울산대학교 | 탄소중립기술융합대학원

울산대학교 | 탄소중립기술융합대학원

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Carbon-Neutral Technology Convergence

Carbon-Neutral Technology Convergence

Curriculum

공유 프린트

Curriculum

Graduate School of Carbon Neutral Technology Curriculum

Course Name	Course Classification	Credits	Course Description
Seminar on Carbon-Neutral Technologies	Major Elective	3	This course explores current carbon neutrality policies and the technological advancements aimed at achieving a sustainable, low-carbon future. It emphasizes strategies, research, and the global importance of carbon-neutral technologies in combating climate change.
Low-Carbon Energy Systens Engineering	Major Elective	3	This course provides a comprehensive overview of the fundamentals and practical applications of low-carbon energy systems. Students will study energy production technologies that minimize carbon emissions while enhancing efficiency and sustainability.
Advances in Green Energy	Major Elective	3	This course focuses on the latest developments in renewable energy technologies and their role in achieving a carbon-neutral future. Students will examine cutting-edge advancements and their impact on energy production and consumption.
Renewable Energy Engineering	Major Elective	3	This course offers a deep dive into the principles and applications of renewable energy systems. Topics include the design, implementation, and optimization of renewable energy sources like wind, solar, and biomass.
Catalysts for Advanced Energy Conversion	Major Elective	3	This course covers the science of catalysts used in advanced energy conversion processes, with a focus on improving efficiency and reducing environmental impact in energy systems.
Energy Materials Science	Major Elective	3	This course focuses on the development and application of new materials for energy generation, storage, and conversion. Students will explore the properties and functions of materials used in cutting-edge energy technologies.
Advanced Solar Cell Technology	Major Elective	3	This course delves into the principles, materials, and applications of solar cell technology. Topics include advances in materials science and the challenges and innovations in improving solar cell efficiency.
Energy Conversion and Storage	Major Elective	3	This course covers the latest advancements in energy conversion and storage technologies, including hydrogen and renewable energy storage solutions. Students will explore the challenges in integrating these technologies into modern energy systems.
Thermodynamics of Energy Systems	Major Elective	3	This course explores the thermodynamic principles that govern energy systems, focusing on renewable energy technologies. Students will learn how to apply thermodynamics to design efficient energy systems.
Hydrogen Energy Engineering	Major Elective	3	This course focuses on the core technologies used in hydrogen energy production, storage, and application. Topics include the challenges and opportunities in using hydrogen as a clean energy source.
Carbon Capture, Utilization & Storage Technology	Major Elective	3	This course provides an in-depth understanding of the technologies behind carbon capture, utilization, and storage (CCUS). Students will explore the methods used to reduce CO2 emissions and their application in mitigating climate change.