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  3. Corporate Finance – Robust Financial Modeling

Corporate Finance – Robust Financial Modeling

4.5
4 Reviews
26 Enrolled
52 minutes
By Nazia Asim in Financial Modeling
Free

About Course

In the world of corporate finance, robust financial modeling is a key tool for making informed business decisions. It allows companies to simulate various financial scenarios, assess risk, and determine the best course of action. A well-built financial model can be the difference between a business thriving or struggling, as it informs critical decisions on investments, mergers, acquisitions, and financial planning.

What is Financial Modeling?

Financial modeling is the process of creating a representation of a company’s financial performance in the future. It uses historical data, assumptions, and forecasts to build a model that projects the financial statements—typically the income statement, balance sheet, and cash flow statement—into the future. These projections help in decision-making processes, whether it’s evaluating new projects, valuing a business, or planning for financing needs.

Why is Robustness Important?

A robust financial model is reliable, accurate, and adaptable. It should withstand varying degrees of uncertainty and stress, providing reliable results across a range of scenarios. Here are the key reasons why robustness is essential in financial modeling:

  1. Decision-Making Confidence: The accuracy of a financial model directly impacts the quality of business decisions. A robust model provides decision-makers with confidence in the projected outcomes and reduces uncertainty.
  2. Adaptability to Changing Assumptions: Business environments constantly change, whether through market conditions, regulatory shifts, or internal strategic decisions. A solid model must be flexible enough to adjust inputs without breaking down, offering reliable insights under different scenarios.
  3. Risk Management: One of the primary purposes of financial models is to assess risk. A robust model enables businesses to stress-test their assumptions under various conditions, helping them prepare for the worst-case scenarios and mitigate potential risks.
  4. Investment Analysis: Whether evaluating a new investment, entering a joint venture, or acquiring a company, financial models help assess the expected return on investment (ROI), the payback period, and the overall profitability. Robustness ensures these projections hold up against different financial and market variables.

Elements of a Robust Financial Model

A strong financial model has specific elements that contribute to its accuracy and usability:

  1. Logical Structure: A well-organized model is easy to navigate and understand. It should flow in a logical sequence, starting with input assumptions, calculations, and then outputs like financial statements. Clear labeling and the use of consistent formulas are essential for accuracy.
  2. Assumption Transparency: Assumptions form the foundation of any financial model, so they should be clearly stated, well-documented, and justified. Assumptions might include revenue growth rates, cost forecasts, and interest rates. Transparency ensures that decision-makers understand the basis for projections.
  3. Scenario and Sensitivity Analysis: A good model includes the ability to run different scenarios and sensitivity analyses. For example, you can test how changes in market growth, exchange rates, or input costs affect the company’s financial outcomes. This provides a clearer picture of potential risks and opportunities.
  4. Automation and Error Checking: Many models rely heavily on Excel or other financial tools. Incorporating built-in checks, such as error flags or balancing formulas, ensures that any issues can be quickly identified and resolved, leading to greater accuracy and efficiency.
  5. Integration of Financial Statements: A robust financial model should seamlessly integrate the income statement, balance sheet, and cash flow statement. Changes in one area should automatically flow through the other financial statements, ensuring consistency and reducing the risk of error.

Best Practices for Building a Financial Model

To create a robust financial model, following these best practices is critical:

  1. Start with a Clear Objective: Define the purpose of your model upfront. Whether it’s for business valuation, investment analysis, or budgeting, a clear objective ensures that the model is built to meet specific goals.
  2. Use Realistic Assumptions: Make sure your assumptions are grounded in reality. Use historical data as a basis and adjust for known future factors, but avoid overly optimistic or pessimistic projections.
  3. Regular Updates: A financial model is not static. It should be regularly updated with actual results and evolving market conditions to remain useful. Consistently refining the model ensures it stays relevant.
  4. Documentation: Document every assumption, formula, and decision-making point. This allows others to understand, audit, or modify the model as needed.
  5. Collaborate with Stakeholders: Work closely with departments such as finance, operations, and strategy to gather accurate inputs and ensure the model reflects the company’s broader financial landscape.

Conclusion

In corporate finance, robust financial modeling is a crucial tool that drives better decision-making, minimizes risk, and enhances strategic planning. By incorporating logical structures, clear assumptions, scenario testing, and frequent updates, businesses can ensure their financial models serve as reliable guides for navigating the complexities of the financial landscape. With the right approach, financial modeling becomes an essential component in achieving long-term financial success.

