The quest for clean energy sources has been ongoing for many years with minimal results. This could all change with the development of a single device that will lie on the water’s surface and utilize the ocean waves to generate electrical power.
Sophia Esteban encourages her peers and prospective college students to find something to be passionate about and stick to it. Esteban, a sophomore in the Department of Ocean Engineering at Texas A&M University, has pursued her own advice and followed a passion to eventually work for the ocean view maps department at Google, Inc.
After becoming captivated with the Texas A&M University at Galveston campus, William “Mick” Prouse decided to pursue a degree in ocean engineering, with a concentration in coastal studies. Prouse strives to raise the bar in both his academics and the field of ocean engineering.
While many Texans were bracing for Hurricane Harvey’s landfall in late August 2017, a team of researchers set out to deploy instrument pods along the Texas coast. The information gathered from these Rapid Response Units (RRUs) could help develop more resilient coastal communities by improving predictive models and tools.
Lisa Bratton has always loved being outdoors and jumping in the water. Marrying these two passions in college has proven to be the ultimate success story. Bratton, a senior in the Department of Ocean Engineering at Texas A&M University, is also the captain and a member of the women’s swim team.
The wind and water have subsided after Hurricane Harvey swept through Texas in August, but the road to recovery is long. To help the process move along, 32 engineering students from Texas A&M University spent their winter break assisting the Federal Emergency Management Agency (FEMA) as site inspectors.
Aggie Ocean Discovery, a team of students from the College of Engineering at Texas A&M University, entered the Shell Ocean Discovery XPRIZE competition a mere three years ago. They have now been named a finalist in the global competition challenging teams to push the boundaries of ocean technologies.
A recent study has added a new dimension to the controversial decision to inject large amounts of chemical dispersants immediately above the crippled oil well at the seafloor during the Deepwater Horizon disaster in 2010. The dispersants may have significantly reduced the amount of harmful gases in the air at the sea surface—reducing health risks for emergency responders and allowing them to keep working to stop the uncontrolled spill and clean up the spilled oil sooner.
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