Chosen career:

Systems Engineer

Interests:

Engineering

Skills: CommittedHard-workingPatient
Computing and engineering illustration
Description

Systems engineers manage building whole spacecraft or instruments. They must make sure that the system does everything a customer asked for but keeps within energy, mass, and power limits. They see the big picture of the project all the way from first designs to the final product.

Routes

A degree in science or engineering and sometimes a postgraduate qualification. There are also apprenticeships instead of degrees.

Example UK Employers

BAE Systems

Key Stage 2 Curriculum Links

Maths

Number: Systems engineers make sure that the project stays within energy, mass and power limits.

Ratio and proportion: Systems engineers weigh up the contribution to the limits of different instruments on the spacecraft.

Science

Forces: Systems engineers know about the effects of the forces experienced by the spacecraft.

Electricity: Systems engineers make sure that enough power is distributed to each instrument on the spacecraft.

Key Stage 3 Curriculum Links

Maths

Number: Systems engineers make sure that the project stays within energy, mass and power limits.

Ratio, proportion and rates of change: Systems engineers weigh up the contribution to the limits of different instruments on the spacecraft.

Physics

Energy: Systems engineers make sure that enough power is distributed to each instrument on the spacecraft.

Motion and forces: Systems engineers know about the effects of the forces experienced by the spacecraft.

Matter (inc Space physics): Systems engineers know about the conditions in space and how they will affect the spacecraft.

What do you want to be?

Think this could be the space career for you? Share with friends and family. Press the ‘copy my results‘ button below, then paste our snippet on social media.

Distant space rock