Basic marine electronics course - OceanDrivers Academy from Udemy

In this basic course you will learn:

What type of sensors are there on the market and how to install them and maintain them;

How and where to install onboard display and the modern personal display technologies;

How does the processor work and the math inside it;

How to connect a PC and/or a tablet to the system;

How to integrate different systems with different protocols/wires;

Which navigation softwares to use onboard for passage planning and racing;

During the course you will also find some multiple choice quiz to test what you have learnt in the different sections.

With a great didactic method, the teacher will make you understand, step by step, all the concepts.

What's inside

Syllabus

Basic marine electronics course - OceanDrivers Academy

Course Introduction - Agenda

Why is this course important?

Sensors - part 1

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers sensor installation and maintenance, which are essential skills for maintaining marine electronic systems

Explores integrating different systems with different protocols, which is crucial for modern marine electronics

Includes quizzes to test knowledge, which reinforces learning and helps students gauge their understanding

Examines onboard PC and navigation software, which are increasingly important for passage planning and racing

Discusses modern personal display technologies, which are rapidly evolving in the marine electronics field

Reviews summary

Basic marine electronics for beginners

According to learners, this course provides a clear and accessible introduction to marine electronics. It's frequently described as a solid foundation for understanding key components like sensors, communication protocols, and system integration. Many appreciate the instructor's clear explanations and the well-structured modules, finding the content practical and relevant for immediate application, especially for boat owners. While consistently praised for its basic coverage, some reviewers note that the course is indeed very basic and may not offer enough depth for those with prior knowledge or looking for advanced topics. Overall, it is highly recommended as a great starting point for anyone new to marine electronics.

Modules follow a logical, step-by-step flow.

"Well structured and easy to follow."

"appreciated the step-by-step approach."

"The flow from sensors to protocols and processors makes sense."

"Each section built nicely upon the last."

Content applicable to real-world use.

"Fantastic course for boat owners! Finally understand how my electronics work."

"The practical examples make sense."

"It gave me practical knowledge for my boat."

"Learned things I can apply immediately to my vessel's systems."

Addresses key components and systems.

"It covers the key components like sensors and protocols well."

"I learned a lot about the different sensors and how systems connect."

"The parts on NMEA protocols were particularly useful."

"Covers all the essentials mentioned in the syllabus effectively."

Provides a strong basic understanding.

"Excellent basic course... Good for anyone starting out."

"A solid introduction to marine electronics."

"Highly recommend if you need a fundamental understanding."

"Great starting point if you are new to the subject."

Instructor explains complex topics simply.

"The instructor explained everything very clearly."

"teacher will make you understand, step by step, all the concepts."

"The clarity of the explanations is the strongest part of the course for me."

"I found the teaching method very easy to follow and understand."

Content is introductory, lacks depth.

"It is quite basic, so don't expect deep dives into complex systems."

"The course is okay, covers the basics as promised. But it's *very* basic."

"Professionals might find it too simple."

"I wish it went deeper into specific technologies and troubleshooting."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Basic marine electronics course - OceanDrivers Academy with these activities:

Review Basic Electricity Concepts

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Refresh your understanding of basic electricity principles to better grasp the sensor installation and wiring concepts covered in the course.

Browse courses on DC Circuits

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Review Ohm's Law and Kirchhoff's Laws.
Practice calculating voltage, current, and resistance in simple circuits.
Familiarize yourself with common electrical components like resistors, capacitors, and diodes.

Read 'Boatowner's Mechanical and Electrical Manual'

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Supplement the course with a comprehensive guide to marine electrical systems, providing detailed explanations and diagrams.

View Shakedown Cruise: Lessons and Adventures from a... on Amazon

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Read the sections on DC and AC electrical systems.
Study the diagrams of common wiring configurations.
Take notes on troubleshooting techniques for electrical problems.

Practice Wiring Connections

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Reinforce your understanding of wiring connections by practicing with different types of connectors and wires.

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Obtain a set of marine-grade wires and connectors.
Practice stripping wires and crimping connectors.
Create sample wiring circuits using different connection methods.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Explore 'Modern Marine Electronics'

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Broaden your understanding of marine electronics with a comprehensive overview of modern systems and technologies.

