Lecture

Undergraduate

This course covers the technologies and fundamental principles used to convert ocean energy, such as waves, tides, and thermal gradients, into usable electrical power. 

This course teaches statistical methods and probability theory applied in the analysis and solving of engineering problems.

This course focuses on risk assessment and reliability analysis of engineering systems, including risk identification, evaluation, and mitigation strategies.

This course covers the methods and techniques used in scientific research, including experimental design, data collection, and data analysis.

This course teaches economic principles and management practices applied in planning, budgeting, and controlling engineering projects.

This course covers the properties of materials and the technologies used in the fabrication and processing of engineering materials.

This course studies operations research techniques and optimization methods for decision-making and solving complex problems.

This course teaches numerical analysis and modeling techniques used to solve mathematical equations and simulate engineering systems.

Postgraduate

This course covers the technologies and fundamental principles used to convert ocean energy, such as waves, tides, and thermal gradients, into usable electrical power.

This course teaches the principles and techniques of fluid flow modeling, including computational fluid dynamics (CFD) analysis and applications in marine systems.

This course covers methods for designing effective experiments and data processing techniques for analyzing experimental results.

This course teaches physical modeling approaches and experimental techniques to study and validate marine engineering phenomena.

This course covers the design and analysis of structures used in ocean energy systems, including foundations, wave breakers, and offshore platforms.

This course teaches scientific research methodologies and effective techniques for writing research proposals.

This course discusses the mechanical and electrical components in ocean energy systems and their operational principles and integration for electricity generation.