C++ Software Engineer - Defence R&D, 4.5 Day Week

Pure Resourcing Solutions Limited; Norwich; In loco; GBP 35.000 - 55.000; Tempo pieno

Vantaggi offerti da questo lavoro

4½ day week

Variety of work

Team modernisation initiatives

Training to fill gaps

Descrizione del lavoro

Pure Resourcing Solutions Limited is seeking a Software Engineer (C++) for our Defence R&D projects. The role focuses on system software across front-end and back-end, with hands-on testing on prototype equipment in a defence context.

You’ll work in a small, multidisciplinary team, using MISRA-compliant C++ and Linux environments, with opportunities to extend to QT interfaces and real-time experimentation.

Competenze

• C++ knowledge aligned with experience
• Degree in software, computer systems, maths or physics
• Analytical and problem-solving mindset
• Ability to explain technical work to varied audiences
• Curiosity and willingness to learn new technologies
• Willingness to travel occasionally within the UK and abroad

Mansioni

• Design and develop new software in C++, to MISRA standards
• Build graphical user interfaces (QT currently; plans to expand)
• Deploy software on Linux (Red Hat/Ubuntu) and maintain systems
• Write interface software for external hardware and third-party software
• Analyse trials data and present results to technical and non-technical audiences
• Hands-on integration on prototype equipment
• Keep code under Git version control

Conoscenze

C++

Analytical mindset

Problem solving

Communication

Curiosity

Willingness to travel

Formazione

Bachelor's degree in software, computer systems, maths or physics

Strumenti

QT

Git

Linux

Descrizione del lavoro

Pure Resourcing Solutions Limited is seeking a Software Engineer (C++) for our Defence R&D projects. The role focuses on system software across front-end and back-end, with hands-on testing on prototype equipment in a defence context.

You’ll work in a small, multidisciplinary team, using MISRA-compliant C++ and Linux environments, with opportunities to extend to QT interfaces and real-time experimentation.