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Determining the optimal solution for a problem, program, or research proposal is a pivotal and, at times, time-consuming objective in various scientific and research endeavors. The complexity of real-world problems often surpasses the capabilities of classical optimization techniques, necessitating the exploration of new and advanced optimization algorithms. This is primarily driven by the need for algorithms that offer not only rapid computation but also high accuracy, providing approximations close to the optimal solution.The significance of optimization is underscored by its pervasive application across diverse scientific disciplines, prompting extensive research efforts to develop and refine optimization algorithms. In the scientific community, there exists a dynamic competition to propose innovative algorithms that outperform existing methods. Recognizing this importance, this educational collection introduces a cutting-edge optimization algorithm, published in 2022, offering a balance of speed, accuracy, and proximity to optimal solutions.In addition to providing comprehensive information about this algorithm and practical guidance on its implementation, the collection goes further by presenting a curated set of challenges. It includes ten unconstrained problems and ten constrained problems, guiding learners through the entire process, from coding to optimization stages. Successful completion of this educational endeavor ensures that participants acquire the skills and knowledge needed to implement their unique problems effectively, leveraging the presented state-of-the-art optimization technique to its fullest potential. Through this collection, learners are empowered to navigate the intricate landscape of optimization with confidence and proficiency, contributing to advancements in their respective fields.

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