Radar Systems Modelling Engineer (Matlab/Simulink)

Matchtech; Stevenage; On-site; GBP 55,000 - 85,000; Full time

Job summary

Matchtech is seeking a Systems Performance Modelling Engineer for an initial 12-month contract in Stevenage or Bristol. The role focuses on modelling the seeker RF radar and integrating models into the missile dynamic reference model.

The successful candidate will model in Matlab/Simulink, develop auto-code, validate components against real-world data and deliver simulations for fast-paced projects onsite with some flexibility.

Qualifications

• Experience with Matlab/Simulink model-based design.
• Ability to validate models against data.
• Experience in auto-code generation.
• Aptitude for converting an algorithm into a Simulink model.
• Familiarity with Radar and Control Systems.
• Familiarity with Digital Signal Processing.
• RF experience.
• Experience in C (not essential).
• Technical report writing.

Responsibilities

• Model in Matlab and Simulink using model-based design techniques.
• Produce parts of a complex Seeker model including modelling the target scenario, seeker hardware and processor algorithms.
• Develop and implement algorithms within the model.
• Produce and verify auto-code for the software algorithms from the model.
• Carry out seeker performance assessment.
• Validate model components against real world data and write up results.
• Produce a simpler representation of the model for use in the missile model.
• Upgrade legacy Seeker models to newer MATLAB/Simulink versions.
• Documenting the model changes and creating test vectors.

Skills

Modeling

Auto-code

Algorithm validation

Simulink modeling

Radar familiarity

DSP familiarity

RF experience

C programming

Report writing

Model delivery

Team collaboration

Tools

Simulink

Matlab

Job description

Matchtech is seeking a Systems Performance Modelling Engineer for an initial 12-month contract in Stevenage or Bristol. The role focuses on modelling the seeker RF radar and integrating models into the missile dynamic reference model.

The successful candidate will model in Matlab/Simulink, develop auto-code, validate components against real-world data and deliver simulations for fast-paced projects onsite with some flexibility.