Geographic Profiling Analysis I (Basic)
Harness the Predictive Power of Geography. This course introduces students to the theory and methodology of geographic profiling, a process that uses crime locations to prioritize areas to search for an offender. This class is designed for police investigators, crime analysts, and others interested in the geography of crime and its application to criminal investigation. It uses a hands-on approach to plotting and mapping crime trends.
Tuition & Details
- Cost: $593
- Certification Hours: 40 Hours
- POST Plan: IV
| CCN | Date | Location | Status |
| TBA | TBA | Buena Park Police Department 6640 Beach Blvd. Buena Park, CA 90622 | TBA |
Registration
Classes can fill quickly, we recommend registering as early as possible. Have your training department call (562) 985-4940 or email the Center for Criminal Justice to reserve a spot. Click Request for Training to send your request.
Include the following:
- Class Name and Date
- Agency Name
- Training Manager’s Name, Email, and Phone
- Attendee Name(s)
- POST ID #
- Attendee Email Address
You will receive a confirmation email letting you know that we have registered you for the class. Reservations are on a first come first serve basis, a waitlist will be established once the maximum number of students has been met.
For those participants who will be flying in, the Long Beach Airport is the closest airport.
The courses offered by the Center for Criminal Justice Research and Training are the intellectual property of ºÚÁÏÍø. Use or copying of this material is prohibited without prior written consent.
Topical Areas
- The theoretical foundations, definitions, concepts, and principles of geographic profiling
- Crime patterns and routine activity theories, and how they apply to criminal investigations
- The nature of serial crime
- Crime linkage, and linkage analysis techniques in the investigation of serial crime
- Geography of crime research and its implications for police investigations
- Operational capabilities and limitations of geographic profiling