What Is Experimental Data Analyst?

Find out about the types of jobs you could pursue that involve Experimental Data Analyst software. Read on to learn more about how this software works, along with career and salary information. Schools offering Computer Support Technician degrees can also be found in these popular choices.

What Does a Experimental Data Analyst Do?

Experimental Data Analysis (EDA) is a software program that helps professionals detect errors in experimental data, find relationships between variables and provides graphical representations of the statistics being analyzed. Careers that might involve the use of EDA software include those of biochemists and statisticians.

As a biochemists you would conduct scientific research based off of previous literature.This involves extensive literature reviews, working with laboratory teams, analyzing data and presenting findings. Your studies would focus on studying biological molecules, such as proteins, fats and DNA.

Statisticians may find employment in a number of different fields; including scientific fields, insurance, finances and education. They are often hired to figure out what is needed to address a questions, as well as the methods of collecting data and the statistical procedures used to analyze it. They also create surveys as well as other means of collecting data, and run statistical analyses to determine what the data suggests.

Take a look at the following chart for an overview of how to enter this field.

CategoryBiochemist Statistician
Degree Required Doctoral Master's
Key Skills Scientific proficiency, critical thinking, problem solving Math proficiency, attention to detail
Job Growth (2014-2024)* 8% 34%
Median Salary (2015)* $82,150 $80,110

Source: *U.S. Bureau of Labor Statistics

What Is Experimental Data Analyst?

Working in conjunction with Mathematica, a major computation software package developed by Wolfram Research, Experimental Data Analysis (EDA) is a software application developed by the Department of Physics at the University of Toronto that focuses on the fitting, visualization and error analysis of experimental data.

What Educational and Training Requirements Are There?

Students and scientists in a variety of disciplines, including mechanical and software engineering, biotechnology, physical sciences and finance, use the tools available in the Mathematica software application. The many functions built into Mathematica allow for fast numerical computing and precise, visually represented results. Capable of solving complex linear, differential and polynomial equations, the program can be used to design control systems, compute geospatial data and visualize data compiled from biological systems like proteins and genomes. The program can also generate documents, spreadsheets, presentations and charts.

Several universities include the use of Mathematica within degree programs, such as engineering, physics and mathematics. Additionally, Wolfram Education Group (WEG) offers online courses, free online seminars and on-site courses to those interested in receiving training in the Mathematica software package. On-site courses are generally held at testing and convention centers and are taught by WEG-certified instructors. A 30-day version of Mathematica is provided free of charge.

Where Might I Work?

Scientists and engineers use EDA to ensure the reliability of data collected from experiments. In the field of engineering, a chemical engineer could use EDA to test the reliability of data collected from an experiment on chemical compounds. In the field of science, a biologist would use EDA to test data from experiments that could advance the treatment of diseases and development of pharmaceutical medicine. The EDA software was designed to benefit multiple industries and scientific disciplines, including technology, medical and psychological fields.

What Are Some Related Alternative Careers?

Related to careers that use EDA, actuaries use statistical procedures and financial theories to determine the financial risks of different decisions a company may make. They then work with companies to come up with ways to reduce these risks. These professional may start a career with a bachelor's degree in mathematics, actuarial science or statistics. Financial analysts use analyses of stocks and bonds to help companies and individuals make investment decisions. These professionals most often have a bachelor degree in an accounting or finance related field, yet some earn a master's degree.

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