I need little paragraphs about these topics below, please make it similar as the example! —————
example: as a forensic scientist, you’ll aid in criminal investigations by analyzing evidence found at the scene. you will work in a laboratory when not gathering evidence and information whilst checking out the crime scene. as part of forensics, you’ll be hands on first at the crime scene, taking pictures, collecting evidence such as weapons, fingerprints and uncovering bodily fluids. by sketching out of the crime taken place, you’ll reconstruct what most likely could have happened with a catalog of persevered evidence to back up your theory. you’ll have the ability to test and analyze dna, performing studies of toxicology and odontology to determine the likely scenarios during the actual time period and details of the crime. first and foremost, school. work up until you get your associate and bachelor degrees. then narrow down your most welcomed speciality. if applicable, gain a masters or doctorate and complete degree requirements. you’ll always have to engage in some on the job training in whatever field you’d like to pursue in. if you can pass that portion of the guiding years to become a scientist, you’ll earn your credentials. this particular subject of criminology is especially competitive, you’re in charge of determining so much in an investigation so finding a job will definitely be difficult. on top of that, if you’re not a math person, you’ll need to know calculus, statistics, and laboratory measurements and techniques. in order to possess a solid position, you’ll have to arm yourself with work experience of a few years and that’s not even for a more higher qualification.

WHAT I NEED: this is a clump copied from the internet, please revise it as much as possible to fit the example!

Aerospace Engineers require at least a Bachelor's degree to enter into the field, typically in aerospace engineering. Some university programs offer 5-year programs that allow students to earn a bachelor's and master's degree at the same time. All Aerospace Engineering programs are accredited by the ABET. Much like mechanical engineering, the course work is not just difficult in itself, it's also relatively broad and deep. You will have to work through high level math, physics and some chemistry before even getting Into the main coursework. ... Aero/mechanical is the most math intensive of the engineering disciplines. Aerospace Engineers design and test missiles, aircraft, satellites, and spacecraft . They also create propulsion systems and evaluate the aerodynamic performance of aircrafts and assure all blueprints, prototypes, and products meet required engineering standards, environmental issues, and customer requirements. Students in high school interested in this career field should start taking classes in physics, algebra, chemistry, calculus, and trigonometry. Aerospace engineers typically need a bachelor’s degree in aerospace engineering or a related field of science in order to gain an entry-level job. Coursework usually includes laboratory field studies, stability and control, mechanics, aerodynamics propulsion, and moving objects. Aerospace engineers consistently use the principles of advanced topics in trigonometry and calculus for design, analysis, testing, and troubleshooting. They strive to develop advanced technology in defense systems, spacecraft, and aviation. They also create proper criteria for quality standards and design methods, identifies problems with damaged or malfunctioning products, and seeks solutions to repair those products. An aerospace engineer can specialize in astronautical or aeronautical engineering. Astronautical engineers apply science and technology inside and outside the Earth’s atmosphere whereas an aeronautical engineer studies the aerodynamic performance.