The Quine–McCluskey Algorithm is a method used in digital logic design for minimizing Boolean functions. It systematically reduces complex logical expressions into simpler forms, making it easier to implement in hardware. The algorithm works by identifying and combining terms that differ by only one variable, ultimately leading to a minimal sum of products representation. This algorithm is particularly useful for functions with many variables, where traditional methods like Karnaugh maps become cumbersome. It provides a more structured approach, allowing for the automation of the minimization process, which is beneficial in computer-aided design tools for digital circuits.