Muhammad Mohsin Waqas

Khwaja Fareed University of Engineering and Information Technology

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About

Muhammad Mohsin Waqas is a rising voice in agricultural engineering, whose work bridges robotics, precision farming, and digital simulation to address global food security. His research centers on the transformation of traditional agricultural machinery into intelligent, autonomous systems—a shift he documents in his highly cited 2023 chapter, "Robotic Innovations in Agriculture" (15 citations). There, he traces the evolution from mechanical devices to advanced autonomous machines, highlighting how electronics and computing optimize crop inputs and streamline produce transport. Waqas further explores the practical application of these principles in "Engineering Principles of Precision Farming" (6 citations), offering a roadmap for developing nations to enhance food security through technology. Most recently, his 2025 study on a digital twin model for a rack-and-pinion vegetable seedling transmission device (5 citations) demonstrates his expertise in co-simulation using Adams and MATLAB, showcasing a novel method for testing and refining agricultural equipment before physical deployment. By integrating engineering theory with real-world agricultural challenges, Waqas is helping to shape a more efficient, data-driven future for farming, particularly in resource-constrained settings.