Interlink Between Criminal Justice and Mathematics - Essay Example

Criminal justice involves solving of unlawful actions and successful disciplinary action of the involved parties. An individual majoring in criminal justice must have ample knowledge and understanding of why some individuals deviate from the societys code of conduct. Mainly, criminology focal point is on the impetus that leads one to associate in scandalous behavior, the penalty of such actions, and methods that need adoption to thwart such illegitimate deviance.

The expectation of a criminal justice major is to solve the emerging issues that face our current agencies involved in solving criminal cases. To maintain a society that is law observant, a major in crime has to have enough understanding that relate to solving crime and in consequent enabling justice to prevail. The field of criminal justice charged with the conscientiousness of making sure that the constitution and law is upholds, needs personnel that clearly understands and correctly interprets statistical and mathematical concepts (Boutselis, pg 1,2015). The task designated to the department involves successful apprehending of individuals breaking the law, and prosecution in law courts.

Deep understandings of mathematics concept are a perquisite needed for a successful occupation in criminal justice. The link between data analysis and a career in criminal justice are of outmost priority for a major in the profession. A strong background in mathematics is important to pursue a career in criminal investigation (Caloca, pg 2, 2011). This is because, for an investigator to arrive at a non-biased conclusion that consequently leads to a successful prosecution and imprisonment or compensation to the affected party; data collection, analysis, and interpretation depend on mathematical formulas and knowledge. Failure to have these three basics, leads to below par performance of an individual charged with the responsibility of making sure that justice prevail.

The challenges that face law enforcers are very challenging. They need to interpret specifically what exactly happened in a burglary, accident, and homicide scenarios that are extremely difficult to comprehend. In addition, this electronic and material data need to not only be stored but also be secure (Boutselis, pg 1,2015). This is because the physical videos, pictures, fingerprints, and written statements are crucial for a prosecutor to justify his or her case. This calls for criminal justice overseers to apply various fundamental mathematics basics and formulas (Raher, pg2, 2017). For example, the criminal justice major utilizes statistics, wavelets and probabilities not only store their data but in the interpretation (Caloca, pg 1, 2011). The evidence left in a crime scene needs deduction from the far end in a backward manner. This helps the majors to interpret the real happenings when a crime was committed. For example, when a car speeds and driver applies instant brakes to avoid an accident, skid marks are left. To realize what really happened to make, a criminal justice major has to embrace mathematics that explains backward physics.

For a major in criminal justice to interpret the data collected, statistical psychoanalysis is indispensable to deter crime. Statistical analysis course linked to criminal justice offered in various departments depending on the number of students pursuing their careers in this profession. Numerical analysis offered in economics, psychology, and justice departments in our institutions, is a precondition for a major in illicit justice (Caloca, pg 2, 2011). The analysis is fundamental in the crime research methods, accountability of the data collected, and subsequent analysis for a successful conviction of criminals responsible of breaking the law. A course in basic calculus principles interlinks with criminal justice major (Laura, pg 1, 2011). Most of calculus concepts concentrate on the study of change. For an individual majoring in criminal justice to fully and comprehensively deduce, the change that occur when a crime or an accident occurs, a course or an unit in calculus is mandatory.

The importance of every category of math is ranging from the easiest that is subtraction cannot be underestimated. To solve unlawful and illegal acts law enforcers embrace addition, multiplication and division, analysis of patterns, geometry, judgment and reasoning (Laura, pg 1, 2011). In a murder case involving a serial killer, appreciation of mathematics is useful. To make a forecast on the age of the killer, a criminal law officer needs to study the variability in between the period the crimes were committed and the age that the victims fall.

Mathematics concepts apply in lessening the suspects range who might have committed a crime. For example in a murder case, mapping of individuals in their probable preceding locale, highlighted pins that are different are used. This makes it achievable to trail movements that occurred. Tracing of movements with the help of mathematical concepts and procedures makes it unproblematic to distinguish overlapping and stationary activities (Laura, pg 1, 2011). Through this distinction, suspects pools that were in the precise places to commit a crime is simplified to few individuals. Mathematics also helps a criminal justice officer or major to perceive patterns in the pinned map (Boutselis, pg 1,2015). Deduction of the patterns successfully equips an investigator with reliable probability of offenders subsequent locale to commit an offense.

Criminal justice incorporates mathematics in crime scenes in a bid to gather reliable and timely evidence. A criminal justice officer utilizes mathematics think to analyze a crime scene deeply and come with a solution and quantify time, distance, number of those involved and angle of shot or stab. A major in criminal justice therefore deeply rely on mathematics to solve criminal occurrences perfectly. This shows that the two are closely interlinked thus depend on each other to solve and maintain a crime free society.

Works Cited

Boutselis, Pamme. "Mathematics Applied: Modern Applications of Math in Law Enforcement." (2015).

Caloca, Adriana. "Math with Criminal Justice." (2012).

Laura. "Math at Work Monday: Mary Ellen the FBI profiler." (2011).

Raher, Stephen. "Automated Justice: A Review of Weapons of Math Destruction." STAND UP FOR JUSTICE (2017).