Diploma in Marine Electronics

This free online course teaches the principles and basic laws of electricity relevant to electronics used in maritime.

Publisher: ADU
This diploma course in marine electronics offers you an in-depth understanding of the workings, principles, and fundamental laws of electricity associated with the electronic components used in maritime. It covers the parameters and elements used in designing complex tools for energy generation, storage and transmission, circuits and their networks used in electronics. Register for this course and learn about Marine Electronics.
Diploma in Marine Electronics
  • Duration

    20-30 Hours
  • Students

  • Accreditation






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Electronics is the science and technology concerned with regulating the flow of electrical current. Put simply; it lets you move electrons around. While this may not seem like too big of a deal, the regulation of electrons has enabled some of the most important innovations of the last century, including computers, televisions, rocket ships, electric cars, video games, smartphones, and more. This science is also central to developing many industries like telecommunications, banking, logistics, and maritime. Electronics has helped relevant players in maritime, mainly marine engineers, perform various activities related to designing, constructing, testing, and maintaining marine vessels. It has aided big and small, complex or straightforward crafts and helped maintain offshore platforms for the docking of marine vessels. Marine electronics components ensure that the combination of different equipment used on board ships works correctly in conforming to national and international standards. The technology of electronics applies the theories behind the science and many principles in the design, production, installation, use, etc., of electronics across industries, including commercial and industrial. Combining the science and components of marine electronics is what enables crucial vessel and dock routine test standardization.

The course covers the fundamentals of parameters and elements used to design complex tools for energy generation, distribution, storage, circuits and their networks, and communications systems. We discuss the essential maritime electronic components, including resistors, batteries, semiconductors, capacitors, and transistors. We will analyze the combined electronic components onboard vessels and ships and cover elements of electric conductors like wires, semiconductors like diodes, and insulating materials found in resistors. Discover the principal applications of different combinations of electronic components in making devices used in the maritime industry, ranging from radios, radars, decoders, multiplexers, and even lighting systems. Investigate various aspects regarding marine electronics, including digital and combinational circuits which deal with logic gates. Other important maritime electronic factors identified under digital logic circuits include flip flops, algorithmic state machines, and shift registers alongside combinational circuit elements based on adders, subtractors, encoders and decoders, and read-only memory (ROM).

Our lives are increasingly dependent on logistics, with products moving from exports to imports, utilizing complex maritime transport technologies supported by electronics. This course is a comprehensive study of the fundamental principles to advanced concepts of circuits and network elements, electrostatic-sensitive components, digital and combinational circuits, and the identification of unsafe practices, how to avoid them and stay protected from such dangerous situations. It aims to equip you with a complete overview of electronics consisting of basic electronic technology concepts to more advanced combinations of components for mariners and people involved in maritime. It will be of significant interest to students, researchers, marine engineers, and anyone seeking to learn about marine electronics and maintenance procedures. So, register for this course today to improve your understanding of marine electronics, their workings, and their applications in relevant marine systems.

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