Training Success Elements
- Become an industry-certificated AI-empowered Data Analyst in as little as 4 months.
- Do hundreds of AI-mentored mini projects to build your competency and confidence and give you a feeling of accomplishment.
- You're never left alone when doing work -- our AI-based teaching platform is there throughout your training, helping you in realtime.
- Be ready to take the CompTIA Data+ industry-recognized professional certification at graduation.
- Study anywhere, any time -- never miss training sessions because of family and work responsibilities.
Overview of Training
This flagship program is designed for individuals who are serious about becoming AI-Empowered Data Analysts and contributing meaningfully in modern, data-driven organizations.
You do not graduate with surface-level familiarity.
You graduate with professional capability.
The program combines extensive hands-on practice with the theoretical foundation necessary to perform confidently in the workplace. By the time you complete the training, you are prepared to begin a successful career as a Data Analyst.
Data Analytics is not mastered by passively watching videos or completing occasional unassisted assignments. It is a professional discipline that requires sustained, structured, and closely guided practice.
That is why NCLab’s proven methodology is called Instructor-Assisted Learning by Doing.
From Day 1, you are actively working with data. Our advanced AI-based teaching platform monitors your progress in real time, evaluates your work, and provides contextual guidance, hints, templates, and structured support whenever needed. It also reinforces established best practices, analytical methodologies, and professional standards to ensure accuracy, consistency, and reliability in your work.
You are never left guessing.
You are never left behind.
The program is fully self-paced, allowing you to build a consistent learning routine that fits around work and family responsibilities. You move forward only after demonstrating competence in each topic. The curriculum has been refined over many years to ensure a smooth, confidence-building progression.
What You Learn
The training begins with comprehensive data literacy foundations, covering:
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Data sources
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Data types and structures
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Data relationships
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Sorting, filtering, grouping, and organizing data
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Core analytical techniques
You then progress to:
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Basic and advanced spreadsheet operations (Google Sheets)
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Data visualization principles and tools
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Statistical methods for analysis
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Data analysis and data mining techniques
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Creation of interactive dashboards
By graduation, you have real experience acquiring, storing, cleaning, manipulating, analyzing, and interpreting data — and using it to inform sound business decisions.
Program Commitment
The complete Data Analyst training program includes approximately 320 hands-on hours of structured, applied learning.
These are not passive hours. They are active hours spent solving real analytical problems, building dashboards, and developing professional-level competence.
When you finish, you are not just certified — you are capable.
Coursework
To begin with, given that Data Analysts work extensively with numbers, you must know some math. If it is determined that you need a basic middle school level math refresher, our optional free Workplace Math course provides hands-on review and practice to bring you up to speed. In small and simple steps, we review how to work with whole and decimal numbers, fractions, percentages, proportions, simple and compound interest, unit conversions, and solve simple workplace-related math problems. With an appropriate math foundation in place, you begin your Data Analyst training, which consists of the following courses:
SQL Fundamentals (30 hours): This module covers essential facts about data and databases, including the difference between relational and non-relational databases, design and ethics principles, referential integrity, ACID, and the differences among various SQL flavors. You learn how to create basic queries using SELECT, ORDER BY, LIMIT, and OFFSET clauses. You also learn how to use aggregate functions such as COUNT, AVG, MIN, MAX, and SUM, filter data with WHERE, WHERE-LIKE, WHERE-BETWEEN, and WHERE-IN clauses, and combine multiple conditions using AND, OR, and NOT. Instruction includes grouping data with GROUP BY and HAVING clauses, modifying databases with ALTER TABLE, defining constraints, setting default values, and merging tables using inner joins.
Data Literacy (40 hours): You learn core data concepts and gain practical skills using spreadsheets to enter, organize, modify, and analyze data. You practice manual data entry, basic formatting, menu and keyboard shortcut use, working with cell addresses and ranges, performing copy, cut, and paste operations, importing data from CSV files and the web, filtering and sorting data, using formulas, and performing calculations. Additional topics include grouping rows and columns, applying conditional formatting, and creating data validation rules. You also learn to use functions, conditions, conditional aggregate functions, wildcards, arrays, date/time functions, information functions, error handling, text processing, and basic lookups.
