It is a technically challenging field that provides valuable products to society. It also pays very well and job security and growth are strong and projected to stay strong. Generally you study it if you liked math (calculus), chemistry, and physics in high school and want to apply this, and more complex technical knowledge to the real world.
While mechanical engineers often deal mostly with water, steam, and air, chemical engineers have the opportunity to deal with any chemical in existence, which can make the behavior very interesting sometimes. It is also important to distinguish chemical engineers from chemists: chemists are concerned with the possibility of making new chemicals and figuring out the chemical pathway to achieve this goal on a laboratory scale. A chemical engineer is concerned with the industrial scale production and the processes, equipment, and economics used in carrying this out.
Engineers need chemistry knowledge to understand how materials interact, to design and develop products with specific chemical properties, and to ensure product safety and regulatory compliance. Chemistry also helps engineers in fields such as environmental engineering, where knowledge of chemical reactions and compounds is essential.
Chemical engineering is for those who enjoy topics such as math and science(specifically chemistry). Chemical engineering is for those who want to challenge themselves with challenging topics and who enjoy learning how everything comes together from the microscale to the macroscale.
A major plus is that this is a field that is needed in society and is involved in many aspects of the job markets (oil and gas, pharmaceuticals, food, Metallurgy, etc.).
The pay is good and you have a lot of responsibility.
Electrical engineers need to understand chemistry because it helps them comprehend the behavior of materials used in electronic components and devices. Knowledge of chemistry is crucial in designing and working with semiconductors, conductors, and insulators, which are fundamental to electrical engineering. Understanding chemical properties also enables engineers to optimize performance, reliability, and safety in their designs.
Chemistry in maritime plays a crucial role in ensuring the safety of the crew and the environment. It is essential for the proper maintenance of the ship's equipment and systems, as well as for treating and purifying water for consumption. Understanding chemical processes is also important for handling hazardous materials and responding to emergencies such as oil spills.
because chemistry is also can try!w/o chemistry is nothing is to live the earth!!really really chemistry is also need to our body.
The minimum degree one would need for an analytical chemistry job would be a Bachelor's degree in chemistry. A master's degree or Ph.D. would greatly increase the chances in the analytical chemistry field.
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Only if that job requires a chemistry degree. If it does not require one then no. You only need a chemistry degree for jobs that require them. Such as Chemistry Teacher, chemical engineers, etc.
Electrical engineers need to understand chemistry because it helps them comprehend the behavior of materials used in electronic components and devices. Knowledge of chemistry is crucial in designing and working with semiconductors, conductors, and insulators, which are fundamental to electrical engineering. Understanding chemical properties also enables engineers to optimize performance, reliability, and safety in their designs.
Engineers need to be able to solve problems... If there is no problems, there are no need for engineers, therefore no jobs for engineers.
Engineers need to be able to solve problems... If there is no problems, there are no need for engineers, therefore no jobs for engineers.
James O. Glanville has written: 'General chemistry for engineers' -- subject(s): Chemistry
what is the need of management education for engineers
Physics, chemistry, and math are the big ones. Not that you'll really need them out in the field, but that's what they expect you to take. I'd also suggest some biology and psychology courses as well.
Most engineering colleges require a year of chemistry. Engineers who design structures or design things made of metal have to know something about treatment of the metals. These processes, such as anaodize, plating and corrosion prevention, require an understanding of chemistry. Electrical engineers use solder to join electrical components, which is a chemical process.
Architects are "What" Engineers are "Why" and the Trades are "How"
chemical
I have searched for a website on career choices available at Chemical Engineers and have found this one. I think it will answer your question. www.aiche.org/CareerResources
They need the Scientific meathod