- #1
EngTechno
- 72
- 0
Why do only a few engineering students take Aerospace engineering where as many of those take Mechanical and Electrical engineering at the Universities?
I think Aerospace engineering is harder than ME and EE. This is one of the reason why many students don't take this subject. Is this right? What do you think of it?Astronuc said:Aerospace Engineering, like Nuclear Engineering, is more specialized, as opposed to Mechanical and Electrial Engineering, which are more generalized.
A mechanical or electrical engineer has opportunities at many more companies than say an Aero or Nuke engineer. On the other hand, one could do Aero and ME or EE - as in a double major. It might be worthwhile if one is really interested in Aero, but wants the diversity of ME or EE.
Astronuc said:Aerospace Engineering, like Nuclear Engineering, is more specialized, as opposed to Mechanical and Electrial Engineering, which are more generalized.
A mechanical or electrical engineer has opportunities at many more companies than say an Aero or Nuke engineer. On the other hand, one could do Aero and ME or EE - as in a double major. It might be worthwhile if one is really interested in Aero, but wants the diversity of ME or EE.
EngTechno said:I think Aerospace engineering is harder than ME and EE. This is one of the reason why many students don't take this subject. Is this right? What do you think of it?
brewnog said:Utter rubbish, at least in the UK. Aero & Mech courses are extremely similar, obviously the aeros specialise more in aeronautical systems and aerodynamics, mechs cover more materials science and manufacturing.
As far as the reason fewer students take aero, the answer has already been given, - it's a more specialised field.
Aerospace engineering is a branch of engineering that focuses on the design, development, and maintenance of aircrafts, spacecrafts, and related systems. It combines principles from various disciplines such as mathematics, physics, materials science, and aerodynamics to create efficient and safe flying machines.
Aerospace engineering students typically take courses in aerodynamics, propulsion, structures, control systems, and materials. They also study topics such as aircraft and spacecraft design, flight mechanics, and space systems engineering. In addition, they may have the opportunity to specialize in specific areas such as aviation, spacecraft design, or aerospace systems.
Aerospace engineering students should have strong analytical and problem-solving skills, as well as a solid understanding of mathematics and physics. They should also have good communication skills, as teamwork is often required in this field. Additionally, attention to detail, creativity, and a passion for aviation and space exploration are important qualities for success in Aerospace engineering.
Aerospace engineering students have a wide range of job opportunities available to them. They can work in various industries such as aircraft and spacecraft manufacturing, defense, government agencies, and research and development. Some common job titles for Aerospace engineering graduates include aerospace engineer, aircraft designer, systems engineer, and flight test engineer.
Yes, Aerospace engineering is a promising career choice for individuals who are interested in aviation and space technology. It offers a variety of job opportunities and competitive salaries. The demand for Aerospace engineers is also expected to increase in the coming years, making it a stable and in-demand career path.