View Putting Knowledge to Work on Amazon

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Read the chapters on navigation systems and communication devices.
Take notes on the different types of equipment and their features.
Consider how these systems can be integrated on a boat.

Document a Sensor Installation

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Solidify your knowledge by documenting a sensor installation process, including wiring diagrams and troubleshooting tips.

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Choose a common marine sensor (e.g., depth sounder, GPS antenna).
Research the sensor's installation requirements and wiring diagram.
Create a step-by-step guide with photos or illustrations.
Include troubleshooting tips for common installation issues.

Design a Simple NMEA 2000 Network

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Apply your understanding of NMEA 2000 protocols by designing a simple network with multiple devices.

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Research the NMEA 2000 standard and its components.
Select a few common NMEA 2000 devices (e.g., GPS, wind sensor, depth sounder).
Create a network diagram showing the connections between the devices.
Specify the required cables, connectors, and power supply.

Follow Online Tutorials on Navigation Software

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Enhance your skills in using navigation software by following online tutorials and practicing with real-world scenarios.

Show steps

Choose a popular navigation software package (e.g., OpenCPN, Navionics).
Search for online tutorials on the software's features and functions.
Practice using the software to plan routes and navigate in simulated environments.

Career center

Learners who complete Basic marine electronics course - OceanDrivers Academy will develop knowledge and skills that may be useful to these careers:

Marine Electronics Technician

A Marine Electronics Technician installs, maintains, and repairs electronic equipment on boats and other marine vessels. This includes navigation systems, communication devices, and entertainment systems. This course's discussion of sensors and how to install and maintain them helps build a vital foundation for this role. The instruction on integrating systems with different protocols and wires is also directly applicable to the work a Marine Electronics Technician performs. With the material it covers, this course may be useful for anyone hoping to one day become a Marine Electronics Technician.

See salaries and explore the career path for Marine Electronics Technician

Marine Technology Instructor

Marine Technology Instructors teach courses on marine electronics and other related topics. The course itself may be useful to a Marine Technology Instructor. The course provides a good overview of marine electronics. A Marine Technology Instructor could also use this course to prepare for teaching their own courses. The systematic method presented in the lectures is useful to instructors.

See salaries and explore the career path for Marine Technology Instructor

Autonomous Vessel Engineer

Autonomous Vessel Engineers design and implement the electronic systems that allow vessels to operate without human intervention. The course may be useful to an Autonomous Vessel Engineer. This role is vital in integrating sensor systems, integrating protocols and wires, and more. Furthermore, autonomous vessels are strongly tied to onboard computers, and this course goes over how such computers can be used with navigation software.

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Electronics Repair Technician

Electronics Repair Technicians diagnose and repair electronic equipment, including marine electronics. The course's focus on sensors, display technologies, and system integration builds a foundation for the troubleshooting and repair work that is central to this role. An Electronics Repair Technician uses knowledge of processors and wiring, which are both topics covered in this course, to work on marine vessels. With the material it covers, this course helps build the technical knowledge needed to succeed as an Electronics Repair Technician.

See salaries and explore the career path for Electronics Repair Technician

Sensor Integration Engineer

Sensor Integration Engineers specialize in integrating various sensors into a cohesive system. These systems are used to collect and interpret data. The course directly addresses the types of sensors available, as well as how to install and maintain them. This emphasis on the practical alongside the theoretical may be helpful to becoming a Sensor Integration Engineer. Furthermore, the course's exploration of different protocols and wires' connections is useful as well.

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Navigation System Designer

Navigation System Designers create and improve the electronic navigation systems used on ships and boats. A Navigation System Designer will often need to understand how different systems interface with each other and how to process sensor data to create an accurate depiction of a vessel's surroundings. With its focus on connecting PCs and tablets to systems, along with integrating different protocols, this course is helpful to gain a deeper insight into the challenges and solutions involved in effective navigation design. Furthermore, the course's review of existing navigation software may come in handy for a Navigation System Designer.

