From greedy shortcuts to dynamic programming guarantees, algorithm design techniques are the backbone of efficient problem-solving in computer science. Understanding when and how to apply each ...

Competitive programming blends algorithms, mathematics, and structured problem-solving into a fast-paced mental sport. It challenges participants to break down complex tasks, design efficient ...

It’s one thing to sit in a computer science class all semester and learn about programming and problem-solving. But it’s quite another to find yourself knee-deep in creating an app designed to ...

Are you struggling to find effective solutions to problems you face in your professional or entrepreneurial ventures? Are you often indecisive when faced with complex decisions? The ability to solve ...

Like most engineers, I find myself drawn to complex puzzles. And the more complicated the problem, the more intrigued I am to solve it. This love for problem-solving was nurtured at a very young age.

There is a general sense that programming is related to math and that people who are successful in math are often successful at programming. For math teachers, a natural question arises: “What is the ...

Insight problem solving refers to the abrupt and transformative reorganisation of cognitive representations, typically resulting in an Aha! moment – a sudden experiential clarity that enables the ...

Gene Kranz, the steel-nerved flight director of the troubled Apollo 13 mission, is widely associated with the gritty epigram, “failure is not an option.” In fact, Kranz–a breathtakingly effective ...

The Department of Electrical Engineering and Computer Science's High School Programming Contest brought together student teams from across the state to the U of A for a day of competitive coding.