teachers and help them focus on teaching and mentoring.
In the coming days, AI can enable virtual tutors who will be available around the clock. These teaching assistants will understand students’ strengths and weaknesses, help them clear doubts, and let them study at their own pace. They can also recommend courses and help students make the right career decisions.
AI-powered machines and robots can create a more efficient, productive, and safer workplace. These robots can do all those laborious, repetitive, and risky tasks, freeing up human workers to focus on creative work.
Currently, AI helps in predictive maintenance. This involves analyzing data from sensors to predict when machines might need maintenance. It helps companies fix problems before they cause costly breakdowns and downtimes.
AI also enhances the quality control system. AI-powered vision systems can inspect products with incredible speed and accuracy, catching defects that human inspectors might miss. This can improve product quality and reduce waste.
The global AI in manufacturing market size is expected to be valued at around USD 68.36 billion by 2032, growing at a CAGR of 33.5% from 2023 to 2032.
So in the coming days, we can expect amazing things like automatic running factories. AI can control everything from production schedules to inventory management. This could lead to 24/7 production, faster turnaround times, and significant cost savings.
AI can also help manufacturers generate creative product designs, create hyper-personalized products, and embrace sustainable manufacturing by optimizing energy use and reducing waste.
From diagnosis and treatment to patient care and research, AI can have a significantly positive impact on the healthcare industry.
Currently, AI helps a lot in disease diagnosis. It can analyze medical images like X-rays and scans and spot the smallest of details. This can lead to faster, more accurate diagnoses for diseases like cancer and heart conditions. AI is also helping in drug discovery, personalized treatment, and robot-assisted surgeries.
In the coming days, you can expect virtual health assistants who can answer your health questions, monitor your symptoms, and even schedule appointments with your doctor. Since these assistants can alert us to potential problems before they become serious, they could help us avoid deadly diseases.
AI will also get better at predictive analytics. It can analyze health data to predict who’s at risk for certain diseases. This could potentially save countless lives.
AI is making managing and investing money more easy and effective. It’s helping in fraud detection by analyzing transactions 24/7 to spot suspicious activity.
AI is also helping in algorithmic trading. AI-powered algorithms are making quick trades, analyzing market trends, and executing complex strategies for you even when you don’t know much about trading.
In the coming days, you can expect AI-powered financial advisors who understand your financial goals and create personalized investment portfolios. They can pay your bills, manage your budget, analyze your spending habits and income, and provide unique recommendations.
These assistants can assess risk, predict market trends, and identify potential investment opportunities. This could help more people to take control of their finances and build a better future, even if they have limited financial literacy.
The future of AI is bright. From healthcare to education, AI is changing everything. To stay ahead of the curve, you can start learning GenAI.
Ivy Pro School’s GenAI course is the perfect place to start. Developed in collaboration with E&ICT Academy of IIT Guwahati, the course offers mentorship from top IIT professors as well as experts from Google, Amazon, Microsoft, etc.
This course will teach you the in-demand AI skills, like machine learning, deep learning, Langchain, RAG, Transformers, and LLMs. You will get hands-on experience with 20+ real-world projects, so you can really see AI in action.
The course will also help you polish your resume and practice for interviews so you can land high-paying jobs in this booming field. To learn more about this course, visit Ivy Pro School’s GenAI course page.
Team May 24, 2024 No Comments
Everyone is talking about generative AI applications these days. This branch of artificial intelligence has surprised us all with its ability to talk and act like humans.
Generative AI has great potential to change the world. It’s already transforming fields like marketing, entertainment, and software development.
From automating repetitive tasks to becoming a smart personal assistant, generative AI is set to impact our lives in ways we can’t even fully imagine yet.
No surprise, the global generative AI market is expected to grow from 45 billion USD in 2023 to 207 billion USD in 2030. That’s a huge growth.
In this blog post, we will discuss nine innovative applications of generative AI. This will help you understand how this technology can change your life and the world around you, helping you stay updated with the technology.
Generative AI is a branch of artificial intelligence that can generate original text, code, images, audio, or even videos. Some of the most common generative AI tools are ChatGPT and Gemini for text generation, Dall-E2 for image generation, GitHub Copilot for code generation, etc.
But how does it work? Well, generative AI uses complex algorithms to learn patterns and structures from big datasets of human-created content. It then uses this knowledge to generate original content that’s similar to the data it was trained on.
This technology is already making waves. A recent study by McKinsey estimates that generative AI could add trillions of dollars in value to the global economy.
Companies are already using it to automate tasks, improve customer experiences, and even develop new products and services. In fact, the Financial Times found that 92% of Fortune 500 companies are building on OpenAI’s API. That’s insane, right?
Generative AI is helping us simplify complex processes, improve productivity, increase business efficiency, supercharge human creativity, and save huge costs. Actually, Gartner says businesses that will adopt GenAI can save 15.7% on costs.
