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Guided learning journeys that build knowledge step by step.
category · Learning · slug · learning · 7811 Paths
7811 Paths · page 332 / 782
This advanced graduate-level learning path equips learners with the knowledge and skills to apply AI techniques—machine learning, deep learning, and optimization—to power system operation and control. It covers foundational power system concepts, essential programming and data skills, and specific AI applications including load forecasting, fault detection, and smart grid optimization.
This advanced graduate-level path explores the fundamental physics of superconductivity and its practical applications in electrical engineering. Learners will study key concepts such as the Meissner effect, critical temperature, and superconducting materials, then progress to applications like superconducting cables and magnets. The path emphasizes the underlying electromagnetic principles necessary to understand and apply superconductivity.
This learning path introduces the Internet of Things (IoT) with a focus on electrical engineering applications. It covers essential concepts from basic programming to sensors, connectivity options, data acquisition, and cloud integration, culminating in a practical project.
This advanced graduate-level learning path covers the fundamental principles of wireless power transfer, focusing on electromagnetic theory, inductive and resonant coupling, rectennas, and applications in EV charging. It builds from foundational electromagnetics through circuit and system design, culminating in practical application analysis.
This learning path equips automation engineers with the knowledge to design, program, and troubleshoot industrial automation systems. It covers digital electronics and control basics as prerequisites, then dives into PLC programming, sensors and actuators, HMI design, industrial networking, and safety systems.
A professional learning path covering essential standards and practices for electrical wiring and cabling, including cable types, ampacity, voltage drop, installation methods, and termination. Designed for electrical technicians and engineers seeking to enhance their career skills in electrical installations.
This learning path equips power engineers with the knowledge and skills to identify and mitigate power quality issues such as harmonics, voltage sags/swells, flicker, and grounding problems. It covers fundamental power system analysis, power quality phenomena, measurement techniques, and mitigation strategies using passive and active filters. The path emphasizes practical application and hands-on assessment to ensure engineers can apply these concepts in real-world scenarios.
This professional learning path equips renewable energy engineers with the knowledge and skills to design both grid-connected and off-grid photovoltaic systems. It covers solar resource assessment, PV module characteristics, power electronics, inverter sizing, and system design, ensuring a comprehensive understanding of the entire design process.
This learning path equips engineers and project managers with the skills to estimate costs and resources for electrical projects. It covers material takeoff, labor estimation, bidding, project scheduling, and budget control, building on basic electrical knowledge and project management principles.
This learning path equips power engineers with the knowledge to understand, design, and operate SCADA systems used in electrical utilities. It covers control system fundamentals, SCADA architecture, field devices, communication protocols, HMI design, and cybersecurity considerations, emphasizing practical applications in power systems.