Data Visualization (20 hours): This module reviews data classification as quantitative (numeric) or qualitative (categorical), emphasizes the importance of data visualization, and guides you in selecting the best visualization technique for your data. You learn how to create and modify a wide range of chart types, including line, bar, column, pie, histogram, geo, waterfall, candlestick, radar, treemap, organizational, gauge, scorecard, Gantt, sparkline, bubble, and scatter charts.
Statistical Analysis (20 hours): You expand your understanding of probability and statistics while gaining practical experience analyzing spreadsheet data. The focus is on simple linear regression, with additional coverage of multiple linear regression and logistic regression. Topics include variables, observations, causal relationships, independent and dependent variables, data compatibility, measures of central tendency and variability, probability concepts, discrete and continuous probability, Probability Density Functions (PDF), normal distribution, the 68-95-99.7 rule, skewness, kurtosis, correlation, and goodness of fit. You also learn about other data distributions. Hypothesis testing is covered in depth, including alternative (H1) and null (H0) hypotheses, P-values, significance levels, type I and II errors, one- and two-tailed tests, T-tests, F-tests, ANOVA, Z-tests, and Chi-squared tests.
Advanced Spreadsheets (20 hours): This module introduces advanced spreadsheet capabilities, such as lookups, named ranges, named functions, pivot tables, slicers, and data cleanup tools. You learn basic SQL and practice integrating SQL into spreadsheets using the QUERY function. The module concludes with instruction on using, creating, importing, and managing macros.
Introduction to Dashboards (20 hours): You learn principles of dashboard creation, including differences between static and dynamic dashboards and how to interpret existing dashboards for insights. You examine the four purposes of dashboards—strategic, analytical, operational, and tactical—and practice profiling, cleaning, classifying, and preparing data. The module includes coverage of sensitive data review, legal protections, masking, and de-identification techniques. You learn how to build static and dynamic dashboards and complete a capstone project to create a unique dynamic dashboard from scratch using a provided dataset and guidelines.
Excel Project (40 hours): In this module, you complete a real-world project designed to transition your skills from Google Sheets to Excel.
Dashboards in Sheets (10 hours): You practice creating dashboards in Google Sheets, applying data visualization and interactivity techniques.
Dashboards in Tableau (10 hours): This module introduces you to Tableau, teaching you how to use the platform to design and build dashboards.
Dashboards in Power BI (10 hours): You are introduced to Power BI and learn how to create dashboards using its tools and features.
Advanced SQL [optional] (30 hours): This module covers advanced SQL techniques essential for working with large, real-world databases. You learn to insert conditional expressions into queries using the CASE keyword, apply the FILTER clause to simplify value filtering in aggregate functions, and work with NULL values using NULLIF and COALESCE. You develop skills in handling text strings and regular expressions, using the ASCII table and Unicode extension, performing case-sensitive and case-insensitive searches, and executing find-and-replace operations. Additional topics include working with sets, creating subqueries, and applying advanced joins and functions.
AI-Powered Data Analytics (20 hours): This a project-driven course where you learn to leverage AI as a powerful assistant for exploring, visualizing, and interpreting data. Working with real-world datasets, you use AI to generate insights, create visualizations, and suggest analytical approaches, while critically evaluating the accuracy, relevance, and completeness of AI outputs. Through hands-on projects and iterative refinement, you strengthen your skills in data preparation, statistical analysis, and visualization, gaining a clear-eyed understanding of both the advantages and the limitations of AI in the analytics workflow. By the end, you know when to trust AI’s guidance, when to verify it, and how to make the final analytical decisions yourself.
CompTIA Data+ Exam Prep Module (20 hours): This module provides you with multiple realistic CompTIA Data+ practice exams to prepare you for certification success.
Program Syllabus
We invite you to look at our training program syllabus but we need to explain how it is different from other syllabi you might have or will look at.
While all syllabi show you what is taught in the training, our syllabus shows you both what you are taught and what you are required to make use of yourself. To an employer, this means that you have actually mastered each of the topics covered. Click here to access the syllabus and use the links in the table of contents to see a list of the topics that you will be required to master.
Get More Information
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