USCG Deck Safety Exam Prep. for PC

USCG Exam Preparation provides recreational seafarers and trade seafarers a convenient and accessible platform to study for the US FCC and Coast Guard licensure exams.

Whether you're studying for the FCC Deck, Engine, or Radio licensing exam, seeking limited or unlimited certification, or just refreshing your knowledge, USCG Exam Prep will help you achieve your licensing goals.

The USCG Deck Safety Exam is an important exam that tests the knowledge of mariners in various aspects of deck safety. The exam covers topics such as navigation, seamanship, safety, pollution prevention, cargo handling, and firefighting.

To take the exam, you must meet certain requirements, such as having a certain amount of sea time and completing specific training courses. The exam is typically taken in person at a USCG Regional Exam Center (REC).

The exam consists of multiple-choice questions and is timed. The number of questions and time allotted for the exam vary depending on the credential being sought. To pass the exam, you must achieve a score of at least 70%.

Preparing for the USCG Deck Safety Exam requires a combination of studying the exam materials provided by the USCG, practicing with practice exams, and gaining practical experience through work on board vessels. It is important to take the exam seriously and to be well-prepared in order to pass and obtain the necessary credential for your career as a mariner.

Exam preparation is divided into 21 parts, each of which has more than 90 questions


Application features :
- Includes charts and diagrams that can be zoomed in/out to make it easier to answer related questions
- Multiple-choice exercise
- There are 2 hints (Hint or Knowledge, Add TIME for answering)
- More than 90 questions in one topic.
- Review the answers for the topic's learning materials.
- Setting delay time to answer the questions and it can be on/off.
- Setting for the total number of questions that will appear per topic/ exam, the actual number of questions will be selected by the system if it is less than what has been set.