What Will You Learn?

  • Develop expertise in using Excel functions, formulas, and shortcuts for efficient financial modeling.
  • Learn how to build clear, organized models with consistent inputs, calculations, and outputs.
  • Gain the ability to analyze different scenarios and assess the impact of changes in key variables.
  • Master techniques to reduce errors and incorporate risk factors into models for more reliable results.

Audience

  • Analysts, accountants, and financial planners looking to enhance their modeling skills for better financial decision-making.
  • Individuals involved in valuations, M&A, and investment analysis, requiring dynamic models to assess deals and market opportunities.
  • Those who need to build financial forecasts, evaluate business performance, and assess the financial impact of strategic decisions.

Course Content

1 – Introduction
In the dynamic world of corporate finance, decision-making hinges on accurate and comprehensive analysis. Financial modeling, a critical tool in this process, allows companies to forecast their financial performance, assess risk, and evaluate potential investments. However, not all models are created equal. A robust financial model, one that is adaptable, reliable, and thoroughly stress-tested, provides the confidence needed to navigate complex business environments. By simulating various scenarios and integrating key financial data, a strong model becomes indispensable for strategic planning, investment analysis, and risk management, guiding companies toward informed and successful financial outcomes.

2 – Understanding Financial Modeling
Financial modeling is a crucial skill for anyone involved in finance, investments, or business planning. Whether you’re a financial analyst, investor, entrepreneur, or corporate executive, the ability to create, interpret, and manipulate financial models allows for better decision-making and strategic planning. In this article, we’ll dive into what financial modeling is, its importance, key components, and how to build a basic model.What is Financial Modeling? Financial modeling is the process of creating a mathematical representation (often in Excel) of a company’s financial performance. This model is typically built using historical data and assumptions about future performance to forecast financial results. These forecasts are used to analyze different scenarios, assess the financial impact of decisions, and aid in valuation, investment analysis, and strategic planning.Why is Financial Modeling Important? Informed Decision-Making: Financial models provide quantitative insights into the financial outcomes of strategic decisions. For example, they help businesses understand the potential impact of acquiring a competitor, launching a new product, or expanding operations.Valuation: Investors and analysts use financial models to determine the value of a company by forecasting future cash flows and discounting them to the present value. This helps in determining whether a stock is undervalued or overvalued.Risk Management: Financial modeling allows for scenario analysis, which helps assess risks and test different assumptions. For example, companies can evaluate the potential impact of changing interest rates, raw material costs, or market demand on their profitability.Fundraising and Investment: When seeking investment or loans, businesses often present financial models to show lenders or investors their expected performance and ability to repay debt or generate returns.Key Components of a Financial Model Assumptions: These are the driving inputs that influence the outcomes of the model. Assumptions could include growth rates, cost of goods sold (COGS), operational expenses, capital expenditures, tax rates, and interest rates. They are usually based on historical trends, market research, or expert estimates.Financial Statements:Income Statement: Projects revenues, costs, and profits over a certain period. It includes forecasts of sales, operating expenses, and net income. Balance Sheet: Shows the company's projected financial position, including assets, liabilities, and equity. Key components include cash, accounts receivable, accounts payable, and inventory. Cash Flow Statement: Tracks the cash that flows in and out of the business. It highlights how much cash a company is expected to generate from operations and how much it will need for investments or debt repayments. Debt and Equity Schedules: These components project how much debt or equity a company will raise or repay over time. They also show interest expenses and dividends to shareholders.Ratios and Metrics: Financial models often calculate key financial ratios and metrics, such as Return on Investment (ROI), Earnings Before Interest, Taxes, Depreciation, and Amortization (EBITDA), and Debt-to-Equity Ratio. These help in evaluating the performance and financial health of a company.Types of Financial Models Three-Statement Model: This is the most common type, which integrates the income statement, balance sheet, and cash flow statement into one model. It helps assess the overall financial health and future performance of a company.Discounted Cash Flow (DCF) Model: A valuation method that estimates the value of an investment or company based on its expected future cash flows. The future cash flows are discounted back to the present value using a discount rate (usually the weighted average cost of capital or WACC).Merger & Acquisition (M&A) Model: Used to evaluate the financial impact of one company acquiring another. This model looks at how the acquisition will affect earnings, debt levels, and synergies.Leveraged Buyout (LBO) Model: This model is used to assess the viability of acquiring a company using a significant amount of debt. It helps in determining how much equity is required, the return on investment, and how quickly the debt can be repaid.Sensitivity Analysis: This type of model changes key assumptions (such as interest rates or sales growth) to show how sensitive the financial outcomes are to different variables.Steps to Build a Basic Financial Model Input Historical Data: Gather at least 3-5 years of historical financial statements. This forms the foundation of your model and helps in identifying trends.Set Assumptions: Determine key drivers such as sales growth, gross margins, operating expenses, capital expenditures, and interest rates. These assumptions will drive the forecasted financial statements.Project the Income Statement: Based on your assumptions, forecast sales, expenses, and profits for the next 3-5 years.Build the Balance Sheet: Forecast the company’s assets, liabilities, and equity based on historical data and assumptions about future growth and financing needs.Project the Cash Flow Statement: Ensure your cash flow projections tie in with the income statement and balance sheet forecasts. This includes cash from operations, investments, and financing.Link the Financial Statements: The income statement, balance sheet, and cash flow statement should all connect and flow naturally. For example, net income from the income statement flows into retained earnings on the balance sheet, while cash from operations flows into the cash balance.Run Scenario Analysis: Test different scenarios by adjusting key assumptions (e.g., sales growth, interest rates) to see how sensitive your model is to changes in the business environment.Best Practices for Financial Modeling Keep it Simple: Start with a straightforward model and only add complexity when necessary. Complex models can become difficult to maintain and audit.Use Clear Formulas: Avoid hard-coding values. Instead, use cell references and clear formulas to make the model dynamic and easy to update.Document Assumptions: Clearly outline the assumptions used in the model so others can understand your reasoning.Test the Model: Stress test the model by changing variables to ensure it works under different conditions and accurately reflects the business's financials.Conclusion Financial modeling is an essential skill for anyone involved in finance, investments, or strategic planning. By understanding the fundamentals of financial modeling, you can create tools that provide valuable insights into a company’s financial health and future prospects. Whether you’re preparing for a corporate decision, valuation, or investment analysis, a solid financial model allows for well-informed decisions that can drive success.

