Principal System Engineer

JAM; England; On-site; GBP 42,000 - 65,000; Full time

Job summary

JAM is seeking a model-based design engineer to develop and validate behavioral models for AVC applications. You will work within the Dreadnought Active Vehicle Control Functional Software Team, deriving requirements via simulation models to secure stakeholder acceptance.

Responsibilities include creating and validating models, maintaining alignment with the real system, and facilitating integration into the Whole Boat Model framework and real-time deployments.

Responsibilities

• Identify requirements for models to support the design work
• Create the models in Matlab/Simulink
• Verify models meet user requirements
• Maintain models to stay aligned with the modeled system
• Integrate models into the AVC Vehicle Control Whole Boat Model framework
• Support deployment of models to real-time environments (e.g. rigs)
• Support validation to prove models are representative of real components or systems

Job description

The role sits within the Dreadnought Active Vehicle Control Functional Software Team and involves the development and validation of models of the relevant plant and interfacing systems to enable the specification and V&V of the AVC Application Software Requirements.

The Team are taking a Model Based Design approach to the derivation of the requirements, developing behavioural simulation models of the product to enable stakeholder buy in and acceptance of the design. This specific role relates to the creation of supporting models to test the product against, e.g. interfacing systems, plant, etc.

The models and environment are all within the Matlab and Simulink toolset. Tasks, version control and integration are all managed through the Atlassian toolset (Jira, Git, Bitbucket).

Typical duties include

• The identification of requirements for the models to support the design work
• The creation of the models
• The verification that the models meet the user requirements
• Maintenance of the models to ensure continued alignment with the modelled system
• Integration of the models into the AVC Vehicle Control Whole Boat Model framework
• Support the deployment of models to a real time environment (e.g. rigs)
• Support the validation of the models (i.e. proving they are sufficiently representative of the real component or systems

Knowledge:

• Domain knowledge of the Principles of Submarine control, hydraulic or mechanical systems is desirable, or equivalent knowledge in adjacent industry (e.g. aerospace or automotive)
• Knowledge of the model based design approach, especially modelling of dynamic systems
• Understanding of standards such as ARP 4754, DO-178 desirable
• Understanding of continuous integration strategies, branch/merge, etc desirable