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OSC 2007 Evaluation Report

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<strong>2007</strong> <strong>OSC</strong> Readiness Training Program <strong>Evaluation</strong> <strong>Report</strong><br />

The Rapid Assessment Tools (RAT)<br />

Instructors: John Bing-Canar, EPA Region 5<br />

Abbey Brake, EPA Region 5<br />

Brian Cooper, EPA Region 5<br />

Patrick Hamblin, EPA Region 5<br />

James Mitchell, EPA Region 5<br />

Charles Roth, EPA Region 5<br />

The RAT were developed to aid <strong>OSC</strong>s, RPM, and other support personnel in real-time continuous field<br />

data collection and assessment. The tools have integrated data retrieval, GPS, GIS, mapping, and analysis<br />

through an elementary but powerful and robust interface that requires no post-processing of GPS and GIS<br />

data. All data produced from the system can be exported and used in most other GIS mapping<br />

applications and database packages. All screen outputs can be printed or saved to a standard output file<br />

type. This system is unique because it has been developed in-house by EPA, is stand-alone, and requires<br />

no software licensing or purchasing. RAT also allows for mapping and recording of continuous streams<br />

of external data merged with GPS locations. The data streams are processed internally, saved directly to a<br />

database-compatible format such as SCRIBE, and can be used in many other modeling applications.<br />

RAT was developed for Superfund-contaminated site assessment using spatial data analysis and 2D<br />

visualization. RAT focuses on tools needed for rapid assessment and mapping in the field. More<br />

complex modeling can be achieved and easily exported to another GIS software tool. RAT includes<br />

modules for spatial data retrieval, data collection and storage, sample designs, data contouring, real-time<br />

data visualization, and non-GPS trend monitoring. By taking the course, participants achieved the<br />

following objectives:<br />

• Learned the basics of how RAT has been used at various Superfund removal, remedial, and<br />

emergency response sites.<br />

• Gained hands-on experience using RAT with GPS for:<br />

o Integration of real-time field sampling equipment, including Multi-RAEs, Multi-warns,<br />

Ludlum radiation monitors, Datarams, and X-ray fluorescence.<br />

o Sample design generation and navigation.<br />

o Single point and multiple point data collection.<br />

o Data contouring.<br />

o Data export to SCRIBE and ESRI GIS packages.<br />

• Learned the basics of wireless hardware and software configurations for data sharing, export, and<br />

remote desktop sharing applications.<br />

The instructional methodology for this course included lecture, case studies, and group exercises. A<br />

hands-on, in-field practicum was emphasized in this training. The target audience for this course was<br />

<strong>OSC</strong>s, RPMs, and others who plan, direct, or implement in-field sampling using real-time data collection<br />

sensors.<br />

This course was offered twice and evaluation comments from each course offering are presented<br />

separately.<br />

C-109 Comments about Individual Training Courses

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