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Systems Performance Modelling Engineer

Certain Advantage
Posted 4 days ago, valid for 20 hours
Location

Bristol, City of Bristol BS6 5EX

Salary

£75 per hour

Contract type

Full Time

In order to submit this application, a Reed account will be created for you. As such, in addition to applying for this job, you will be signed up to all Reed’s services as part of the process. By submitting this application, you agree to Reed’s Terms and Conditions and acknowledge that your personal data will be transferred to Reed and processed by them in accordance with their Privacy Policy.

Sonic Summary

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  • A World Class Defence Organisation in Stevenage and Bristol is seeking a Systems Performance Modelling Engineer subcontractor for an initial 12-month contract.
  • The role offers a rate of £75.00 per hour and requires candidates to have experience in Simulation and Modelling, preferably in the defence or aerospace sectors.
  • Candidates can choose their base site between Stevenage or Bristol, with the option to work a 4-day week, although onsite presence is mandatory.
  • The position involves modelling seeker RF Radar systems using Matlab and Simulink, developing algorithms, and producing auto-code.
  • Applicants should have relevant experience and skills in Simulink, Matlab, and potentially RF and Digital Signal Processing, with a preference for candidates with at least a few years of relevant experience.

World Class Defence Organisation based in Stevenage and Bristol is currently looking to recruit a Systems Performance Modelling Engineer subcontractor on an initial 12 month contract. Your base site can be either Stevenage or Bristol, depending on your preference. The role can be worked on a 4 day week basis (Monday to Thursday) but due to the nature of the work, the position will need to be based onsite.

This role would be suitable for a Simulation and Modelling Engineer (Matlab / Simulink) ideally from the defence or aerospace industry.

Job Title: Systems Performance Modelling Engineer

Rate: £75.00 per hour

Location: Your base site can be either Stevenage or Bristol, depending on your preference

Hybrid / Remote working: Onsite

Contract: 37 Hours per week

Overtime: Hours worked over 37 hours per week will be calculated at 'time and a quarter'

Duration: 12 Months (initially and then ongoing and long-term thereafter)

IR35 status: Inside IR35 (Umbrella)

Systems Performance Modelling Engineer Job Description:

We are looking for a modeller to produce models of the seeker RF Radar. The model includes the seeker hardware, digital processing and target environment. The modelling team is responsible for developing the model, producing auto-code, generating seeker performance predictions and interfacing the seeker model into the missile dynamic reference model.

  • Modelling in Matlab and Simulink using model-based design techniques
  • Producing parts of a complex Seeker model including modelling the target scenario, seeker hardware and processor algorithms
  • Develop and implement algorithms within the model
  • Producing and verifying auto-code for the software algorithms from the model
  • Carrying out seeker performance assessment
  • Producing a simpler representation of the model for use in the missile model
  • Optionally updating the legacy Seeker model in Statemate
  • Documenting the model changes and creating test vectors

Skillset / experience required:

  • Simulink
  • Matlab

Skills:

  • Modelling for auto-coding
  • Assessing suitability of algorithms in the model
  • Aptitude for converting an algorithm into a Simulink model (desirable)
  • Familiarity with Radar and Control Systems (desirable)
  • Familiarity with Digital Signal Processing (desirable)
  • RF experience (desirable)
  • Model delivery experience
  • Any previous UML or SysML experience would be great.

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In order to submit this application, a Reed account will be created for you. As such, in addition to applying for this job, you will be signed up to all Reed’s services as part of the process. By submitting this application, you agree to Reed’s Terms and Conditions and acknowledge that your personal data will be transferred to Reed and processed by them in accordance with their Privacy Policy.