JIMS organized a Logical and Critical Thinking Workshop for BCA 4th and 6th semester students with the objective of enhancing their analytical abilities, structured thinking, and problem-solving skills required for programming and technical interviews. The workshop was conducted by Amit Srivastava, who guided students through practical approaches to coding and logical problem solving.
The session began with an introduction to the widely used coding practice platform LeetCode, where students were familiarized with the structure of coding problems commonly used in technical assessments and competitive programming. The speaker explained how to carefully read and interpret problem statements, identify inputs and outputs, and design structured solutions before writing code. Students were also introduced to the basics of coding contests and competitive programming, which play an important role in strengthening logical reasoning and improving coding proficiency.
A major focus of the workshop was developing problem-solving skills using loops and conditional statements. Through practical examples and beginner-level problems, students learned how to apply logical thinking to construct iterative solutions. Concepts such as nested loops, conditional decision-making, and step-by-step algorithm development were explained in a clear and interactive manner, helping students understand how complex programming problems can be broken down into smaller logical steps.
The workshop also covered number-based problem solving, where students explored techniques such as digit processing, reverse number logic, and carry-based computations. These concepts helped students understand how mathematical reasoning can be applied within programming to solve algorithmic problems effectively.
Another important segment focused on array-based problem solving. Students were introduced to array traversal techniques, index-based problem solving, and methods for creating and modifying arrays. The instructor demonstrated how arrays can be used to process sequential data efficiently through easy-level coding problems.
In addition, the session included string-based problem solving, where students learned about string traversal, character-level operations, index-based string manipulation, and reverse processing logic. These concepts are fundamental for solving many real-world programming challenges.
Towards the end of the workshop, students were introduced to the basics of linked list concepts, including node-based structures, linked list traversal, and fundamental operations used in dynamic data structures. This provided students with a foundational understanding of how linked data structures work.
Overall, the workshop was highly interactive and informative. It provided BCA students with valuable exposure to structured problem solving, logical reasoning, and coding practices widely used in programming competitions and technical interviews. The session encouraged students to think critically, approach problems systematically, and build confidence in solving programming challenges.