Skip to main content

ASKING THE RIGHT QUESTION AS A DATA ANALYST


To solve a business problem, data analysts must ask the right questions. Asking effective questions leads to getting the right insights from your analysis. Asking the right questions is the first step in the data analysis process. As data analysts, we ask a lot of questions. However, many beginner data analysts do not pay attention to this important step.

The more questions you ask, the more you will learn about your data and generate more powerful insights from your analysis.

It is good to ask questions, but some questions are effective while some are ineffective. The ability to ask the right questions is a skill set all data analysts must have.


How to Ask Effective Questions

Effective questions follow the SMART model. Specific, Measurable, Action-oriented, Relevant and Time-bound. 

Specific questions are simple and focus on the most significant thing. Asking specific questions means you will get only the answers that are significant to the project. This will help you avoid being overwhelmed with information that is not significant to your analysis and may. If somebody asks you, do you like sports? Which sport are they talking about? Football, volleyball, athletics or basketball? A more specific question could be: do you prefer soccer or basketball?


Measurable questions return answers that can be assessed and quantified. Unmeasurable questions are ineffective and may not give the data you need to derive the necessary insights. Instead of asking unmeasurable questions like, why is our team’s goal difference negative? You could ask, how many goals have we scored against how many were scored? This question is measurable because it will enable us to know the counts of goals scored and goals conceded. Knowing these figures will enable the analyst to arrive at a workable conclusion.


Action-oriented questions encourage change. These questions focus on what could be done to achieve a targeted outcome. So instead of asking how can our opponents stop scoring? You could ask, what formations and tactics can we adopt to stop the team from conceding too many goals. 


Relevant questions are questions that matter and are significant to the outcome of your analysis. This is why it is important to first understand the business context before starting a project. If we are looking at how the team can win a league title next season, it is irrelevant to ask, why did team B get relegated last season? This question will not help us win the league. Instead, a more relevant question can be, what tactics did the league winners in the last 5 years adopt? This can help identify where the team needs improvement to be able to win the title.


Time-bound questions specify the time to be studied for analysis. In the last example, the time to be studied was 5 years. This narrows your work to only the data within the time significant to your analysis.


Always remember to make sure your questions are specific, measurable, action-oriented, relevant and time-bound.

As much as possible, avoid asking close ended questions such as, did you enjoy the meal? This question will give a simple Yes or No answer. A better way to ask this may be, on a scale of 1- 5, how would you rate our meal? This will give answers that can be quantified to derive insights.

Remember, asking the right questions is the foundation to an impactful data analysis project.


Comments

Popular posts from this blog

WHAT IS DATA ECOSYSTEM

An ecosystem, to put it simply, is a collection of components that communicate with one another. The jungle in a tropical rainforest or the amazon rain forest are examples of vast ecosystems. The germs on your skin may also be small, like tadpoles in a puddle. Additionally, data has its own ecology, just like the kangaroos and koala bears that reside in the Australian desert. Data is produced, managed, stored, organized, analyzed, and shared through the interaction of many different parts that make up data ecosystems. These components include the people who use the tools, as well as the technology and software. The cloud is another place where data can be found. Instead of storing data on a computer hard disk, you can use the cloud. So, data is accessed through the internet rather than being stored somewhere inside your company's network. As a data analyst, it is your responsibility to make the most of the cloud's role in the data ecosystem, locate the pertinent data, and offer...

The Benefits of Supply Chain Analytics for Company Revenue

Businesses have several difficulties with supply chain management (SCM), including a need for more transparency, production scheduling, and team synchronization. Intelligent data analytics are used by businesses in the manufacturing, retail, and fast-moving consumer goods (FMCG) industries to address these issues. Supply chain analytics is the phrase for this. Companies can use it to determine consumer preferences and forecast future product or service demand. Let's examine supply chain analytics in more detail. Supply Chain Analytics: What Is It? It alludes to the improvement of supply chain procedures through the application of big data analytics. Simply put, it refers to using various tools to analyze the data gathered during the SCM process and extract real-time insights to enhance logistics and the SCM environment. Three main elements make up supply chain analytics: a software platform, data analytics, and data visualization. Data analytics makes it easier to get insightful ma...

WILL ARTIFICIAL INTELLIGENCE RENDER DATA ANALYSTS USELESS?

  Introduction Artificial Intelligence (AI) has rapidly evolved and permeated numerous aspects of our lives, revolutionizing industries such as healthcare, finance, and transportation. With its ability to process vast amounts of data, draw insights, and make predictions, it is natural to wonder if AI will render human data analysts obsolete. In this blog post, we will explore the role of AI in data analysis and examine whether it will make data analysts useless or create new opportunities for collaboration. The Rise of AI in Data Analysis AI has significantly enhanced the capabilities of data analysis by automating repetitive tasks, accelerating data processing, and uncovering patterns that humans may overlook. Machine learning algorithms can quickly analyze large datasets, identify correlations, and generate accurate predictions. Additionally, AI-powered tools can handle complex statistical analyses, perform sentiment analysis on text, and even generate natural language summaries ...