Systems Mathematical Modeller in Portsmouth, Hampshire

Systems Mathematical Modeller
Chelmsford, Broad Oak, or Cowes (IoW)
£57,810

We are looking for a mathematical modeller to join us permanently and be responsible for undertaking mathematical analysis, modelling and simulation of complex systems from either our underwater weapon or radar portfolios, taking solutions through to design implementation.

You will be required to apply the principles of Systems Engineering to support various phases of the engineering development lifecycle and subsequently into system customer support which can encompass further system capability evolution.

Day to Day -
Conduct mathematical modelling and simulation development devising and evolving algorithmic and design solutions to meet system capability and performance requirements of complex underwater weapon or radar systems
Develop, maintain and evolve high-fidelity, high-integrity, high-complexity mathematical models and performance simulations of technical solutions for such systems
Utilise mathematical modelling and simulation to identify and develop performance enhancements and novel solutions to improve existing underwater weapon or radar product capability and evolve future associated technologies
Develop novel solutions to evolving technical challenges and emerging issues that our customer community are facing
Support multi-disciplined engineering teams in the realisation, implementation, verification and validation of algorithmic and design solutions for deployable underwater weapon or radar systems
Conduct system performance analysis and design trade-offs of principle system parameters in order to characterise and define system design constraints and limitations in various operational scenarios
Undertake system performance analysis of integration and post trials data to inform underwater weapon or radar systems design solutions, and to generate customer acceptance evidence
Be a technical focus point for development and analysis activities, preparing and presenting technical aspects to the required stakeholders
Apply a breadth of knowledge, skills and experience of Systems Engineering (e.g. ISO 15288) to design and develop solutions and resolve engineering issues and problems for a range of products and engineering situations across our underwater or radar sectors
Your skills and experiences will embody some or all of the following:

Key Skills we are looking for -
A strong mathematical and engineering mind-set with an innovative approach to problem solving that can be applied to resolving complex technical and system level requirements
Understands engineering principles and approaches and be capable of systems thinking, applying holistic approaches to complex problems
Experience of mathematical simulation tools/languages (e.g. Mathworks MATLAB, Simulink, Pearl, Python, MathCAD)
Experience of using a high level design methodology (e.g. SysML, UML) to define modelled solutions for subsequent implementation
An understanding of factors that can affect the real world performance of underwater weapon or radar systems and how these can impact modelled or simulated performance prediction
An understanding of signal processing and/or tracking algorithms and techniques employed on contemporary radio, satellite, radar or sonar real-world systems would be an advantage
Confident presenting both technical and non-technical information in a formal setting
Further education (or equivalent experience) in a relevant STEM discipline

Disclaimer:

This vacancy is being advertised by either Advanced Resource Managers Limited, Advanced Resource Managers IT Limited or Advanced Resource Managers Engineering Limited ("ARM"). ARM is a specialist talent acquisition and management consultancy. We provide technical contingency recruitment and a portfolio of more complex resource solutions. Our specialist recruitment divisions cover the entire technical arena, including some of the most economically and strategically important industries in the UK and the world today. We will never send your CV without your permission.