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Yacht Systems Engineer

Yacht Systems Engineers are responsible for the design, installation, and maintenance of all systems onboard a yacht, including electrical, mechanical, and electronic systems. They are expected to be very capable in integrating different systems with different protocols. This course addresses how systems connect and communicate, so it may be useful for those looking to enter yacht systems engineering. The course's discussion of navigation software may also be relevant to a Yacht Systems Engineer.

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Simulation Engineer

Simulation Engineers create computer models of marine environments and systems to test designs and train operators. The course may be useful for a Simulation Engineer. This role is important for modeling sensor behavior and the interactions between different electronic components. Simulation requires creating accurate mathematical depictions of the real world, and this course goes over the math hidden inside a processor to do just that.

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Marine Electrician

A Marine Electrician installs and maintains the electrical systems on boats and ships. This includes wiring, generators, motors, and lighting. Since this typically includes marine electronics, this course may be helpful. The course material on installing and maintaining sensors, along with integrating systems with different protocols, is particularly relevant to the work of a Marine Electrician. The course may also prepare prospective Marine Electricians to better understand the electronic components they will be working with on vessels.

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Field Application Engineer

Field Application Engineers provide technical support and expertise to customers using a company's marine electronic products. They often travel to customer sites to install, troubleshoot, and train users on the equipment. This course is helpful to someone entering this field. With its focus on sensor installation and maintenance, coupled with strategies for integrating different systems, this course may come in handy for a Field Application Engineer. In particular, the coverage of navigation software on PCs may prove useful to a Field Application Engineer.

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Technical Support Specialist

Technical Support Specialists assist customers with technical issues related to marine electronic systems. They troubleshoot problems, answer questions, and provide guidance on how to use the systems correctly. The coverage of different types of sensors, onboard display technologies, and system integration in this course may be helpful for a career as a Technical Support Specialist. The course's practical approach could also give someone valuable insights that they can then use when helping customers.

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Research and Development Engineer

A Research and Development Engineer designs and tests new marine electronic technologies. They might develop more accurate sensors, more efficient displays, or better system integration methods. This course, with its coverage of what sensors are available on the market, as well as display technologies, may be useful to a Research and Development Engineer. The course work on processors may come in handy as well. It's with these topics that this course may be useful to a Research and Development Engineer.

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Marine Surveyor

Marine Surveyors inspect boats and ships to assess their condition and value. They often evaluate the functionality and safety of onboard electronic systems. The topics covered in this course, such as sensor types, system integration methods, and onboard display technology, may be useful for a Marine Surveyor who needs to understand the electronic aspects of a vessel. The course may help those who one day hope to become Marine Surveyors.

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Product Manager

Product Managers oversee the lifecycle of marine electronic products, from conception to launch. The course may be useful for a Product Manager looking to get a better understanding of marine electronics. The course's coverage of available sensors on the market and onboard navigation software may be especially relevant, along with the discussion of connecting PCs and tablets to systems. A Product Manager uses this knowledge to make informed decisions about product development and marketing.

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Software Tester

Software Testers evaluate software applications to identify bugs and ensure quality. The course covers navigation software. Therefore, this course may be useful. The course's exploration of different types of sensors might be useful in evaluating the software used to interpret sensor data. A Software Tester may also be tasked with assessing the usability of the software, which means that the course's coverage of onboard display technology could also be relevant.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Basic marine electronics course - OceanDrivers Academy.

Shakedown Cruise

Save

Comprehensive guide to marine systems, covering everything from engines to electrical wiring. It provides detailed explanations and diagrams that complement the course material. It valuable reference for understanding the practical aspects of marine electronics and troubleshooting common issues. This book is commonly used by boat owners and marine technicians.

Shakedown Cruise: Lessons and Adventures from a...

Kindle Edition

Putting Knowledge to Work

Save

Provides a broad overview of modern marine electronics, including navigation systems, communication devices, and entertainment systems. It useful resource for understanding the different types of equipment available and how they integrate with each other. This book is more valuable as additional reading to broaden the student's understanding of the field. It is not commonly used as a textbook, but it helpful reference for boat owners and marine professionals.

Putting Knowledge to Work

Paperback

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Putting Knowledge to Work

Kindle Edition

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