Predictive Mapping for Crime: GIS-Based Training
Short course
In London
Description
-
Type
Short course
-
Level
Intermediate
-
Location
London
-
Class hours
7h
-
Duration
1 Day
-
Start date
Different dates available
This one-day GIS-based professional training course explores the use of theoretically robust techniques for predicting where and when crime is likely to occur in the future.
It draws heavily on UCL's successful predictive policing and prospective mapping work that's been implemented in Greater Manchester, the West Midlands and Derbyshire. This work has been applied to many different types of crime, not just burglary, including bike theft, violent crime, gun shootings and improvised explosive devices.
The course is run by UCL's Jill Dando Institute of Security and Crime Science. It's held at our offices in London, but can also be delivered at your site for a minimum of eight staff.
Facilities
Location
Start date
Start date
About this course
This short course is suitable for:
police
neighbourhood and CSP (community safety partnership) analysts
researchers
information officers
Reviews
This centre's achievements
All courses are up to date
The average rating is higher than 3.7
More than 50 reviews in the last 12 months
This centre has featured on Emagister for 14 years
Subjects
- GIS
- NRV
- Victimisation
- Crime
- RV
- Measuring
- Boost
- Flag accounts
- Evidencing
- Policing strategy
- Mapping analysis
- Analysis
Course programme
The course focuses on exploiting analytical methods for repeat victimisation (RV), near repeat victimisation (NRV) and hotspot analysis.
We begin by critiquing approaches for predicting where and when crime is likely to occur in the future.
We then focus on the technical process for identifying RV, and the metrics used for measuring these repeats. This helps to establish the extent of RV and the impact that any initiative may have in addressing RVs.
We'll explore the theory underpinning RV (boost and flag accounts), and extend this by considering the optimal foraging behaviour of offenders. This leads us towards evidencing patterns of NRV, and how NRV can be measured and used in a predictive policing strategy.
We'll then look at mapping applications that can be used for predicting where crime is likely to happen in the future. This includes a critique of hotspot analysis, prospective mapping tools, and buffering areas of riskaround recent incidents.
We'll discuss the response opportunities that follow predictive mapping analysis, including:
- tactical options for reducing future victimisation
- offender detection opportunities
- public reassurance
- strategic resource targeting
Predictive Mapping for Crime: GIS-Based Training