Simulator Developer (C++)

Join a leading company specializing in Integrated Logistics Support (ILS) solutions for advanced defense systems.

The company delivers high-end technical documentation, operational training, and develops cutting-edge simulation and training technologies, including VR/AR applications and advanced real-time simulator platforms. By combining deep engineering expertise with innovative software development, the team creates sophisticated simulation environments that support real-world defense operations.

This is an exciting opportunity to join the technology division and take part in developing advanced real-time simulators for complex defense systems.

What You'll Do:

• Develop and maintain advanced real-time simulator systems using C++
• Work with simulation software platforms from MAK Technologies
• Implement and integrate simulation components within VBS / MAK / other simulation environments
• Develop real-time system components with high performance and accuracy requirements
• Collaborate with system engineers, software developers, and domain experts
• Participate in architecture discussions and system design for complex simulator platforms
• Debug, optimize, and enhance performance of simulation and training systems
• Support integration with hardware platforms and motion systems when required

Qualifications:

• 3+ years of hands-on experience in C/C++ development
• Experience developing real-time systems
• Experience with VBS / MAK / similar simulation environments
• Experience working with 6DOF platforms - