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Ginanjar G.

@ksatriadipo17

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Python, GIS and Remote Sensing, Physical Ocean

$7 USD / Hour

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Indonesia (3:10 AM)

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Joined on August 20, 2020

$7 USD / Hour

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Data Analyst with Python Expertise. An experienced Oceanographer and Earth Science Programming. Interested with Climate Change, Atmosphere and Ocean Interaction, Ocean Modelling, Physical Oceanography, and Analysist all data. - Climate Change Analysist - GIS Analysist - Remote Sensing Analysist - 2D Hydrology/Ocean Modelling - Physical Oceanography Analysist and Programming - Data Analysit in Earth Science - Satellite Data Analyst

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See all Python Developers in Indonesia

Portfolio

This is an analysist of sea level rise using Tidal Data. I use advance method to analyze sea level rise.

Sea Level Rise Analysist Based on Tidal Data

This is analysis for Seroja Cyclone in Indonesia using satellite data

Atmosphere and Ocean Interaction Programming

This is software for tidal analysis created using Python

Software Development for Oceanography Analysis

Sea Level Rise Analysist Based on Tidal Data

Atmosphere and Ocean Interaction Programming

Software Development for Oceanography Analysis

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Research Assistant

Oct, 2022 - Present

•

2 years, 2 months

Diponegoro University

Oct, 2022 - Present

•

2 years, 2 months

Responsible for analyze all of data (GIS, Modelling, Satellite, In-Situ, etc) using programming (Python).

Oct, 2022 - Present

•

2 years, 2 months

Chief Technology Officer

Sep, 2019 - Present

•

5 years, 3 months

Algomarine UNDIP

Sep, 2019 - Present

•

5 years, 3 months

Responsible to manage about technology strategy in organization

Sep, 2019 - Present

•

5 years, 3 months

Universitas Diponegoro

2018 - 2020

•

2 years

Sarjana Sains

Indonesia

2018 - 2020

•

2 years

Study of Oil Spill Pollution in Marine Waters

2018

C-FISH UNDIP

I can make a map of an oil spill in Marine Waters

2018

Sentinel 2 Application for Mangrove Health Mapping

2018

I can make a mangrove health map in an area using Sentinel 2.

2018

Validation of Wave Forecasting with the Sverdrup, Munk, and Bretschneider (SMB) Method

2020 IEEE Asia-Pacific Conference on Geoscience, Electronics and Remote Sensing Technology (AGERS)

Wave information is crucial for maritime activities such as marine transportation, offshore exploration, fisheries, safety management system on ships, coastal development, and coastal disaster mitigation. The Sverdrup, Munk, Bretschneider. SMB is one of the most common methods used for wave forecasting. In the present study, we examine the validation of Easywave, an algorithm that automates wave forecasting with the SMB method.

An internet of things architecture for real-time tide and wave monitoring using Heltec LoRa 32

Journal of Ocean Engineering and Marine Energy

The type of tide that occurs in the Timbulsloko area, Demak is a mixed tide prevailing diurnal. The mean wave height of the recorded residuals is 22.82 cm. This tide gauge system produces good quality data when compared to other studies that use standardized observation and instrumentation.

Coastal storm waves detection system design

IOP Conference Series: Earth and Environmental Science

The results of field observation then validated using BMKG. This method could be applied in other location along the north coast of Java. The results of field observation showed an average wind speed 3.9848 m/s; significant wave height 0.4632 m; significant wave period 3.8641 s; wave energy 493.90 J/m2; wind energy 116.74 W/m2.

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