Introduction to Chemical Engineering
What is Chemical Engineering?
Have you ever wondered how raw materials are transformed into car parts, what isinvolved in the production of high tech materials such as Teflon®, how materials thatare used in medical applications are designed or how one would build a fuel cell? Haveyou ever thought about how all of these processes are so much more environment friendly than processes of 50 years ago? It is likely that chemical engineers have playeda big role in the answers to these questions. Chemical engineers use the basic principlesof chemistry, mathematics, physics ,biology and economics, combined with computertechnolgy to design, operate and trouble shoot processes that are used to manufacturethe materials that are the building blocks of almost everything around us.
What do Chemical Engineers do?
A better question might be “what don’t chemical engineers do?” Chemical engineers usetheir expertise to develop what seems like an almost infinite supply of products and materials. They are involved in the manufacture of our contemporary fuels like gasoline, natural gasesand propane, and in the development of new state-of-the-art clean energy systems like fuel cells. They make waterproof clothing, safety suits that do not burn, and eventhe soles of your shoes. They manufacture silicone chips to store huge volumes of information. They are involved in the production of the food that we eat – everything from breakfast cereals tocookies. Chemical engineers are at the forefront of resolving environmental problems byimproving the efficiency of processes or developing new better processes, and monitoringand controlling environmental emissions. They are involved in medical and pharmaceuticalindustries through the development of new materials and the manufacture of drugs andmedical devices. They even produce the paper that this is written on and the printing inks and toners are used!
Chemical Engineering graduates have gone on to work in a variety of industries including: NovaChemicals, Elsag Bailey, Zenon Environmental, Dow Chemical, Dofasco, Proctor and Gamble,3M, Uniroyal, Xerox Canada, DuPont, HEMOSOL, Huntsman Corporation, AstraPharma,Petro Canada.
Other students have completed advanced degrees including Master of Applied Science (M.A.Sc),Master of Engineering (M.Eng.) Master of Business Administration (MBA) and Doctorof Philosophy (Ph.D.) Chemical engineering graduates can also be found pursuingcareers in medicine, dentistry, law, business or teaching.
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McMaster University
Have you ever wondered how raw materials are transformed into car parts, what isinvolved in the production of high tech materials such as Teflon®, how materials thatare used in medical applications are designed or how one would build a fuel cell? Haveyou ever thought about how all of these processes are so much more environment friendly than processes of 50 years ago? It is likely that chemical engineers have playeda big role in the answers to these questions. Chemical engineers use the basic principlesof chemistry, mathematics, physics ,biology and economics, combined with computertechnolgy to design, operate and trouble shoot processes that are used to manufacturethe materials that are the building blocks of almost everything around us.
What do Chemical Engineers do?
A better question might be “what don’t chemical engineers do?” Chemical engineers usetheir expertise to develop what seems like an almost infinite supply of products and materials. They are involved in the manufacture of our contemporary fuels like gasoline, natural gasesand propane, and in the development of new state-of-the-art clean energy systems like fuel cells. They make waterproof clothing, safety suits that do not burn, and eventhe soles of your shoes. They manufacture silicone chips to store huge volumes of information. They are involved in the production of the food that we eat – everything from breakfast cereals tocookies. Chemical engineers are at the forefront of resolving environmental problems byimproving the efficiency of processes or developing new better processes, and monitoringand controlling environmental emissions. They are involved in medical and pharmaceuticalindustries through the development of new materials and the manufacture of drugs andmedical devices. They even produce the paper that this is written on and the printing inks and toners are used!
Chemical Engineering graduates have gone on to work in a variety of industries including: NovaChemicals, Elsag Bailey, Zenon Environmental, Dow Chemical, Dofasco, Proctor and Gamble,3M, Uniroyal, Xerox Canada, DuPont, HEMOSOL, Huntsman Corporation, AstraPharma,Petro Canada.
Other students have completed advanced degrees including Master of Applied Science (M.A.Sc),Master of Engineering (M.Eng.) Master of Business Administration (MBA) and Doctorof Philosophy (Ph.D.) Chemical engineering graduates can also be found pursuingcareers in medicine, dentistry, law, business or teaching.
If you want complete information you can visit this link :
