The rapid grow for electrification, the incorporation of fluctuating renewable energy sources, and the increasing cyber-physical threats all contribute to energy security. Electrical engineers started using the proliferating AI tools to control grid stability without human intervention, decreasing excess loads, as renewable energy sources are expected to surpass fossil fuel as the world's leading source of electricity. Additionally, localized flexibility is being improved by the shift to a decentralized architecture that makes use of Microgrids and Distributed Energy Resources (DERs), enabling towns to function as "energy islands" during broader grid stress. The critical shield required to stabilize these occasional sources is provided by the combination of solid-state and flow batteries. Finally, engineering rigor is moving toward "security-by-design," incorporating multi-layered protection to counter the increasing frequency of industrial cyberattacks, as power systems depend more and more on interconnected digital layers. Applied Electrical Engineering for Energy Security is a multidisciplinary conference focused on how modern electrical engineering solutions can strengthen the reliability, resilience, and sustainability of energy systems. The conference brings together students, researchers, engineers, educators, and industry professionals to discuss practical innovations that protect energy infrastructure, improve power system stability, and support secure energy access in a rapidly changing world. The event emphasizes applied research, real-world case studies, and emerging technologies that address challenges such as grid reliability, renewable energy integration, energy storage, system protection, and smart power networks. This aim is to present how the main lines of defense against systemic vulnerabilities is applied electrical engineering. Grid autonomy, enhanced storage, and cyber-physical protection are among the main engineering interventions. Through keynote talks, technical sessions, and panel discussions, participants will explore how electrical engineering plays a critical role in ensuring safe, affordable, and secure energy for communities and industries.