Space Systems Engineering is a branch of aerospace engineering that deals with studying and designing complex space systems both in orbit and ground. These systems typically consist of two or more units working together as a whole, such as those created to send missions into space.
What is space systems engineering?
The field includes the time surrounding launch – which can last several years – where engineers work to test and ready the spacecraft before it is sent off into space.
Space Systems Engineering applies many of the same design principles as Aerospace Engineering, such as how structures react when exposed to certain conditions (forces like thrust or acceleration). Still, in a different environment, where gravity is lacking, the temperature can be extreme, and outside materials may be scarce or inaccessible.
Space Systems Engineers often work with several other engineers and technicians who specialize in various fields to create a unified spacecraft. These fields include:
-Structures/Avionics
-Propulsion
-Power
-Controls/Instrumentation Engineering
In addition to these, Aerospace Engineers may also work with Astronautical Engineers, who typically specialize in spacecraft’s propulsion systems.
The combination of all these fields is crucial to creating a successful space mission. For example, without structural integrity or sufficient power, the spacecraft won’t go into orbit. Still, without propulsion (and fuel), it won’t be able to get there either.
Space Systems Engineers have a hand in all these areas and more, building on their knowledge of aerospace design principles as applied to space-borne applications.
The education required for such a career typically includes:
-A bachelor’s degree in aerospace or mechanical engineering (or similar fields)
-Successful completion of internships or co-operative education programs
-Completion of professional engineering exams
Companies with openings for this kind of role typically look for engineers who have some aerospace experience, but most are willing to train the right candidate.
Similar jobs include systems engineer and avionics engineer.
Space Systems Engineering applies many of the same design principles as Aerospace Engineering, such as how structures react when exposed to certain conditions (forces like thrust or acceleration). Still, in a different environment, where gravity is lacking, the temperature can be extreme, and outside materials may be scarce or inaccessible.
Is space systems engineering hard to study?
Space Systems Engineering has a long history, beginning with the launch of Sputnik in 1957. It applies many of the same design principles as Aerospace Engineering, such as how structures react when exposed to certain conditions (forces like thrust or acceleration). Still, in a different environment, where gravity is lacking, the temperature can be extreme, and outside materials may be scarce or inaccessible.
The field includes the time surrounding launch – which can last several years – where engineers work to test and ready the spacecraft before it is sent off into space.
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