Compose a report about three careers in genomics. In your report, answer the following questions:

What are the typical job responsibilities of this career?
What kinds of interests and personal attributes does a person in this career have?
What is a typical pay rate for the career? Illustrate how it changes with level of education.
Where might this person find a job? Does the career have a forensic-science application?
What do you like best about this job?
Then, take the Genomics Challenge, and record the number of answers you responded to correctly. Finally, record your thoughts about the career that seems most interesting to you, answering the following questions:
What is it that interested you about this specific career?
Of the activities that are part of this career, which of these activities would be easiest and most difficult for you to carry out?
What kind of environment does this scientist work in?
What academic preparations could you start now in order to enter this career?

Forensic science technicians work in laboratories and on crime scenes. At crime scenes, forensic science technicians typically do the following:

Analyze crime scenes to determine what evidence should be collected and how

Take photographs of the crime scene and evidence

Make sketches of the crime scene

Record observations and findings, such as the location and position of evidence

Collect evidence, including weapons, fingerprints, and bodily fluids

Catalog and preserve evidence for transfer to crime labs

Reconstruct crime scenes

In laboratories, forensic science technicians typically do the following:

Perform chemical, biological, and microscopic analyses on evidence taken from crime scenes

Explore possible links between suspects and criminal activity, using the results of DNA or other scientific analyses

Consult with experts in specialized fields, such as toxicology (the study of poisons and their effect on the body) and odontology (a branch of forensic medicine that concentrates on teeth)

Forensic science technicians may be generalists who perform many or all of the duties listed above or they may specialize in certain techniques and sciences. Generalist forensic science technicians, sometimes called criminalists or crime scene investigators, collect evidence at the scene of a crime and perform scientific and technical analysis in laboratories or offices.

Forensic science technicians who work primarily in laboratories may specialize in the natural sciences or engineering. These workers, such as forensic biologists and forensic chemists, typically use chemicals and laboratory equipment such as microscopes when analyzing evidence. They also may use computers to examine DNA, substances, and other evidence collected at crime scenes. They often work to match evidence to people or other known elements, such as vehicles or weapons. Most forensic science technicians who perform laboratory analysis specialize in a specific type of evidence, such as DNA or ballistics.

Some forensic science technicians, called forensic computer examiners or digital forensics analysts, specialize in computer-based crimes. They collect and analyze data to uncover and prosecute electronic fraud, scams, and identity theft. The abundance of digital data helps them solve crimes in the physical world as well. Computer forensics technicians must adhere to the same strict standards of evidence gathering found in general forensic science because legal cases depend on the integrity of evidence.

answer:

telsla

explanation:

because it is the future of the worlds technolgy

answer:

caughty