Enhance forensic sciences training and improve the justice department!
To make forensic sciences students well-versed in their industry, Swift’s eLearning solutions offer comprehensive, engaging, and motivational training modules for forensic sciences learners to reap the benefits of online learning at their own pace.
Through our exciting eLearning training sessions, which include various strategies for crime investigation in an easy-to-assimilate manner, forensic science learners can streamline their learning efficiency in the best possible manner to investigate criminals and civil actions within the legal system.
Swift eLearning Services, a front runner in custom eLearning and rapid eLearning solutions with more than a decade of domain experience offers top-notch and full-fledged forensic science training modules to provide learners with an enriching learning experience.
Let us dig a little deeper to learn about Forensic Science and different ways of training Forensic Science learners through eLearning.
What is Forensic Science?
Forensic science is an important element of the criminal justice system. Forensic scientists review the crime scenes, and collect, preserve, and analyze scientific evidence which helps in the investigation – both for the prosecution of perpetrators and acquittal of innocent suspects.
General Forensic Science laboratory subjects include Forensic Molecular Biology, Forensic Chemistry, Trace Proof Examination (hair, fiber, glass, clay, paint, polymer), Latent Fingerprint Examination, Tool Marks Examination, Hand Writing Analysis, Fire and Explosive Tests, Forensic Toxicity, and digital evidence.
Here is the list of some Forensic Sciences:
- Forensic Archaeology
- Forensic Biology
- Forensic Economics
- Forensic Engineering
- Forensic Epistemology
- Forensic Linguistics
- Forensic Psychology
- Forensic Serology
- Forensic Anthropology
- Forensic Computing or Digital Forensics
Some of the forensic disciplines that are practiced outside of forensic laboratories include forensic pathology, forensic nursing, forensic psychiatry, forensic entomology, and forensic engineering. Practitioners of these subjects such as medical examiners or investigators are found in universities or in private practice.
The Department of Justice maintains forensic laboratories at the Narcotics Enforcement Administration and the Federal Bureau of Investigation. The department, through the National Institute of Justice, sponsors modern research. Its labs serve as role models for government forensic agencies at the federal, state, and local levels. The Department of Forensic Science strives to set world standards for excellence and to advance the practice and use of forensic science through a wider audience.
Importance of Forensic Sciences:
Forensic science, also known as forensics, is the use of various scientific methods and principles to investigate criminal and civil actions of interest to legal systems. In a crime laboratory, forensic experts analyze all clues collected from a crime scene and convert them into evidence that can be used in court.
Physical evidence of body fluids such as blood, saliva, hair, impressions of types and shoes, fingerprints, and footprints are all valuable evidence. Forensic sciences can be used in civil cases, such as proving the validity of a signature.
Forensic scientists work closely with the police to provide information on how to solve a case. Forensic sciences are playing a vital role in helping law enforcement and government agencies deal with victims whose mutilated bodies are almost decomposed.
The need for Online training in modern Forensic sciences
Forensic scientists are in increasing demand for their services. Also, there is a need for continuous improvement in service quality, which necessitates more effective professional and workforce development. The heavy workload and budget limits make it difficult for Forensic professionals to travel to personal training or conferences. The resulting training gaps and impediments to the dissemination and translation of research and new technology into practice are posing a significant problem for law enforcement.
Forensic scientists, police, and legal professionals need to be trained according to their needs and available resources. Moreover, laboratory managers prefer not to have their employees away from the bench for long periods for training or recertification.
5 Different ways of eLearning to train in Forensic Sciences
E-Learning is the online delivery of training, learning or education through a computer or other digital devices.
Here are the different ways how eLearning can train in forensic sciences:
- Scenario-based eLearning in the form of videos
- Micro eLearning
- Mobile eLearning
- Gamification eLearning
- Simulation eLearning
1. Scenario-based eLearning in the form of videos
When it comes to making videos for a Forensic Sciences training program, the opportunities are endless. With the virtual classroom, online learners will be able to listen and see instructors, demonstrations, and experiments that are relevant to the class, and all the aspects that will keep learners engaged in the course.
Scenarios are designed to familiarize learners with basic forensic science concepts and techniques for the collection and preservation of crime scene evidence. This flexible mode of eLearning enables users to access videos whenever they want and also allows them to play them multiple times. When it comes to understanding a concept, videos often outperform text because learners always prefer graphic-based transmission color, smooth clarity, and video format for easy retention.
2. Micro eLearning:
Micro e-Learning provides training by offering chunks of information. Each module length is not more than 5 to 10 minutes and it comprehensively solves one learning objective goal at a time. Through microlearning, each module focuses on just one topic, allowing users and readers to retain information more efficiently. The learner needs to understand how to use them correctly to guide the investigation review and analyze crime scenes.
3. Mobile eLearning:
In criminal cases, intrusions, IP thefts, security threats, accident reconstructions, there are chances for things to get mixed up in what the forensic tools are reporting. Mobile eLearning forensics is as simple as pressing the “find evidence” button and getting the answers.
4. Gamification eLearning:
Gamification of learning suggests that game-based learning can be effective and engaging and the training helps the learners become future professionals in information security and digital forensics. The game’s sequence is designed to maximize training effectiveness by allowing the players to repeat the tasks until they completely grasp the knowledge. A digital forensics interactive (DFI) video game uses the Unity game engine with design and development.
5. Simulation eLearning:
Medical learners use simulation tools to practice surgeries, crisis interventions and administer prescriptions. Simulation eLearning supports forensics in areas such as DNA, fingerprinting, crime scene investigation, evaluating evidence, and the process of identifying the dead. Adding a simulation to the learning process can seal the deal as the learner is practicing it in real-time through an effective training program.
Conclusion
Through its significant social impact, forensic science maintains a unique position among all other scientific fields. It can be concluded affirmatively that with eLearning training, forensic sciences can widen its proficiencies and extend its services for greater benefits.