3 – How to Design Financial Model?
Designing a financial model is a structured process that involves careful planning, organization, and analysis to create a tool that can help stakeholders make informed decisions. Here’s a step-by-step guide to designing an effective financial model:1. Define the Purpose of the Model Identify Objectives: Determine what decisions the model will support (e.g., budgeting, forecasting, valuation, project financing). Audience Understanding: Consider who will use the model (e.g., management, investors, analysts) and their specific needs. 2. Gather Necessary Data Historical Financial Data: Collect historical financial statements (income statement, balance sheet, cash flow statement) to establish a baseline. Market Research: Gather market data, industry trends, and economic indicators relevant to your business or project. Assumptions: Identify key assumptions, such as revenue growth rates, cost structures, and financing terms. 3. Outline the Model Structure Create a Framework: Develop a clear structure that includes sections for inputs, calculations, outputs, and reports. Modular Design: Design the model in a modular way to allow for easy updates and adjustments without affecting the entire model. 4. Input Assumptions Input Sheet: Create a dedicated input sheet for all key assumptions and variables, such as sales growth, expenses, tax rates, and capital expenditures. Use Clear Labels: Clearly label each input with descriptions and units (e.g., percentage, currency) to avoid confusion. 5. Build the Financial Statements Income Statement: Start by building the income statement, forecasting revenues, costs, and expenses to arrive at net income. Balance Sheet: Develop the balance sheet, ensuring that it balances assets, liabilities, and equity. Incorporate necessary adjustments for retained earnings. Cash Flow Statement: Create the cash flow statement using the indirect method, starting with net income and adjusting for non-cash items and changes in working capital. 6. Integrate Financial Statements Link Statements: Ensure the three financial statements are interconnected: Net income from the income statement feeds into retained earnings on the balance sheet. Cash flow from the cash flow statement is derived from the income statement and impacts cash on the balance sheet. Check Balances: Regularly check that the balance sheet balances (Assets = Liabilities + Equity) throughout the modeling process. 7. Perform Sensitivity and Scenario Analysis Sensitivity Analysis: Create a sensitivity analysis section to assess how changes in key assumptions (e.g., sales growth, cost of goods sold) impact financial outcomes. Scenario Analysis: Develop different scenarios (e.g., best case, worst case, base case) to evaluate potential impacts under varying conditions. 8. Create Output and Reporting Sections Summary Dashboard: Build a summary dashboard that displays key metrics and outputs, such as projected revenue, net income, cash flow, and key performance indicators (KPIs). Visuals: Incorporate charts and graphs to visualize trends and results for easy interpretation by stakeholders. 9. Ensure Accuracy and Error-Checking Formula Verification: Double-check all formulas for accuracy and ensure there are no circular references unless explicitly designed. Error Checks: Include checks and balances in the model to flag discrepancies (e.g., check if the cash flow from operations matches changes in working capital). 10. Document and Review the Model Documentation: Add comments and notes within the model to explain assumptions, calculations, and the logic behind key decisions. Peer Review: Have the model reviewed by colleagues or stakeholders to identify areas for improvement and ensure clarity. 11. Test the Model Scenario Testing: Run the model under various scenarios to ensure it behaves as expected. Feedback Loop: Gather feedback from potential users to identify usability issues and make necessary adjustments. 12. Maintain and Update the Model Regular Updates: Establish a routine for updating the model with actual performance data and revised forecasts. Version Control: Keep track of different versions of the model to manage changes and maintain historical records. Conclusion Designing a financial model requires a systematic approach that incorporates clarity, accuracy, and flexibility. By following these steps, you can create a robust financial model that supports informed decision-making, effectively communicates financial insights, and adapts to changing conditions. A well-designed model not only aids in forecasting and analysis but also serves as a strategic tool for driving business growth and success.

