Personal information
Marine Hydrodynamics, Wave Energy, Ship Motion, Ship Resistance
Japan, Indonesia
Biography
We develop a cost-effective wave energy converter with a hydraulic power take-off system, integrating wave, solar, and wind energy with gravity energy storage for clean energy, fresh water, green hydrogen, and local electricity. We also develop green ship technology utilizing numerical tools to predict ship performance, aiming to reduce emissions and optimize energy use.
Activities
Employment (4)
2022-04-01
to
present
|
Chair of Centre for MARitime DEVelopment (MARDEV)
(Mechanical Engineering)
Employment
Source:
Kurniawan T. Waskito
2021-04-01
to
2022-03-31
|
Associate Professor (Research Fellow)
(Graduate School of Maritime Science)
Employment
Source:
Kurniawan T. Waskito
2020-10-01
to
2021-03-31
|
Associate Researcher
(Fluid Engineering and Ship Performance Evaluation Department)
Employment
Source:
Kurniawan T. Waskito
2014-08-01
to
2016-03-31
|
Field Engineer Coil Tubing
(Production Enhancements)
Employment
Source:
Kurniawan T. Waskito
Education and qualifications (3)
2017-10-01
to
2020-09-25
|
PhD
(Naval Architecture and Ocean Engineering)
Education
Source:
Kurniawan T. Waskito
2012-09-01
to
2014-08-25
|
M.Eng.
(Mechanical Engineering)
Education
Source:
Kurniawan T. Waskito
2009-09-01
to
2013-08-25
|
B.Eng.
(Naval Architecture and Marine Engineering)
Education
Source:
Kurniawan T. Waskito
Funding (4)
2024-06
to
2025-06
|
Grant
Universitas Indonesia
(Depok, West Java, ID)
Source:
Kurniawan T. Waskito
2024-03
to
2025-11
|
Grant
Universitas Indonesia
(Depok, West Java, ID)
Source:
Kurniawan T. Waskito
2024-03
to
2025-11
|
Grant
Universitas Indonesia
(Depok, West Java, ID)
Source:
Kurniawan T. Waskito
2024-03
to
2025-11
|
Grant
Universitas Indonesia
(Depok, West Java, ID)
Source:
Kurniawan T. Waskito