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Unveiling the Power of Survey Analysis: Techniques and Insights

Market research 04 12
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Surveys are popular tools used in market research to gather data from the target population. The data is used to gain valuable insights to make informed business decisions. However, simply collecting data won’t help you make effective decisions. 

To make sense of the collected survey data and use it at its full potential, it’s important to perform survey data analysis. Survey data analysis software makes it easy to interpret data and identify patterns and trends.

In this blog, we will look closely at the various types of survey data analysis methods.

What is Survey Analysis?

Survey Analysis Types

Survey analysis, as the name suggests, refers to the process of analyzing survey results from customers, employees, or others. It is used to draw conclusions from the data gathered from surveys. 

Leveraging survey data analysis software is a cost-effective method to study customer preferences and behavior. It helps you automatically clean, weigh, and analyze millions of data in no time.

Statistical survey analysis is important as it allows you to draw inferences and generalizations of your whole target audience through the sampling of a small subset of this population. 

Responses and statistical information alone do not benefit a company. It’s the inferences, trends, and patterns that they identify within these responses that help them make better decisions.

What Are the Different Types of Survey Analysis Methods?

There are two types of survey analysis methods: 

  1. Quantitative or Statistical analysis 
  2. Qualitative analysis. 

The types of survey analysis methods depend on the type of data collected.

When we use closed-ended questions to gather numerical or quantitative data, we use quantitative analysis. It includes various statistical methods like ANOVA, T-test, regression analysis, and cross-tabs. 

On the other hand, when we use open-ended questions and gather textual feedback, we use qualitative analysis methods. This helps us break down the textual feedback into charts and graphs so that it’s easy to identify hidden patterns. 

Both types of survey analysis methods are important for gaining a comprehensive understanding of the survey data.

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5 Types of Statistical Survey Analysis Methods

Survey Analysis Types

We have explained five statistical methods you can use to analyze survey data. The following are some popular types of statistical survey analysis methods:

  1. Regression Analysis
  2. ANOVA Test
  3. Conjoint Analysis
  4. The T-Test
  5. Crosstab Analysis

Regression Analysis

Regression analysis includes a set of statistical methods employed in the estimation of the relationships between a dependent variable with one or more independent variable(s). This method of analysis mathematically sorts out which variables have the most impact and the way these variables interact with each other. It is a useful survey analysis method when trying to define the impact of a change in your independent variable. 

Regression analysis is conducted by gathering data on the variables in question. Then, this information is plotted on a graph/chart. Graphs resulting from regression analysis depict a regression curve that reflects the relationship between the variables. 


ANOVA test, or analysis of variance test, is used in amalgamation with regression studies in order to identify the effect of independent variables on dependent variables. It can compare a range of variable groups simultaneously to see if there are any corrections between them.

There are two main types of ANOVA tests:

  1. One-way ANOVA: Compares means of two or more independent variables to determine whether there is statistical evidence that their associated population means are different.
  2. Two-way ANOVA: It is an extension of the one-way ANOVA test, and it examines the influence of two different independent variables on one continuous dependent variable. 

There are also variations of the ANOVA test, such as MANOVA. MANOVA, or multivariate analysis of variance, is used to compare multivariate sample means. It helps determine differences between independent groups on more than one continuous dependent variable.

Conjoint Analysis

Conjoint analysis is used in market research to determine how people value different attributes of a product or service. This helps organizations understand customer preferences and cater to their needs and wants more effectively. 

This analysis of survey data is a statistical technique that is conducted by breaking a product/service down to its attributes or features. It tests different combinations of these attributes to identify consumer preferences. 

Survey results can then be used to calculate “preference scores.” This score is a numerical value that measures how much each attribute affected the respondent’s choices to purchase the product. 

These preference scores are used to build simulators that can forecast the market share for a set of different products offered to the market. This simulator can model respondent decisions and is used to identify specific features and pricing levels that help forecast potential demand in the competitive market.

The T-Test

T-Test is a statistical test used to compare the mean of two groups of variables. It is usually used when the data sets come from the same population, follow a normal distribution, and may have unknown variances. It is used as a hypothesis-testing tool, which means it allows the testing of assumptions made about certain populations. 

When T-Test is used, the following assumptions are made about the data:

  1. The scale of measurement applied to the data collected follows a continuous or ordinal scale.
  2. The data collected is from randomly selected units of the population. It is representative of the total population, as in simple random sampling.
  3. When the data is plotted, it results in a normal distribution, bell-shaped curve.
  4. Equal, or homogeneous, variance exists when the standard deviations of the samples are (approximately) equal.

Crosstab Analysis

Crosstab analysis, or cross-tabulations, involves the use of data tables that display the results of survey respondents. It’s a survey data analysis tool used for categorical data. It enables the examination of relationships that may not be apparent when analyzing survey responses. Categorical data refers to values that are mutually exclusive of each other. 

Crosstab analysis helps organizations make informed decisions by identifying patterns, correlations, and trends between the study’s parameters. 

Cross tabs help identify relationships between variables. For example, in market research, cross-tab can help identify demographic groups that are likely to demonstrate certain purchase behavior.

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2 Types of Qualitative Survey Analysis Methods

Survey Analysis Types

Here are two popular survey data analysis tools for qualitative data. Let’s take a look at how these data analysis method helps you make sense of customers’ feedback and uncover insightful data. 

