Hydrographic Practices
Course Code
GD4208
Number of Credits
3
Semester
Course Type
Study Material
| Study Material | Depth |
|---|---|
| Introduction to hydrographic survey projects | Expert |
| Hydrographic survey operations | Expert |
| Hydrographic survey documentation | |
| Hydrographic data acquisition and monitoring | |
| Hydrographic data processing and analysis | |
| Organization and presentation of hydrographic data |
Graduate Learning Outcomes (GLO) carried by the course
| CPMK Code | Course Learning Outcomes Elements (CLO) |
|---|---|
| CPMK 1 | Able to compare, interpret and apply hydrographic instructions based on survey specifications presented in tender documents |
| CPMK 2 | Able to identify the various phases and terminology associated with different types of survey operations |
| CPMK 3 | Able to explain and differentiate the various roles and responsibilities of each individual involved in a survey team |
| CPMK 4 | Able to explain the functions, applications and methods of data telemetry to support survey activities, including its use in real-time |
| CPMK 5 | Able to explain the importance of installation, calibration, and determination of attitude (pitch, roll, yaw), and position of each sensor |
| CPMK 6 | Able to prepare for integration and testing of survey systems that include sensors, data acquisition systems, and physical offset determination |
| CPMK 7 | Able to explain the purpose and apply sound velocity observation in relation to acoustic system calibration |
| CPMK 8 | Able to plan ship survey lanes, including for towed instrument lanes, remote vehicles, and autonomous vehicles and estimate the required implementation time |
| CPMK 9 | Able to explain the impact of ship movement (speed over ground and angular velocity) on survey quality |
| CPMK 10 | Able to explain the role and relationship of survey parameters such as scale, position accuracy, survey speed, survey line orientation, cross lines, data acquisition interval, and data coverage. |
| CPMK 11 | Able to explain methods of controlling and assuring the quality of survey data from a survey operation |
| CPMK 12 | Able to create and compare various documents related to survey procedures |
| CPMK 13 | Able to explain the source and method of creating and filling in metadata |
| CPMK 14 | Mampu melaksanakan konfigurasi perangkat lunak untuk pengumpulan dan perekaman data dari setiap sensor, menentukan laju pengambilan sampel (sampling rate), serta gating dan filtering |
| CPMK 15 | Able to assess that the data has met the survey requirements through online monitoring, detect possible biases and errors in the data, and visualize them in the software used. |
| CPMK 16 | Able to create data types in accordance with the standard exchange format used and carry out system configuration for storage, transfer, and backup of the data. |
| CPMK 17 | Able to apply data cleaning techniques using appropriate software based on the ability to distinguish between noise, outliers and real underwater features |
| CPMK 18 | Able to determine the total propagated uncertainty (TPU) relative to the survey specifications used |
| CPMK 19 | Able to apply procedures for assessing, accepting and rejecting data |
| CPMK 20 | Able to apply spatial data processing methods to create digital terrain models (DTM), gridded surfaces, contours, and estimate area and volume calculations. |
| CPMK 21 | Able to explain the concept of raster and vector data models, and their relationship with spatial data infrastructure, hydrographic data exchange, databases, geographic information systems, datum transformation, and projections |
| CPMK 22 | Able to explain the products of hydrographic mapping results and survey reports in printed and digital form in accordance with specifications and standards |
Learning Method
- SCL: PBL, CBL, PjBL
Learning Modality
- Offline, Synchronous, Asynchronous
Assessment Methods
- Written: Optional, Description, Essay Oral: Presentation Assignment: Report, Demonstration, Practice