4 – How to Build Robust Financial Model?
Building a robust financial model is essential for effective financial analysis and decision-making. A well-constructed model can provide valuable insights into a company’s financial health, assist in forecasting, and guide investment strategies. Here’s a step-by-step guide on how to build a robust financial model:1. Define the Purpose and Scope Clarify Objectives: Determine what the model aims to achieve, whether it’s forecasting revenues, evaluating investment opportunities, or assessing the impact of strategic decisions. Identify Key Outputs: Specify the outputs you want the model to generate, such as financial statements, key performance indicators (KPIs), or scenario analyses. 2. Gather and Organize Data Collect Historical Data: Gather relevant historical financial data, including income statements, balance sheets, and cash flow statements. Identify Key Drivers: Determine the key drivers of financial performance, such as sales growth, cost structure, and working capital requirements. Ensure Data Quality: Validate the accuracy and integrity of the data to avoid errors in the model. 3. Structure the Model Use a Modular Approach: Organize the model into separate, logical sections (e.g., inputs, calculations, outputs) to enhance clarity and ease of use. Create Input Sheets: Designate specific sheets for inputs where key assumptions and variables are stored. This makes it easier to update the model without affecting the calculations. 4. Develop the Core Calculations Build the Financial Statements: Construct the income statement, balance sheet, and cash flow statement based on the input assumptions. Ensure that these statements are linked and flow logically. Incorporate Key Calculations: Include calculations for revenue, expenses, tax rates, depreciation, and other financial metrics. Ensure that formulas are correctly structured and consistent across the model. 5. Implement Scenario Analysis Create Scenarios: Build functionality to test various scenarios by adjusting key assumptions (e.g., best-case, worst-case, and base-case scenarios). Conduct Sensitivity Analysis: Analyze how changes in key drivers impact financial outcomes. This helps identify critical factors and assess risks. 6. Integrate Validation and Error Checks Add Validation Checks: Include error checks and balances within the model to ensure that outputs make sense and are consistent with inputs. For example, the balance sheet should always balance (Assets = Liabilities + Equity). Review Mechanisms: Establish a process for regular reviews and updates to the model based on feedback and changing assumptions. 7. Ensure Clarity and Usability Use Clear Labels and Formatting: Clearly label each section and use consistent formatting to enhance readability. Use colors to differentiate between inputs (e.g., blue) and calculations (e.g., black). Document Assumptions: Provide comments or notes on key assumptions and methodologies used in the model to facilitate understanding for users who may not be familiar with the underlying logic. 8. Test and Refine the Model Run Tests: Conduct thorough testing by inputting different scenarios and validating outputs against historical performance or external benchmarks. Iterate Based on Feedback: Seek feedback from stakeholders and refine the model accordingly. Continuous improvement is key to maintaining a robust financial model. 9. Create Output Reports Develop Reports and Dashboards: Design output reports that summarize key findings, including charts and visualizations to present data clearly and concisely. Ensure Accessibility: Make the model accessible to relevant stakeholders, ensuring they can easily interpret the outputs and insights. 10. Maintain the Model Regular Updates: Continuously update the model with new data and revise assumptions as necessary. Financial models should be living documents that evolve with the business environment. Monitor Performance: Regularly compare actual results against model projections to assess performance and make adjustments to the model as needed. Conclusion Building a robust financial model requires careful planning, attention to detail, and a clear understanding of financial principles. By following these steps, you can create a model that not only serves its intended purpose but also adapts to changing circumstances and provides valuable insights for decision-making. A well-structured and validated financial model is an invaluable asset for any organization, enabling better strategic planning and financial management.

