In the field of education, puzzle games have become an essential area of study. These are not just designed to teach you the concepts of mathematics, physics, and social awareness, but also the fundamentals of computer science.
Computer science isn’t all about computers, just the way biology isn’t all about microscopes. It’s easy to overlook the essence of what you’re doing in the face of the tools you’re using.
A typical computer scientist studies problems where the solutions aren’t concrete answers but strategies that are generally used for producing these responses. These strategies in computer science are referred to as algorithms. Computer scientists create and analyze algorithms to understand the techniques that are more feasible and work much faster. Their fundamental task involves determining the least possible effort needed to obtain solutions to particular problems.
These characteristics are intrinsically more akin to solving puzzle games like Sudoku, where you require the same level of problem-solving and pattern recognition skills. Solving free Sudoku puzzle games demands you to seek solutions to the problems you encounter using advanced or straightforward strategies. While, computer science, too, is about problem-solving and algorithmic thinking.
Sudoku and computer science tackle the how-to information, i.e. the process of finding answers to the questions faced every day. Sudoku is a logic puzzle where the only solving rule that exists is to complete the rows, columns, and squares with digits 1 through 9 without repetition. This is similar to debugging programs where you learn to figure out why a program doesn’t operate. You spend substantial time doing the task over and over only to realize that merely knowing the rules or programming syntax doesn’t assure guaranteed results. You’ve to trace back to the square where the bug came from, and revise that particular area without screwing up adjacent regions.
In the end, when you successfully complete a Sudoku puzzle, it gives you the same thrill as one gets while solving particularly vexing algorithms. You’ll also feel that learning the fundamentals of computer science is worth it if you understand these in terms of solving a massive Sudoku.
It’s going to be like working on your square while also considering the ones along the edges. You could be working on it for days or have a eureka moment in just a few hours. It’s going to be tough in the beginning, and you’ll have to put in a lot of effort. But you’ll eventually get there. And certainly, the two concepts, Sudoku, and computer science hold similarities that teach us a lot about computers, games, and problem-solving in general.
Try out a Sudoku puzzle yourself and see how incredibly detailed the science behind Sudoku is!