Electric & Hybrid Vehicle Technology
Gain expertise in the rapidly growing field of electric and hybrid vehicles. Learn about high-voltage battery systems, electric motors, regenerative braking, and essential safety procedures.
83 courses
Learn how to analyze and design high-efficiency switched-mode power converters, from fundamental circuit principles to modern wide-bandgap semiconductor technologies.
Understand how sunlight converts to electricity and learn to identify the essential components of residential and commercial photovoltaic installations.
Learn to model lithium-ion cells and implement core algorithms for state-of-charge estimation, safety monitoring, and cell balancing.
Explore the essential science of photovoltaic energy and understand how solar cells are used in real-world power systems.
Learn the fundamentals of lithium-ion battery technology and the core functions of battery management systems to evaluate and design safe energy storage solutions.
Plan, size, and build an independent solar power system for cabins, RVs, or homes using modern battery technologies and safe wiring practices.
Master the fundamentals of power generation, transmission, and market operations, and discover how modern smart grids integrate renewable energy.
Explore solar, wind, and bioenergy technologies while learning how to plan and integrate clean energy systems into the modern power grid.
Understand the technology, infrastructure, and environmental impact of electric vehicles to navigate the global transition toward sustainable transportation.
Learn the fundamentals of renewable sources, modern grid technologies, and the policies shaping our global energy future.
Gain the technical knowledge to design and monitor high-voltage battery packs for modern electric transportation.
Build a strong foundation in modern power systems, utility operations, and safety standards to launch your career in the evolving energy sector.
Gain a foundational understanding of electric vehicle technology, from how they operate to the charging infrastructure and their environmental and economic impact.
Learn the core principles of solar, wind, and modern energy storage technologies to understand how the global energy transition works.
Understand how the power grid operates, explore renewable energy integration, and gain the foundational knowledge needed to navigate the evolving energy sector.
Learn to plan, size, and design residential and commercial solar PV systems, from initial site assessment and load calculations to modern grid and battery integration.
Learn the fundamentals of solar, wind, and micro-hydro power to plan, calculate, and understand independent, stand-alone energy systems.
Learn to model and simulate lithium-ion battery cell behaviors under realistic load profiles using parameters derived from laboratory test data.
Gain a foundational understanding of modern energy production, consumption, and the global transition to low-carbon systems.
Learn the fundamentals of battery chemistry, state estimation, and thermal management to design and analyze efficient battery systems for electric vehicles.
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