Logitica stimulates brainpower and can be termed, "The Brain behind the brain." The concepts taught in Logitica are designed to enhance an individual’s problem-solving skills by explaining the thought processes involved in solving unfamiliar types of problems. Logitica offers a unique combination of logical, analytical and mathematical problems, focusing on iterative learning of the fundamental concepts. This specialized area of learning is something parents should get their children involved to help them develop their God-given cognitive abilities to better prepare them for the challenges ahead. Educators should offer Logitica concepts in schools so students can develop their logical and analytical thinking since these skills cannot be learned through memorization, which is exactly how many subjects are currently being taught in school. Here are a few of the modules currently being offered through an assignment based course.


This module contains problems requiring analysis on numbers and arithmetical operations like Average Number Cell, Box Number, Number sequence, Cross Numbers, etc. This is a very interesting module, which encourages students to develop their out-of-the-box thinking skills.

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This module contains analytical problems like Number Pyramid, Lost Ant, Marbles in the Box, Brick Wall etc. For students learning simple and quadratic equations, some of these problems can be modified to teach these subjects in a more interesting and engaging manner. The problems in this module focus on the analysis of each problem as the methods for solving them are not deterministic.

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This module focuses on developing the ability to design a strategy for solving problems in a Worst-Case-Scenario. We first need to learn how to define the Worst-Case-Scenario. Once that’s accomplished, we need to devise a strategy for determining the minimum number of trials required to achieve the objective stated in the problem.

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Path and routing

This module contains problems that focus on finding the route or path taken by a moving object. Analyzing and solving problems like this can help solve problems related to scheduling and the allocating of resources. This module also contains a special section based on the famous 18th Century problem, Seven Bridges of Königsberg that was solved by the brilliant mathematician Euler, and laid the foundation for Graph Theory and Topology.

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