Engineering Research Paper
Thesis Statement
After exploring the field of engineering, it will be determined whether mechanical or genetic is better.
Outline
I. Introduction A. Intro of two careers II. Mechanical Engineering A. Description of career B. History C. The Job 1. Types of Jobs 2. Work Environment 3. Salary D. Education III. Genetic Engineering A. Description of career B. History C. Potential risks and dangers IV. Conclusion
Introduction
In the modern times of today, the world revolves around technology. With astonishing breakthroughs in science and technology every single day, the world is always changing, always adapting to the next big thing. To be more specific, the world revolves around engineering, genetic and mechanical. There are medicinal breakthroughs in genetic engineering all the time, cures for diseases, much needed vaccinations for new viruses, genetically improving plants for better produce, and overall improving different organisms so they will be better suited for life. On the other hand, in mechanical engineering, breakthroughs happen more often: better fuel efficient cars and cars that don’t run on gas at all, faster processing computers, new smart phones, and so many other gadgets that make life so much easier. Both of these fields are very important to society. The world literally wouldn’t be anywhere close to being the same without one or both of these fields, but which one is better? They each have equal importance in the world, but which is a better field to go into? Which field is easier to get into? Which will provide better benefits for its employees and for the world as a whole? After vigorous research the answer will be known.
Mechanical Engineering: Description of career Mechanical engineers plan and design tools, engines, machines, and other mechanical systems that produce, transmit, or use power. These designs range from gasoline engines to rockets to kitchen food mixers.
After exploring the field of engineering, it will be determined whether mechanical or genetic is better.
Outline
I. Introduction A. Intro of two careers II. Mechanical Engineering A. Description of career B. History C. The Job 1. Types of Jobs 2. Work Environment 3. Salary D. Education III. Genetic Engineering A. Description of career B. History C. Potential risks and dangers IV. Conclusion
Introduction
In the modern times of today, the world revolves around technology. With astonishing breakthroughs in science and technology every single day, the world is always changing, always adapting to the next big thing. To be more specific, the world revolves around engineering, genetic and mechanical. There are medicinal breakthroughs in genetic engineering all the time, cures for diseases, much needed vaccinations for new viruses, genetically improving plants for better produce, and overall improving different organisms so they will be better suited for life. On the other hand, in mechanical engineering, breakthroughs happen more often: better fuel efficient cars and cars that don’t run on gas at all, faster processing computers, new smart phones, and so many other gadgets that make life so much easier. Both of these fields are very important to society. The world literally wouldn’t be anywhere close to being the same without one or both of these fields, but which one is better? They each have equal importance in the world, but which is a better field to go into? Which field is easier to get into? Which will provide better benefits for its employees and for the world as a whole? After vigorous research the answer will be known.
Mechanical Engineering: Description of career Mechanical engineers plan and design tools, engines, machines, and other mechanical systems that produce, transmit, or use power. These designs range from gasoline engines to rockets to kitchen food mixers.
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