Half a world away, Ä¢¹½ÊÓÆµ civil and enviÂronÂmenÂtal engiÂneerÂing stuÂdents trace the outÂlines of roads, paths and buildÂings in Nepal from their lapÂtops.
Using open data softÂware , the students in assistant professor ’s Civil EngiÂneerÂing in DevelÂopÂing ComÂmuÂniÂties class joined an into maps and aid the earthÂquake relief effort. These digÂiÂtized maps provide emerÂgency responÂders and relief coordinators responding to the 7.8 magnitude earthquake and powerful aftershocks in Nepal with critÂiÂcal data to guide teams deployed on the ground.
“FindÂing that one litÂtle vilÂlage with no major highÂways and being able to tell someÂone that that vilÂlage is there is really rewardÂing. Because if it’s not marked on that map, then there are a lot of cracks that it could slip through,â€� said civil and environmental engineering gradÂuÂate stuÂdent Leigh Allison.

The has mobilized more than 4,000 volunteer mappers to provide basic information and help establish relief priorities in Kathmandu and remote mountainous regions that were affected or leveled by the quake. The massive project is divided up into discrete tasks, such as mapping roads, residential neighborhoods, villages or landslides in a particular area. The volunteer mappers also look for open spaces that could serve as helicopter landing zones to deliver supplies and identify impromptu camps where large numbers of displaced residents have gathered.
With each Ä¢¹½ÊÓÆµ stuÂdent conÂtributÂing five hours of assigned emerÂgency mapÂping, the class’ efforts totaled 120 hours of meanÂingÂful disÂasÂter response work, and some students plan to continue that work. Even just a few hours makes a difÂferÂence with thouÂsands of volÂunÂteers workÂing around the globe.
“If you look at the staÂtisÂtics next to the maps, it’s really cool to see how much time peoÂple have donated,â€� said gradÂuÂate stuÂdent James Lew.
StuÂdents remarked on how accessible the worldwide crowdsourcing process was and how rewardÂing it felt to see their skills make an immeÂdiÂate impact beyond the walls of the classroom.
“It’s almost like sayÂing, ‘Don’t forÂget us,’â€� said Lew. “There’s a tenÂdency to want to do the major cities and the infraÂstrucÂture that’s closÂest to the major highÂways, but as you get furÂther and furÂther out, there’s still houses out there that are disÂconÂnected. It’s really cool to draw a box around them and say, ‘there’s a famÂily here, don’t forÂget them.’â€�
EngiÂneerÂing in DevelÂopÂing ComÂmuÂniÂties examÂines infraÂstrucÂture and conÂstrucÂtion in very poor, often remote locaÂtions, and it dives into topÂics such as sanÂiÂtaÂtion, energy, cross-cultural comÂmuÂniÂcaÂtion and disÂasÂters. The emerÂgency mapÂping project tied into many of the class themes, KaminÂsky explained, and “stuÂdents feel like they’re makÂing a meanÂingÂful conÂtriÂbuÂtion with their classwork.â€�
“In this class, we try to look beyond the techÂniÂcal aspects of engiÂneerÂing to how what we do affects comÂmuÂniÂties,â€� said senior Nick Orsi. “With this project, the work that you did could directly relate to savÂing lives. Just havÂing that thought process behind you, it really motiÂvated you to do good work that will hopeÂfully make it easÂier for peoÂple to help out some of the vicÂtims there.â€�
For more information, contact Kaminsky at jkaminsk@uw.edu.