REVA University BBA Admissions 2026
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There are two very common data related jobs you come across, one for a data scientist and the other for data analyst. Both have high demand with good salaries, but when it comes to university brochures, things are not clear anymore. How different are these from each other, what kind of career is waiting for you in the end after you graduate?
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Data Analytics focuses on analysing historical data to answer specific business questions, whereas, Data Science focuses on building predictive models, algorithms, and machine learning pipelines to forecast future outcomes. To simplify, a data analyst asks “why did the sales drop in last quarter?”, and the data scientist asks “what will the sales be next quarter, and how can an algorithm automate recommendations to boost sales?”
No one likes overly complicated stuff, so I’ll give you a simple example: a data analyst is like a radiologist who checks the X-Ray plate to figure out what happened, on the other hand, a data scientist is like a biomedical researcher creating new treatments and developing automated diagnostics.
Objective: Data analyst’s job is to solve immediate business problems using existing data, data scientist’s job is to predict future trends and build automated ML data products to simplify the process.
Questions asked: Data analysts often ask questions like “what happened and why did it happen?”, whereas, data scientists often ask “what will happen, how do we build an ML model to handle it?”
Key tools: Tools such as SQl, MS Excel, Google Sheets, Tableau, Power BI, Basic Python are some of the tools extensively used by data analysts. Data scientists use the advanced Python, along with Machine Learning libraries (like Scikit-Learn, XGBoost), big data frameworks like Spark and more.
Maths and coding level required: Data analysts require a low level of maths as most of the calculations are handled by machines anyway. Moderate SQL, basic statistics, low complexity coding is all there is to handle. Data scientists do require a higher level of knowledge in maths and coding, for higher levels of statistics, linear algebra, advanced programming and software designing.
Entry barrier: Data analytics is a great entry point for students with non-STEM and non-coding backgrounds. But for data science, the entry barrier is higher, you need deeper technical and statistical knowledge.
Last Date to Apply: 17th August | QS I-Gauge Diamond Rated | NAAC A+ Accredited | 621 Recruitment Partners | INR 40 LPA Highest CTC | 4482 Job offers
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Data analysts are responsible for pulling data using SQl from company databases. They clean dirty data and organise it into spreadsheets or data warehouses. Data analysts build interactive dashboards in Power BI and Tableau for management and translate raw numbers into actionable business recommendations.
Data scientists engineer new features from unstructured datasets like texts, images and more. They are responsible for training, and tuning machine learning models in Python. They also evaluate model accuracy and statistical bias before production deployment and collaborate with software engineers to integrate models into live apps.
To become a data analyst, you would need skills such as:
SQL & Excel: Relational queries, joins, window functions, pivot tables.
Data Visualisation: Tableau, Power BI, or Looker.
Applied Statistics: Averages, percentages, variance, basic hypothesis testing.
Business Domain Knowledge: Understanding marketing metrics, finance, or customer retention.
To become a data scientist, you would need skills such as:
Advanced Python/R: Object-oriented programming, data manipulation (pandas, numpy).
Applied Machine Learning: Regression, classification, clustering, evaluation metrics.
Quantitative Math: Linear algebra, probability distributions, multivariable calculus concepts.
Data Engineering Basics: Working with cloud storage, APIs, and pipelines.
If you like problem solving, business strategy and telling stories through charts, If you want to enter the tech industry quickly without spending years mastering advanced maths or algorithms; if you are from commerce, business or arts background and prefer applying logic over writing deep software codes - data analytics is just right for you.
On the other hand, if you have deep interest in machine learning, predictive AI and automation; if you enjoy writing Python code, experimenting with algorithms and working with complex mathematical concepts; if you prefer building systems and models over presenting business slides to executives - you can choose to go for data science.
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Among top 100 Universities Globally in the Times Higher Education (THE) Interdisciplinary Science Rankings 2026
Among top 100 Universities Globally in the Times Higher Education (THE) Interdisciplinary Science Rankings 2026
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