Here are some remarkable applications and use cases of generative AI. As this technology continues to evolve, we can expect even more groundbreaking applications in the years to come.
Generative AI proves to be a good tool when it comes to sparking creativity and fueling strategic thinking. It can help you find ideas related to products, marketing content, business models, or even artistic works like novel writing. This helps us beat creative blocks and think out of the box effortlessly.
Similarly, generative AI helps us develop strategies to achieve goals. For instance, it can generate strategies for advertising campaigns, financial investment, content marketing, or even preparation for an exam.
Generative AI makes writing easier and faster. It can help writers brainstorm topics, structure their thoughts, create outlines, and prepare the first draft.
From blog posts, articles, product descriptions, sales copy, and social media posts to emails, AI can adapt to various writing styles and formats. This generative AI application is the reason why 73% of marketers are using GenAI tools.
What’s more, generative AI can also help writers refine their work by providing feedback on grammar, style, and tone. It can even suggest relevant sources and citations, ensuring that writing is well-researched and credible. This way, you can create high-quality content effortlessly.
Generative AI can summarize complex information into easily digestible formats. You can use this technology to condense research papers, articles, PDFs, or even entire books into key takeaways.
It can identify important themes, extract insights, and generate summaries for specific audiences. This GenAI application can be useful for students, researchers, employees, or anyone who needs to quickly understand what’s written in a document.
GenAI tools like the recently launched GPT-4o model can also handle audio and video modes. It can summarize lectures, podcasts, or meeting recordings. This type of automation boosts productivity and helps us do more in less time.
Generative AI is a great coding companion. It can suggest code snippets, complete functions, and even generate entire codes. They can understand a developer’s needs and provide relevant suggestions to make coding faster.
Generative AI also helps software engineers identify bugs and simplify the debugging process. This can save developers countless hours of frustration. For instance, GitHub Copilot is a generative AI tool that makes coding 55% faster.
Besides, generative AI can be used to analyze and improve code quality, identifying potential performance bottlenecks or security vulnerabilities. This helps developers better focus on creative problem-solving and build robust software.
This is one of the most remarkable applications of generative AI. The technology can create detailed, realistic, and high-quality images based on text prompts given by the user. Some of the best tools for this are Dall-E2 and Midjourney.
Generative AI can also enhance existing images by improving their quality, increasing resolution, and transforming them into 3D shapes. This technology is proving invaluable in fields like medicine, where AI can enhance medical scans to aid in diagnosis, and architecture, where it can generate 3D models from 2D blueprints.
This is another impressive application of GenAI. Now, you can create professional videos using text prompts without technical expertise or expensive equipment. OpenAI’s revolutionary tool, Sora, has made this sci-fi concept a reality.
This will help marketing teams generate engaging video content to increase brand awareness, educators create explainer videos to simplify concepts, or filmmakers produce detailed scenes to improve storytelling.
GenAI can also enhance existing footage, improve resolution, remove noise, and even add special effects.
Generative AI is making language translation easier than ever before. Trained on tons of text in different languages, these AI models can translate words and sentences with amazing accuracy.
This generative AI application helps businesses, travelers, creators, and anyone who wants to connect with a global audience. For instance, companies can easily translate their marketing messages for different countries, reaching more people worldwide.
Generative AI can also help people have conversations in real time, even if they don’t speak the same language. This way, you can connect with the whole world without any language barriers.
Generative AI also automates certain parts of data analysis. It can analyze massive datasets, spot patterns and connections, and find useful insights that help businesses make smart decisions.
For instance, in finances, generative AI can analyze market data and help investors find good opportunities or predict how the market will perform. In healthcare, it can study patient records to figure out who might be at risk for certain diseases or create personalized treatment plans.
This is an interesting use case of generative AI. It powers conversational interfaces that let us converse with machines. The most common examples are chatbots and AI assistants that can talk just like humans.
These intelligent conversational interfaces can understand our needs, give personalized answers, and make interactions feel more personal and engaging.
Businesses are using this technology to support customers 24/7. Chatbots integrated into websites can answer FAQs, collect leads, promote products, and increase sales.
No wonder the conversational AI market is expected to grow from 10.6 billion USD in 2024 to 44.4 billion USD by 2031.
If you want to learn the ins and outs of Generative AI and build useful apps, check out Ivy’s Generative AI Certification course.
We have partnered with the prestigious E&ICT Academy at IIT Guwahati, so you will be learning from IIT professors and experts who have worked at top companies like Amazon, Google, and Microsoft.
You will go from the basics, like generative AI applications, to advanced skills, like machine learning, deep learning, Langchain, RAG, Transformer, and LLM.
But this 45-week course goes beyond the theory. You will get hands-on experience through 20+ real-life projects that deal with real-world problems. By the end, you will have a portfolio that showcases your skills to potential employers.
Visit this page to learn more about the GenAI course and see how you can join the next generation of AI innovators.