• Hydraulic modelling
• Transfer function/state-space representations
• Modelling process
• Design requirement development
• Trade studies

• Phase/Gain margin
• Bode plots
• System stability
• PID tuning
• Control architectures etc

• Work with the technical lead, developing, and adapting models representing the system under investigation
• Carry out modelling analyses
• Author technical documentation, including model description documents and analysis reports.

Candidates will ideally be degree qualified (or equivalent), in a related discipline preferably Mathematics, Aerospace Engineering, Mechanical Engineering, Physics, Electrical Engineering or a similar course with high numeracy content.

• The personal qualities of the candidates will be key to success in this role; candidates must be able to identify with the characteristics and qualities detailed below:
• Confidentiality
• Flexible, can-do approach
• Ability to deal with multiple conflicting requests
• Professional attitude
• Self-motivated to see tasks through to successful completion

• Python
• C/C++
• Electro-mechanical actuator experience
• Multi-body dynamics
• Understanding of control theory
• Embedded systems
• Experience with Speedgoat, Beckhoff or similar
• Real time models

• Matlab/Simulink
• Hydro-actuated systems
• Electro-mechanical actuated systems
• Multi-body simulation
• Vehicle dynamics
• Systems engineering
• Control Theory
• Code development

We offer a range of benefits to our employees to recognise their efforts. Playing hard is equally as important as working hard, so regular events are held throughout the year which provide an ideal opportunity to mix socially.