Program Budget for Crime Investigation

Program Budget Assignment

DNA in confirming, identifying, and exonerating burglary investigations of crime suspects is common in many police departments. This helps them investigate crimes, although traditionally, it has been used in the most severe cases because of limited resources. It has been reported that DNA has improved the clearance rates for such serious crimes. They are most preferable for sex offenders who always leave behind biological evidence. The DNA effectiveness in such cases has improved the efforts to expand the evidence resulting from DNA in such cases, hence processing other types of crimes, such as those involving burglary. In this program budget assignment, I am seeking a $ 50,000 grant to improve the process of DNA evidence that has been collected. This will also involve examination of the evidence according to the criminal investigations in my local police department. The funding will help process the thirty DNA samples so that this process can be improved. The grant period will last for one year; hence it is necessary to develop a budget program to explain how the money will be allocated in this process.

The cost analysis of the DNA evidence estimates the cost for every enrolled case in the sample. The following six stages that will be discussed involve the stages of the case processing, and in each step, an estimated cost is attached (Roman et al., 2009). Thus, the prices described here will reflect the costs to a police department in conjunction with a laboratory that can expand the biological material process to a high volume for property crimes. The six stages for the thirty samples will be discussed below.

The first stage is the preliminary testing; this will consist of an initial examination of the DNA samples collected and include an FBIO screening (Roman et al., 2009). This screening will help in the detection of the presence of DNA. The approximate time the test may take is approximately a few days, requiring an additional labor cost of $ 4000 in nonlabor cost on the total cost of $ 500.

The next stage is the generation of the profile stage. The profiles are generated in batches in this stage, and each sample takes approximately three hours. For each sample, there is analysis to conduct quantitation, extraction, amplification, and gene mapping (Roman et al., 2009). This process will require $20000 wages in addition to the $4000 for the supplies and the reagents cost of $ 2000. Moreover, a report regarding the analysis should be written with details of the findings in the DNA analysis, and this taking about two weeks would require at least $ 1150 to complete. This entire stage would require $27150.

The CODIS entry stage is the next; this happens after the generated profile. The CODIS administrator is entitled to review the shape and the review uploaded(Roman et al., 2009). This would take approximately three weeks, and the total cost of this particular phrase would be $ 1500. The next stage would be case verification, which occurs after uploading the profile. The CODIS database here is used to look for the criminal\'s match. The confirmation is done in the lab, and the batches of the sample are re-analyzed for a total cost of $ 950 per batch for the ten collections giving a total of $9500, labor cost $ 3000, and nonlabor cost $ 150. This stage consumes $14,150.