Improve your case math skills and ace your case interview


If you want to take your case math skills to the next level, check out FastMath Ace the Case, created by former McKinsey consultant, Matthew Tambiah. His online course will teach you the quantitative and mental calculation skills you need to succeed in management consulting-style Case Interviews.

In this course you will learn a comprehensive set of calculation methods designed specifically to enable you to perform Case Interview calculations quickly and easily, along with the most efficient solution method to the most important quantitative Case Interview problem types.

After learning the course material, candidates will dramatically increase their calculation speed and efficiency, and be well prepared for a wide range of quantitative Case Interviews questions.

Thousands of students from leading universities worldwide, like Wharton, Harvard Business School, Stanford, MIT, Kellogg, London Business School, INSEAD, and many more, have used the FastMath Ace the Case methods and techniques to join elite management consulting firms like McKinsey, Bain, BCG, Accenture, Deloitte, and PwC, and other leading firms like Google, Proctor and Gamble, and Wells Fargo.

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#1 selling online course for case interview math

Highlights

  • 7+ hours of on-demand video lessons
  • Efficient mental calculation methods designed specifically for quant case interview problems
  • McKinsey PST methods and material
  • 10 full quant case problem types and solution methods

The course includes all of the common quant problem types including, but not limited to:


Profitability analysis

Profitability analysis

Break-even analysis

Competitive pricing

Net Present Value (NPV) analysis

Profitability analysis

Chart reading

Market sizing and estimation

Pipeline analysis

Economies of scale

The course will also improve your mental math skills by teaching techniques such as:


Profitability analysis

Multiplication and division

Fractions, decimals and percentages



Inverse proportion

Compound growth