The article discusses the Mohand transform, a new integral transform used to solve linear ordinary differential equations with constant coefficients. It highlights the ease of application and effectiveness of the Mohand transform compared to existing transforms like Laplace and Kushare transforms. The Mohand transform is defined as an integral transform that converts a function into another function using algebraic operations. It has several properties, including linearity, scalar variation, scrolling, and convolution theorem, which make it useful for solving differential equations. The article also provides examples of applying the Mohand transform to first and second-order differential equations, demonstrating how it can be used to find solutions without complex calculations. The Mohand transform is compared with other integral transforms, and it is noted that both methods can solve ordinary differential equations effectively. The article concludes that the Mohand transform is a promising alternative method for solving differential equations and that further research is needed to explore its potential. The authors acknowledge the contributions of the referees for their constructive comments and recommendations.The article discusses the Mohand transform, a new integral transform used to solve linear ordinary differential equations with constant coefficients. It highlights the ease of application and effectiveness of the Mohand transform compared to existing transforms like Laplace and Kushare transforms. The Mohand transform is defined as an integral transform that converts a function into another function using algebraic operations. It has several properties, including linearity, scalar variation, scrolling, and convolution theorem, which make it useful for solving differential equations. The article also provides examples of applying the Mohand transform to first and second-order differential equations, demonstrating how it can be used to find solutions without complex calculations. The Mohand transform is compared with other integral transforms, and it is noted that both methods can solve ordinary differential equations effectively. The article concludes that the Mohand transform is a promising alternative method for solving differential equations and that further research is needed to explore its potential. The authors acknowledge the contributions of the referees for their constructive comments and recommendations.