5 – Quality Assurance
Quality assurance (QA) in financial modeling refers to the systematic process of ensuring that a financial model is accurate, reliable, and fit for purpose. This involves validating the model’s calculations, ensuring that it adheres to best practices, and confirming that it meets the specified requirements and objectives. Effective QA helps prevent errors, enhances model credibility, and supports sound decision-making.Importance of Quality Assurance in Financial Modeling Accuracy: Ensures that the model produces correct outputs based on the inputs and assumptions. Reliability: Builds confidence among stakeholders that the model can be used for critical financial decisions. Consistency: Maintains uniformity in calculations and formatting, making the model easier to understand and audit. Efficiency: Reduces the time spent on troubleshooting and fixing errors after the model is completed. Steps to Implement Quality Assurance in Financial Modeling Establish Clear Objectives and RequirementsDefine the purpose of the model and the key outputs it should deliver. Document the specific requirements that the model must meet, including any assumptions or constraints. Design a Comprehensive Review ProcessPeer Review: Have another qualified individual review the model for accuracy and clarity. A fresh set of eyes can catch errors that the original creator may overlook. Walkthroughs: Conduct a walkthrough of the model with stakeholders to ensure it meets their needs and expectations. Document Assumptions and SourcesClearly document all assumptions used in the model, including their sources and rationale. This transparency allows for easier validation and understanding. Ensure that data sources are reliable and up-to-date, as outdated or incorrect data can lead to significant errors. Use Error Checking MechanismsBuilt-in Checks: Implement built-in checks and balances, such as cross-validation against historical data or benchmarking against industry standards. Error Flags: Create flags or alerts in the model to indicate when results fall outside expected ranges, prompting further investigation. Conduct Sensitivity and Scenario AnalysisPerform sensitivity analyses to understand how changes in key inputs affect outputs. This helps identify critical assumptions and assess model robustness. Run different scenarios (best case, worst case, etc.) to evaluate the model’s performance under various conditions. Regularly Update and Maintain the ModelSchedule regular reviews to update the model with new data and reassess assumptions as business conditions change. Maintain version control to track changes and ensure that all stakeholders are using the most current version of the model. Standardize Modeling PracticesDevelop and enforce a set of modeling standards and best practices within your organization. This includes guidelines on formatting, calculation methods, and documentation. Provide training and resources to ensure that all team members understand and adhere to these standards. Utilize Software ToolsConsider using financial modeling software that offers built-in QA features, such as error checking, sensitivity analysis, and documentation tools. Leverage spreadsheet functions to automate error checks and calculations, reducing the likelihood of human error. Conclusion Quality assurance in financial modeling is essential for delivering accurate, reliable, and actionable insights. By establishing clear objectives, implementing a thorough review process, documenting assumptions, and utilizing error-checking mechanisms, organizations can significantly enhance the quality of their financial models. Continuous maintenance and adherence to standardized practices further contribute to the model's effectiveness, ultimately supporting better decision-making in a dynamic business environment.

