Each year, the Distinguished Technical Achievement Award of the Oceanic Engineering Society honors one OES member for an outstanding fundamental or applied technical contribution to oceanic engineering. The award recognizes a single major invention or scientific contribution, or a distinguished series of contributions over a long period of time.
Join the IEEE Oceanic Engineering Society and TryEngineering as they launch a new resource called TryEngineering Tuesday. This monthly blog & webinar series features an IEEE technical society with related
TryEngineering Live: Engineer Spotlight will give a glimpse into the careers and lives of engineers. It will offer students who are interested in possibly becoming engineers, or who just want to learn more about the profession, an
On 14 February, nine NUS researchers hopped onboard a vessel to start a 37-day expedition to explore an understudied area nestled in the Pacific Ocean known as the Clarion-Clipperton Zone
About 70 percent of the Earth is covered by water, but we know only 5 percent of the ocean’s depths, leaving 95 percent completely unexplored, according to the National Oceanic
Creating an Internet-of-Things
for water monitoring through
new smart water and adaptive
technologies –
Developing robotic intelligence and cost-effective
sensors for big data collection on water quality
Each year, the Presidential Award of the Oceanic Engineering Society honors one OES member who has been a consistent volunteer contributor to the Society. This award allows the Society to
SINGAPORE: Five robotic swans will be used at various reservoirs in Singapore to monitor raw water quality, announced national water agency PUB on Monday (Jan 15).
The sea may seem a picture of calm, but that belies what lies beneath. Beneath a backdrop of rolling waves, the crackle of coral and chitter of fish are among a myriad of sounds made by one of the world’s noisiest environments.
Water chemistry assessment via sample
collection has always been a labour-intensive
exercise with many inherent physical
limitations. The information collected is usually
discrete in nature, with limited spatial extent
that may not provide a detailed representation
of the three-dimensional (3-D) water bodies.