• 80ph (Inside IR35)
• Southampton/Basildon - there will be a requirement for onsite interaction with the team on a regular basis
• Initial 6 months

A leading International Aerospace & Defence company have an exciting opportunity to develop software solutions in to high functional and formal integrity.

Working in a small team of software engineers and a wider multidiscipline engineering team on a series of new designs, you will develop solutions for challenging applications with high performance and integrity expectations. You will be involved in the full development life cycle and have the opportunity to deploy and evaluate the solutions you develop on the target device.

We are interested in hearing from candidates with some of the below experience (we have multiple positions available):

• Development of Real Time solutions in C & Assembler.
• Low level and device control application development & debugging.
• Developing to precise timing and functional performance requirements.
• Contributing to automated testing/continuous integration/verification.
• Using Iterative development life cycles (for example tailored Agile.)
• Using tools associated with Iterative development life cycles (Jira/DevOps.)
• Execution of a support strategy and management of updates.
• Support for module and system-level integration, execution of testing and analysis of test recordings and results.
• Board level debugging with appropriate tools.
• C++
• Javascript
• React
• NodeJS
• Development experience with Windows and Linux
• Full stack experience
• Use of version control, in particular Git
• MBSE with Cameo Systems Modeller - UML with MagicDraw
• Development with Matlab & Simulink, including code generation
• UML (Rhapsody desirable), RTOS (eg VxWorks), DOORS, Dimensions or similar tools
• OOD (Object Oriented Design) approach/techniques
• Python, Jira, Confluence, Bitbucket, GItlab
• Development of flexible architectures
• Communication frameworks
• Knowledge (and experience) of standards such as RTCA 178C, IEC-61508 and coding standards such as MISRA C/C++ would be particularly advantageous
• Full software life cycle including: Requirements Management, Design, Implementation, Test and Integration