Automation of forensic instrumentation will have numerous impacts on crime scene analysis. Before the integration of these technologies, crime scene investigations were conducted by humans who could work in the investigations laboratories and come up with the results pertaining to the crime at hand. Evidence processing is an activity that requires limited time for raising the conclusions. In most cases, when evidence takes long to be processed, the involved parties tend to lower their trust in the investigation bodies. In addition, the longer the investigation takes place, it gives high chances of manipulating the evidence (Leclair & Scholl, 2005).
Automation of forensic instrumentation will help in faster processing of evidence, unlike the current laboratory systems that take longer to analyze the evidence (Mennel & Shaw, 2006). As identified above, when evidence takes long processing time, parties tend to lower their trust, give up and even there are chances of manipulating the evidence that may lead to unlawful judgments. Through the automation of forensic instrumentation, the justice process will be improved hence preventing or reducing crime.
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Additionally, there will be an increase in sample traceability (Leclair & Scholl, 2005). Automated forensic instrumentations provide increased sample throughput hence decrease the amount of labor required for such cases. The current crime investigation systems employ human to operate the laboratories. In most cases, human beings are subject to errors. If such cases happen, the evidence might be manipulated or even misinterpreted. However, the automation of forensic instrumentation will help in avoiding such errors in the future. In addition, manual testing methods currently used risks user variability that may require reworking previous evidence samples.
There will be increased efficiency in the crime scene investigation process (Mennel & Shaw, 2006). The current laboratory workflow process is moderate following human involvement in different investigative processes carried out in the laboratory. The level of efficiency is at an average in consideration of the human error aspect. However, automatic forensic instruments will maximize efficiency throughput the investigations process and improve the laboratory workflow process as well.
Moreover, there will be an increase in productivity and standardization. For instance, each analyst in the DNA laboratories processes an approximate amount of 500 samples (Leclair & Scholl, 2005). However, through automation of forensic instruments, there will be a gradual increase in the future increasing the number of processed samples. Through the forensic instruments, there will be a standardized time duration that will be allocated for each process. In return, this will extend the time for more sample analysis and improve efficiency in the workflow. Therefore, automation of forensic instrumentation will greatly improve the crime scene investigations process.
Feedback posts
The post on the current crime scene investigation has been educative on various processes involved in the workflow. The data presented through the posts have been relevant and have helped in drawing conclusions and ideas relating to the samples presented. The post has familiarized the readers with the processes that usually take place in the laboratories and the duties assigned to the analysts ( Leclair & Scholl, 2005 ). The article has drawn arguments on the need for automation of the forensic instruments. Through the points presented, readers can draw more information that is helpful in their studies and research as well. In addition, the post maintains precise points that are meaningful and could probably be referenced for other related topics. The points presented through the post can be highly recommended for the future of crime scene investigations. Therefore, the article demonstrates your ability to reason and draw conclusions on existing cases in the current investigations and formulate approaches that can be implemented in the future, which is highly recommended.
The post on automation of forensic instrumentation has been capturing the attention of researchers through the points presented and the professionalism used to draw different arguments. The arguments raised on the need to automate the forensic instruments demonstrate a high level of research on the area of interest. Different instances and cases presented as examples fit the analysis of the crime scene investigations. The article presents a deep understanding of the crime scene and the processes that are involved in the criminal investigation system. This proves your post to be educative. The points are precise and direct to the point hence demonstrating a high understanding of the grammar required for the posts. You have drawn different cases that present the need to integrate the automated forensic instruments in the investigation process. The points are helpful for research purpose and related studies. The work presented in the post is highly recommended due to the skills and creativity integrated to present the idea in the plotline.
References
Leclair, B., & Scholl, T. (2005). Application of automation and information systems to forensic genetic specimen processing. Expert review of molecular diagnostics , 5 (2), 241-250.
Mennell, J., & Shaw, I. (2006). The future of forensic and crime scene science: Part I. A UK forensic science user and provider perspective. Forensic Science International , 157 , S7-S12.
