- #1
JKM_
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hi,
i have decided that i want to do research into ;
quantum computer
(if quantum computer are invented by the time i graduate ) then nanocomputer/nanorobotics
more specifically their application in oncology and drug delivery
renewable sources of energy ( if possible )
open a start up which :
helps solve the energy crisis in developing countries
help reduce medical cost in treating cancer
( not sure which comes first )
now here is the deal how do i go on about gaining the qualification ?
this is what i have concluded
i need a strong electrical and computer engineering background
along with strong background in material engineering,
also i don't want to do a dual since ppl doing it don't be that good in either and i don't have that much finance ( i am leaning towards getting a job after graduation and then after a year or 2 get my masters )
the only possible way is to do a bachelor in one of them and then do a masters in the one remaining ( i.e electrical and computer engineering (bachelor),material engineering (MS) r vice versa )
doing electrical and computer engineering as a base seems risky since skills obtained get outdated quickly
now here is the question
1) how good a foundation does material eng. provide in engineering in general
2) which is more difficult ? i am naturally good in math and physics, but need to work hard in chem to obtain the same level of proficiency
proportion of physics and chem in material science ? (eg 50 % chem, 10% physics (pure),10% electrical, 10% mechanical, 10% computer,10% bio , of course these are random values which i just thought of )
3) how much maths is required for materials engineering compared to electrical and computer engineering ? ( i am asking this because maths is my fav subject )
4)could someone please tell me which one to pursue as a bachelor ? i am really stuck
this is the majors i am looking at
Bachelors in applied science in electrical and computer engineering with nanotechnology and micro system option
Bachelors in applied science in Materials engineering
both in University of British Columbia ( only for undergrad, for f grad i will be looking at other uni )
5) if you think material engineering is better suitable as an undergrad then which Canadian uni provides the most in depth and broad knowledge in condensed matter research
(P.S i know a lot about career in electrical and computer engineering but very limited knowledge about material engineering so provide as much input for this major )
i have decided that i want to do research into ;
quantum computer
(if quantum computer are invented by the time i graduate ) then nanocomputer/nanorobotics
more specifically their application in oncology and drug delivery
renewable sources of energy ( if possible )
open a start up which :
helps solve the energy crisis in developing countries
help reduce medical cost in treating cancer
( not sure which comes first )
now here is the deal how do i go on about gaining the qualification ?
this is what i have concluded
i need a strong electrical and computer engineering background
along with strong background in material engineering,
also i don't want to do a dual since ppl doing it don't be that good in either and i don't have that much finance ( i am leaning towards getting a job after graduation and then after a year or 2 get my masters )
the only possible way is to do a bachelor in one of them and then do a masters in the one remaining ( i.e electrical and computer engineering (bachelor),material engineering (MS) r vice versa )
doing electrical and computer engineering as a base seems risky since skills obtained get outdated quickly
now here is the question
1) how good a foundation does material eng. provide in engineering in general
2) which is more difficult ? i am naturally good in math and physics, but need to work hard in chem to obtain the same level of proficiency
proportion of physics and chem in material science ? (eg 50 % chem, 10% physics (pure),10% electrical, 10% mechanical, 10% computer,10% bio , of course these are random values which i just thought of )
3) how much maths is required for materials engineering compared to electrical and computer engineering ? ( i am asking this because maths is my fav subject )
4)could someone please tell me which one to pursue as a bachelor ? i am really stuck
this is the majors i am looking at
Bachelors in applied science in electrical and computer engineering with nanotechnology and micro system option
Bachelors in applied science in Materials engineering
both in University of British Columbia ( only for undergrad, for f grad i will be looking at other uni )
5) if you think material engineering is better suitable as an undergrad then which Canadian uni provides the most in depth and broad knowledge in condensed matter research
(P.S i know a lot about career in electrical and computer engineering but very limited knowledge about material engineering so provide as much input for this major )