Abdulmueen gained invaluable experience during his summer internship at Schweitzer Engineering Laboratories (SEL), where he had the opportunity to apply his knowledge practically and work with the company’s cutting-edge protection products, including Relays, RTAC, and SDN switches. This immersive experience allowed Abdulmueen to not only apply his theoretical understanding but also to explore the real-world functionality and significance of these advanced technologies, significantly enhancing his grasp of their impact on modern engineering practices.

Abdulmueen has actively contributed to the design and implementation of DC/DC converters and DC/AC inverters, with a focus on their operation and control within scaled smart grid systems. His research also extended to integrating renewable energy sources into these advanced grid infrastructures. This comprehensive approach included simulations, hardware implementation, and exploration of power systems, providing valuable insights into sustainable energy management and enhancing the efficiency and reliability of scaled smart grids.

Abdulmueen conducted research on cybersecurity in smart grids, focusing on identifying vulnerabilities, potential threats, and developing effective strategies to protect against cyber attacks. His work involved investigating various attack vectors and implementing robust security measures, utilizing intrusion detection systems and machine learning techniques to enhance threat identification and prevention. abdulmueen has also published several papers on this topic, contributing valuable insights to the field of smart grid security.

Abdulmueen has developed a web-based SCADA system that harnesses the power of the Internet of Things (IoT) and modern web services. His cloud-based solution provides remote supervision, control, and data acquisition capabilities. Abdulmueen’s system allows for the visualization and management of various IoT devices through web browsers, enabling seamless integration with automation equipment and facilitating efficient data collection and control from any location.

I collaborated with the Savannah River National Laboratory on a project in an applied research center. Additional information will be posted soon.

Abdulmueen participated in the IEEE Southeastcon Hardware Competition for three consecutive years—2017, 2018, and 2019. This annual event challenges teams of undergraduate and graduate students to design, build, and demonstrate innovative hardware solutions to real-world problems. Organized by the Institute of Electrical and Electronics Engineers (IEEE), the competition aims to advance technology and address pressing issues through creative engineering solutions. Abdulmueen’s involvement over multiple years showcased his commitment to engineering excellence and his ability to tackle complex challenges.

Abdulmueen led his team in the NASA Rocket Competition 2000ft, a student rocketry challenge organized by NASA's Marshall Space Flight Center. This competition, open to middle school, high school, and college students across the United States, required teams to design, build, and launch a rocket to an altitude of 2,000 feet while ensuring the recovery of a scientific payload intact. Under Abdulmueen’s leadership, his team excelled in this demanding environment, demonstrating exceptional skills in engineering and project management. Abdulmueen’s role not only involved overseeing the technical aspects of the rocket's design and launch but also inspiring and coordinating his team, effectively contributing to their success and advancing their interest in science, technology, engineering, and mathematics (STEM).

Abdulmueen participated in the IEEE High and Middle School STEM Outreach Program, which provides hands-on workshops and activities for high school students to explore the latest advancements in STEM fields. This program is designed to spark students' interest in STEM and to equip them with essential skills and knowledge for pursuing careers in these areas. Abdulmueen’s involvement helped inspire and educate the next generation of STEM professionals.

Abdulmueen has undergone rigorous training in electrical transmission, specializing in Low, Medium, and High Voltage Transmission Lines. This comprehensive training provided him with an in-depth understanding of the technical and safety considerations required for working with different voltage levels. Through this intensive program, Abdulmueen gained valuable skills and hands-on experience in the design, maintenance, and operation of transmission systems, ensuring efficient and reliable energy distribution across various voltage tiers.