Who AM I?
Introduction
Muhammad Mudassir Shakeel is an innovative Mechatronics and Control Engineer with a strong foundation in control systems, robotics, and industrial automation. With expertise in MATLAB and Simulink, Mudassir has successfully completed numerous projects that showcase his ability to model and optimize complex engineering systems. His work spans across various domains, including the development of UAVs, mobile robots, and sophisticated control algorithms, making him a versatile engineer capable of tackling diverse technical challenges.
Mudassir’s professional journey includes a significant tenure as an Electrical Supervisor at ERCON Group of Industries, where he led electrical installation and maintenance projects, ensuring compliance with safety standards and enhancing operational efficiency. His freelance career further highlights his adaptability and expertise, having delivered high-quality solutions to clients worldwide on platforms like Upwork and Fiverr. His commitment to excellence is reflected in consistent 5-star reviews and accolades such as the Top Rated badge on Upwork.
Beyond his engineering prowess, Mudassir is also a passionate content creator and technical writer. He runs a monetized YouTube channel where he shares his knowledge and insights with a growing community of subscribers. His dedication to continuous learning is evident in his ongoing exploration of machine learning, data science, and deep learning, areas where he is rapidly expanding his skill set.
Mudassir’s academic background, coupled with his hands-on experience in the field, positions him as a forward-thinking engineer who is eager to leverage technology to solve real-world problems and contribute to impactful projects in both academic and professional settings.
Muhammad Mudassir Shakeel
Key Interests
Passionate about pioneering research in Electrical, Electronics, Mechanical, and Mechatronics Engineering, with a commitment to driving innovation and developing technology-focused solutions across these interdisciplinary domains.