  1. Text Analysis
  2. Sentiment Analysis

Text Analysis

Text analysis helps you analyze unstructured survey data. It helps you break down textual feedback and identify patterns, themes, and insights in minutes. Text analysis software cleans the data of irrelevant information, such as punctuations or stops words. It then uses machine learning to interpret and analyze data to identify patterns. 

Text analysis enables you to uncover hidden insights and trends in large volumes of textual data. This is particularly beneficial for businesses, as it helps you better to understand customers’ opinions, preferences, pain points, and needs. 

Sentiment Analysis

Sentiment analysis is a specific sub-category of text analysis. It focuses on identifying sentiments expressed by respondents in their textual feedback. Sentiment analysis tool uses machine learning to label data into positive, negative, and neutral text based on the language used.

It helps you understand how your customers feel about the brand and its offerings. This type of survey data analysis tool enables you to gather customers’ honest opinions in their own words. Thus, allowing you to gain insight into their perception and identify drivers of customer experience.

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What is software for survey data analysis?

Software for survey data analysis is a type of tool that allows researchers to organize, manage, analyze, and visualize survey data. This software is designed to help researchers make sense of large amounts of survey data quickly and efficiently.

Survey data analysis software, if used efficiently, can be a valuable tool for researchers to analyze survey data and gain insights that can inform decision-making in various fields, including business, healthcare, education, and social sciences.

With survey data analysis software, researchers can create graphs, charts, tables, and other visual representations of survey data to identify patterns, trends, and relationships. They can also use statistical tests to determine if the survey data is significant and draw conclusions based on the findings.

What features should a survey data analysis software have?

When looking for the best survey data analysis software, you should look for the following features:

  1. Data importing: The software should allow you to import survey data from a variety of sources, including online surveys, mobile-offline surveys, and other data files.
  2. Data cleaning and validation: The survey data analysis tool should provide the functionality to clean and validate the data. The feature should check for missing values, outliers, and inconsistent responses.
  3. Data manipulation: The software for survey data analysis should allow you to manipulate the data, including transforming variables, merging datasets, and creating new variables.
  4. Statistical analysis: The software should provide a range of statistical analyses, including t-tests, ANOVA, regression, chi-square, and cross-tabulations.
  5. Qualitative analysis: The software should allow you to conduct text analysis and sentiment analysis on a large volume of data. 
  6. Visualization: It should provide a range of visualization tools, such as tables, graphs, charts, and maps, to help you present your findings.
  7. Reporting: You should be able to create reports and presentations based on your analysis and survey insights. It should allow you to export reports in multiple formats. 
  8. Dashboard: The software should allow you to share role-based access with other team members and share data and analysis. So you can work together to create reports and presentations.
  9. Security and privacy: It should provide secure data storage and privacy protection to ensure that your data is safe.
  10. User-friendly interface: It should have a user-friendly interface that is easy to navigate. It should be easy for non-technical people to conduct analysis.

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How to choose the best software for survey data analysis?

Choosing the best software for survey data analysis depends on several factors, such as the type of data you have, the level of analysis you require, and your personal preferences. 

Here we’ve listed some of the best tips to choose the best software for survey data analysis: 

1. Identify your research needs

Consider what type of analysis you need to conduct with your survey data. Do you need to perform basic descriptive statistics, or do you require more advanced statistical analysis? Knowing your research needs will help you choose software that has the features and tools that meet your requirements.

2. Mind your budget

Some survey data analysis software can be expensive, while others are free or open source. Consider your budget when selecting software and decide how much you are willing to spend.

3. Check the software’s compatibility

Make sure that the software you select is compatible with the operating system and hardware you are using. Some software may require specific system requirements, so ensure that your computer can run the software effectively.

4. Assess user-friendliness

Look for software that is user-friendly and easy to learn. Consider the level of technical expertise you have and how quickly you need to learn the software.

5. Read user reviews 

Look for reviews and ratings of different survey data analysis software to get an idea of what other users think about the software. Reviews can help you determine the strengths and weaknesses of different software options.

6. Take a free trial before you buy

Many software providers offer free trial periods, so take advantage of this and test out different software options to see which one works best for you.


In conclusion, survey analysis is critical in research. Be it statistical analysis or qualitative analysis, it helps you uncover hidden patterns in data. It is important to understand your research goal and select the appropriate analysis method. Additionally, it’s important to ensure that the data is properly collected, centralized, cleaned, and processed before you can analyze it. 

Survey data analysis can be time-consuming and complex. It’s important to leverage the best survey data analysis software to ensure you can automate the entire process.


1. What is the purpose of survey analysis?

The goal of survey data analysis is to interpret data. It helps identify patterns and uncover hidden insights in the survey data. The resulting insights help you identify areas of improvement and make an informed decision to drive business success. 

2. How can you collect survey data?

You can gather survey data using various methods. You can leverage robust online survey tools, phone survey software, or mobile-offline tools to gather data from the target audience anywhere. 

3. How is survey data cleaned and processed?

Software for survey data analysis automatically cleans and processes the collected data and prepares it for analysis. It removes incomplete responses, checks for errors, and converts data into a usable format. 

4. How can you use survey analysis in market research?

Survey analysis is used in market research to identify customer needs, preferences, and pain points. It helps you analyze your products, services, and brand from customers’ perspectives. 

5. What are some challenges in survey analysis?

Incomplete data, sample selection bias, and response bias can cause trouble in survey analysis.

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