
Enable job alerts via email!
A leading defense contracting firm is seeking a C# / C++ Software Engineer for a 12-month contract in Stevenage. The role involves developing simulation components for advanced defense systems within a hybrid work model. Candidates should have experience with C# and C++, and work effectively in an agile team. This position offers competitive rates and opportunities for long-term engagement.
World Class Defence Organisation is currently looking to recruit a C# / C++ Software Engineer subcontractor on an initial 12 month contract. The department are happy to consider candidates with a mixture of C# and C++ or someone with just C# experience.
Job Title: C# / C++ Software Engineer
Rate: £65.00 per hour
Location: Stevenage
Hybrid / Remote working: The role will be a hybrid role of 3 or 4 days per week onsite
Contract: 37 Hours per week
Overtime: Hours worked over 37 hours per week will be calculated at 'time and a quarter'
Duration: 12 Months (initially and then ongoing and long-term thereafter)
IR35 status: Inside IR35 (Umbrella)
WSSE are integral in the development of weapon systems and system architectures, and as a result we have developed a capability supporting developments across the full product life cycle.
The team integrate real products, models and synthetic environments to provide visualisations, demonstrations, verification & validation as well as training capability and support.
The role support the development of the worlds most advanced defence systems from the initial concept all the way through to in service support and training, using a range of simulation technologies, including digital twins and emulators.
Working with Project Leads and Simulation Architects to design and develop simulation components as an end to end representation of a weapon System in a synthetic environment using C#, C++ and integration simulations, supporting a number of industry standards.
You will work as part of a heterogeneous agile development team, made up of mixed discipline engineers working in synergy to develop simulations and representations of real equipment.