Develop the ability to read, interpret, and work with data confidently. This course covers spreadsheet fundamentals, basic statistics, data visualization principles, and critical evaluation of information. No programming or advanced mathematics required.
Data Literacy for Beginners builds practical skills for working with data in everyday professional and personal contexts. The course emphasizes understanding over technical specialization, teaching you to read data confidently, perform common analyses, and think critically about information presented as data.
You will learn spreadsheet fundamentals, basic statistical concepts, how to create meaningful visualizations, and how to evaluate data sources and interpretations. The focus remains on literacy—becoming comfortable with data without becoming a data scientist or analyst.
This course uses accessible tools (primarily Excel/Google Sheets) and avoids programming entirely. It is designed for learners who need data competency for their work or want to better understand the data-driven world we inhabit.
What data is and isn't, data types and their implications, data sources and collection methods, data quality considerations, data vs. information distinction.
Spreadsheet basics and navigation, cell references and ranges, essential formulas and functions, data entry best practices, spreadsheet organization principles.
Structuring data effectively, identifying and fixing data errors, handling missing data, data validation approaches, preparing data for analysis.
Measures of central tendency (mean, median, mode), measures of spread (range, standard deviation), distributions and their characteristics, when to use which statistics.
Choosing appropriate chart types, designing clear visualizations, common visualization mistakes, accessibility in data visualization, chart interpretation skills.
Sorting and filtering data, using pivot tables, basic data aggregation, finding patterns in datasets, summarizing information effectively.
Understanding relationships in data, correlation vs. causation, common logical fallacies, interpreting scatter plots, limitations of correlation.
Assessing data source credibility, identifying bias in data and interpretation, recognizing misleading visualizations, statistical literacy for consumers.
Using data to inform decisions, balancing data with other considerations, communicating findings clearly, ethical use of data.
Personal data considerations, privacy principles, responsible data handling, understanding data regulations, ethical data use.
This course suits learners who:
This course is NOT for learners who:
The course combines conceptual explanations with practical demonstrations using spreadsheet software. You will work through examples and exercises that reinforce concepts while building comfort with data tools.
Mathematics is kept accessible—you need only basic arithmetic skills. Statistical concepts are explained intuitively with visual aids and real-world contexts rather than through heavy mathematical notation.
Expect 5-8 hours weekly over 6-10 weeks for thorough learning. The course is self-paced, allowing you to adjust speed based on prior spreadsheet experience and learning pace.
One-time payment, lifetime access
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