6 – Finalizing and Presenting Your Model
Building a model, whether it’s a financial forecast, machine learning algorithm, or engineering prototype, involves careful planning, data analysis, and problem-solving. However, the final steps—finalizing and presenting your model—are equally important. This phase determines how well your model will be understood, trusted, and utilized by stakeholders. Here’s a step-by-step guide to ensure you wrap up your model with clarity, precision, and impact.1. Refining the Model: Double-Check Your Work Before presenting your model, ensure it’s as refined as possible. This involves:Cross-Validation: Use different datasets to validate the robustness of your model. For machine learning models, ensure performance metrics like accuracy, precision, and recall are stable across different validation sets. Sanity Checks: For business and financial models, cross-check assumptions, calculations, and inputs. Make sure numbers make sense both individually and in context. Simplification: Complex models often lead to confusion. Simplify where possible without sacrificing the model’s integrity. Highlight the essential components and remove unnecessary complications. 2. Interpretability: Know Your Audience Presenting a model is not just about technical accuracy; it’s about making sure your audience can understand and appreciate its insights.Tailor to Stakeholders: If your audience includes non-technical stakeholders, simplify the language and focus on the model’s results rather than the process. For technical audiences, you can go into the nitty-gritty details. Explain Key Drivers: Highlight the variables or factors that drive the model’s outcomes. If it’s a machine learning model, explain how features contribute to the prediction. Visualize Data: Graphs, charts, and interactive visualizations can simplify complex outputs. Use tools like Tableau, Power BI, or even Excel to present key results in a digestible format. 3. Testing and Stressing the Model To build confidence in your model, stakeholders will want to see that it performs well under different conditions.Stress Testing: Run the model under extreme or unexpected scenarios. This shows how it handles anomalies or unexpected inputs and helps identify any vulnerabilities. Sensitivity Analysis: Identify how changes in certain assumptions or variables affect the model’s output. This is crucial for financial models and simulations, where small shifts in variables can lead to significant impacts. Benchmarking: Compare your model’s performance against industry standards or previous models to demonstrate its effectiveness and competitiveness. 4. Preparing the Presentation: Craft the Narrative An effective presentation isn’t just about showing numbers—it’s about telling a story.Begin with the Problem Statement: Start by clearly defining the problem your model solves. Explain the objectives and why this model matters. Show the Approach: Briefly describe your methodology, but don’t dive into technical jargon unless necessary. Focus on how the model was constructed, the data sources used, and any challenges faced. Highlight the Results: This is the most crucial part. Present your key findings or predictions. Use visuals to support your points and emphasize how your model answers the initial problem. Scenario Analysis: If applicable, show different scenarios or simulations. For instance, if you built a financial model, present best-case, worst-case, and most likely outcomes. Actionable Insights: End with clear, actionable recommendations based on your model. Explain what stakeholders should do next and how the model can be used in decision-making. 5. Engage the Audience: Encourage Interaction Effective presentations are interactive. Encourage questions and be prepared to dive into details.Prepare for Questions: Anticipate the types of questions your audience may ask, especially regarding assumptions, data sources, or limitations. Be Transparent: If there are limitations in your model, address them openly. No model is perfect, and acknowledging weaknesses shows confidence and transparency. Live Demonstrations: If possible, demonstrate the model live. This could involve running scenarios in real-time or tweaking variables based on audience feedback. 6. Post-Presentation: Follow-Up and Documentation Once the presentation is over, provide stakeholders with all the necessary materials to explore the model further.Documentation: Ensure that all technical details, assumptions, and methodologies are well-documented. This could include a detailed report or a user manual for interacting with the model. Share the Model: Depending on the project, provide access to the model itself, whether as a spreadsheet, code, or interactive tool. Feedback Loop: Encourage stakeholders to share feedback, ask questions, or request additional analyses. This continuous engagement can help refine the model further or highlight new areas for development. Conclusion Finalizing and presenting your model is the last but critical step in the modeling process. By ensuring accuracy, clarity, and engagement, you’ll not only deliver valuable insights but also gain the trust and confidence of your audience. Whether it’s through stress-testing, clear visualization, or transparent communication, the goal is to make your model both understandable and actionable for all stakeholders.

Instructors

NA

Nazia Asim

4.5
4 Reviews
26 Students
1 Course
A

admin

4.5
4 Reviews
4354 Students
15 Courses

Feedback

4.5
Total 4 Ratings
75%
0%
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Reviews (4)

  1. SM

    Shrikant Marathe

    5 days ago
    Best course
  2. RD

    Rajesh D

    4 weeks ago
    It's so helpful for providing free certificate
  3. D

    Deryanza

    4 weeks ago
    good course
  4. RP

    raina pandey

    4 weeks ago
    Good
  • All Levels
  • 26
  • 52 minutes
  • September 27, 2024
  • Certificate of completion

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