MBSE Systems Engineer: Drive Digital Engineering & Lifecycle

CBSbutler; Summerfield; On-site; GBP 55,000 - 75,000; Full time

Job summary

CBSbutler is seeking a Model Based Systems Engineer for a leading UK defence engineering client. You will help establish MBSE principles across the business, ensuring systems thinking informs design and lifecycle activities from concept through in-service support.

You will lead the integration of MBSE across multidisciplinary teams, manage requirements and ALM tools, and drive adoption of best practices within a safety-critical engineering environment.

Qualifications

• Degree in Systems Engineering, Mechanical, Aerospace or related discipline preferred.
• Experience in complex engineering or product development environments.
• Strong grasp of requirements management, interface definition, V-Model and V&V;
• Experience with ALM/tools such as DOORS, CodeBeamer, Polarion or Jama Connect.

Responsibilities

• Develop and embed MBSE methodology using INCOSE, NASA Handbook, ISO/IEC/IEEE 15288 & 29148.
• Own and configure requirements management and ALM environment with traceability and baselining.
• Develop scalable digital engineering processes for development programmes.
• Create end-to-end traceability from customer needs to system requirements and product architecture.
• Coach engineers to grow MBSE capability across teams.
• Produce process docs and training materials to promote best practice.

Skills

MBSE

Requirements management

Systems engineering

Communication skills

Traceability

Mentoring / coaching

Education

Systems Engineering degree

Tools

IBM DOORS

CodeBeamer

Polarion

Jama Connect

Job description

CBSbutler is seeking a Model Based Systems Engineer for a leading UK defence engineering client. You will help establish MBSE principles across the business, ensuring systems thinking informs design and lifecycle activities from concept through in-service support.

You will lead the integration of MBSE across multidisciplinary teams, manage requirements and ALM tools, and drive adoption of best practices within a safety-critical engineering environment.