6 basic steps of Data Science in Chemical Engineering: An Overview

Data Science in Chemical Engineering may play a potential role to employ the data for visualization, analysis, and prediction of chemical and biological properties. Data science methods in chemical engineering include the use and development of software, numerical analysis methods, and machine learning may lead to enabling chemical engineering to better understand. The goal behind data science in Chemical Engineering is to use massive volumes of data to derive knowledge and useful information.

 

What is the Chemical Engineering?

Chemical engineering is the study of chemical reactions and how they occur at the molecular level. It involves the design, construction, operation, and maintenance of chemical processes and systems. A chemical engineer designs and builds equipment, structures, and systems that transform raw materials into useful products. He or she may work in industry, government, research institutions, or academia. Chemical engineers work closely with chemists and biologists to ensure the safe and effective production of chemicals and pharmaceuticals.

 

What is the Data Science?

Data science is the application of data analysis techniques to extract knowledge from data. Data science is the use of statistical methods to analyze data and draw conclusions about the world around us. In business, data science is the practice of using data analytics to make decisions.

Data Science in Chemical Engineering

How can Data Science correlate with Chemical Engineering (Data Science in Chemical Engineering)?

Data science is the application of mathematics, statistics, computer programming, and business analytics to extract knowledge from data. In the context of chemical engineering, data science is the use of mathematical models and statistical analysis to predict the behavior of complex systems.  Data science can be used by a chemical engineer to develop methods for visualization, analysis, and prediction of biological and chemical properties.

Chemical engineers can understand easily how a system works, and the behavior of the process by using scientific data. Chemical engineers have long been associated with computer engineers to design components of computers such as processing chips and memory.

 

How can a data scientist work in the chemical engineering field?

A chemical engineer may work using data science as per the standard procedure of a data scientist. There are several steps as below:

  1. Data Collection

The first step is collecting the data. You need to collect data about what you want to do. In our case, we collected data about how much compound a degraded with respect to time. We then take these numbers and put them into excel.

 

  1. Cleaning the Data

Once you have gathered your data, you need to clean it up. There are many ways to do this. Errors may occur due to human error or problems with the original data set. Inconsistencies can arise from differences in units of measurement. One way is to use Excel’s filter function. Another way is to use Python’s Pandas library.

 

  1. Exploratory Analysis

Now that you have cleaned up your data, you can start exploring it. You may notice trends in the data. Visualization refers to the creation of graphs, charts, maps, or tables from the raw data. Visualizing data helps people gain insights into the data. If you find any patterns, you should write down those patterns. Then, you can make predictions based on those patterns.

 

  1. Model Building

You now have some patterns in your data. Now, you need to build models based on those patterns! You can use regression analysis, classification analysis, clustering analysis, etc.

 

  1. Evaluation

After building your model, you need to evaluate it. How well does it work? Is it accurate? What if you change something? These questions help you determine whether or not your model works.

 

  1. Interpretation

Finally, you need to interpret your results. Why did your model perform poorly? Why did your model perform well? What would you predict if you were to run the same experiment again?

 

Do you know, who is the founder of IBM?

Answer: A chemical engineer

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