A good one? Very unlikely. Most design patterns have at least some basis in mathematical concepts. Things that are essential to programming, like variables, loops, procedures, and objects, are analogues to mathematical fields like algebra, calculus, and set theory.

Consider also that computer science is a subset of mathematics: algorithms and formal logic, upon which all programming is based, are fundamentally mathematics.

If you hate math, you're going to hate programming.

A good one? Very unlikely. Most design patterns have at least some basis in mathematical concepts. Things that are essential to programming, like variables, loops, procedures, and objects, are analogues to concepts in mathematical fields like algebra, calculus, and set theory.

Consider also that computer science is a subset of mathematics: algorithms and formal logic, upon which all programming is based, are fundamentally mathematics.

If you hate math, you're going to hate programming.

A good one? Very unlikely. Most design patterns have at least some basis in mathematical concepts.

A good one? Very unlikely. Most design patterns have at least some basis in mathematical concepts. Things that are essential to programming, like variables, loops, procedures, and objects, are analogues to mathematical fields like algebra, calculus, and set theory.

Consider also that computer science is a subset of mathematics: algorithms and formal logic, upon which all programming is based, are fundamentally mathematics.

If you hate math, you're going to hate programming.