ADid you include a detailed description of the type of work Software Engineers perform?Also include typical salary ranges.

Abiomedical engineering - johns hopkins university. best in the world for that field

AIf any Engineer were to be God, it would definitely be a Civil Engineer. Who else would put a sewage system right through a recreational area? On a more serious note:Civil Engineering should begin incorporating material sciences into its curriculum so future Civil Engineers would be able to quickly understand and implement the newest breakthroughs into infrastructure projects, thus making them a) safer, b) cost effective (in the long run), and c) able to withstand everyday use for generations.

AWork hours for most engineers are dependent on the needs of their current projects.I would estimate that generally engineers work 45 hour weeks on average.However when the big project needs it or when something goes wrong very long hours are called for.My work has me interfacing with engineers at Sandia and Savannah River (both national labs) and my experiences with them have shown my previous statement to hold true in these locations.They are good engineers and have always come through on our joint projects.

APlease tell me the requirements you have so I can recommend someone who is familiar in that area.pcleavitt@leavittcom.com

AAs an engineer, they areLots of PICTURES and GRAPHS.Logical.They typically go like this.Abstract->intro->research->findings->ImpactRemember keep it simple a lot of engineering papers are not read by engineers.

AThe next great thing is the Constellation program: next gen launch vehicles, inhabit the Moon, and go to Mars eventually.Yes, closing down existing programs probably means some no-longer-needed facilities will be closed. That's reality...

AOf course! Your degree in engineering might not give you the same background in theoretical physics as a physics degree might, but I've noticed that research labs really seem to appreciate the engineering approach to their work...of course, all I have to substantiate this is the fact that I'm a recent grad in mechanical engineering who's had one internship in optics (mixture of applied and theoretical) and is now working at another internship in theoretical acoustics... neither one of these is particularly related to mechanical engineering but the opportunities were there and I took them.It's not really possible to describe your prospects in detail - just keep an eye out for opportunities at your university and let people know you're interested in working for them! With good grade, a good attitude, and a good major (engineering!) you can go anywhere. Literally, anywhere. My optics internship was in Germany and the current one is in Spain!

AAn aerospace engineer has incredible opportunities to carry out research. Starting from aerospace structures and their design, the control systems that guide and control the vehicle, materials used in all areas of the vehicle, aerodynamics, quality and reliability of aerospace systems, are some of the areas that you can specialize in. But aerospace engineers are concerned more with the practical aspects than the theoretical areas such as quantum mechanics or astrophysics. If you want to work in those areas, then you should go into physics, generally not aerospace. To qualify for jobs in some of these areas, whether aerospace engineering or physics, you should get a PhD from a good, reputable university and do solid research and acquire the skills that you will be using all your life. Another thing to remember is not to vacillate too much. You cannot be too fascinated with quantum mechanics while being in love with vehicle guidance systems at the same time; these two areas will have some common ground but they are not very close. You can, on the other hand, master aerospace structural design principles while specializing structural reliability aspects and aerospace materials; these three areas are somewhat close to each other. At a PhD level, specialization is very important (while remembering that breadth is important as well).In any case, solid practical (industrial) experience will help you develop maturity to decide what you want to do in the future.

AThis question of yours is more clear than the other you asked.so you are an Graduate with electrical Engineering and you want to switch over to life sciences.I will take that you dont want to do a Graduation course on life sciences, as you already have a degree of Engineering.I will suggest you to go for GATE , if you want admission to Indian University,IISC provides you BioTech PG Course, but you have to score a high rank + they will interview you if you want a Branch other then your core one.like I am a CS major but if I want to do MSc by Maths from IISc then I have to face an Interview against a panel of 5 to 12 members, even if I scored topmost rank.so better buckle up, and start preparing for GATE or GRE and also study what they will ask you there. There are also other Institute who offer Mtech in life sciences but I am not sure if they will let you switch the branch easily unless you are an exceptional.there are also other ways but word limitation here is holding me. so that's all for right now, and Best of luck in your endeavors.GOD Bless. oh yes check out Yale university , if you can make it there then there is no holding back for you.