The academic content and curriculum of the Offshore Bottom Applications Technology Associate Degree Program aims to provide students with comprehensive and applied knowledge in the fields of marine structures and ocean engineering. The curriculum usually includes an understanding of basic engineering principles, ocean sciences, materials science, construction techniques and environmental factors. Here are some of the courses and topics that this program usually includes:
Ocean Sciences and Engineering: This course covers the physical, chemical and biological properties of the oceans. Basic topics such as ocean currents, waves, salinity, as well as ocean ecosystems and their impact on engineering projects are covered.
Introduction to Marine Structures: Covers the design and construction of marine structures, materials used, loading conditions and structural integrity. Offshore platforms, jetties, piers, docks and other marine structures are examined in detail.
Hydrodynamics: Covers topics such as the motion of water, the formation and behavior of waves, fluid mechanics and their effects on marine vessels. This course is critical in the design and construction of marine structures.
Material Science: This course covers the properties, selection and protection of materials used in marine structures. Also, the analysis of factors such as corrosion, abrasion and material fatigue are among the topics of this course.
Underwater Technology: Provides information on underwater exploration, access to underwater resources and underwater construction techniques. Diving technology, remotely operated vehicles and underwater habitats are among the interests of this course.
Project Management and Safety: This course covers the planning and management of marine projects and safety precautions. Risk assessment, project budgeting, time management and safety standards are the focus of this course.
Environmental Impact Assessment: It includes the assessment of the impacts of marine structures on the environment and the development of strategies to mitigate these impacts. In addition, sustainable engineering practices and environmental legislation are covered in this course.
In addition to theoretical courses, the curriculum may include hands-on learning activities such as laboratory work, projects, internships and field trips. In this way, students reinforce their theoretical knowledge by applying it in real-world scenarios and become ready to work in the industry. The overall aim of the program is to provide students with competence in the field of offshore bottom applications and technologies and to train individuals who want to pursue a career in this field in accordance with the needs of the sector.