Mary Smith-Oceanographic Engineer

I work as a research assistant in the Applied Ocean Physics & Engineering Departmant (AOPE) at the Woods Hole Oceanographic Institution (WHOI). Within that department, I work in the Oceanographic Systems Laboratory (OSL). This is a group of 8 engineers & 2 technicians who design & build towed and autonomous robotic underwater vehicles; tools to support a wide variety of scientific applications. There are also several other engineers & technicians from other labs at WHOI that collaborate with us on these projects. Below are some of the projects we have been working on recently.

I have a very interesting job with a lot of variety. I associate with interesting people from all over the world & have met most of the pioneers in oceanography and many of the leaders of the future. I love my job. I am involved in planning, logistics, implementation and project management. I do a lot of liason work with local schools, connecting students & teachers with resources in the scientific community.

There is no conventional way to get to where I am at except to be very good at seeing what is needed and then making it happen (most scientists are not well grounded in the practical aspects of what they need to support their work). I am not a good example of a proper academic course to follow, but taking many math and science classes will help. There are so many aspects of support people that are needed to make this kind of science happen that a young person with a very strong work ethic should be able to create a niche if sufficiently motivated.

PROJECTS:

Map of Martha's VineyardDocking

The Martha's Vineyard Observatory
TOSS Towed Oceanographic Survey System is a deep towed sled rated for 6000 Meters depth.
LEO-15 Long Term Environmental Observatory (15 meters). Two nodes permanently deployed 5 miles off of Tuckerton, NJ providing real-time data to the internet. 
REMUS (Remote Environmental Monitoring UnitS) is a small low cost autonomous underwater vehicle. It is capable of long and ultra short baseline acoustic navigation and has been interfaced with a variety of instruments. 
AVI file Quick Time
Undocking AVI File Quick Time
Docking 2 AVI File Quick Time
RATS The Relative Acoustic Tracking System is a system for accurately tracking and navigating underwater vehicles.
The Electronic Still Camera is a high resolution (1K x 1K) underwater camera. It has been designed for a depth of 6000 Meters. 
  • Pictures of the Submarine F1. This vessel sank in 1917 after being rammed by another sub. 

  •  

     

PEOPLE:

Chris von Alt
cvonalt@whoi.edu
Short CV (postscript file)
Ben Allen
ballen@whoi.edu
Tom Austin
taustin@whoi.edu
Short CV (postscript file)
Ned Forrester
nforrester@whoi.edu
Rob Goldsborough
rgoldsborough@whoi.edu
Mike Purcell
mpurcell@whoi.edu
Short CV (postscript file)
Roger Stokey
rstokey@whoi.edu
Short CV (PDF file)
Marga McElroy
mmcelroy@whoi.edu

Maintained by webmaster@adcp.whoi.edu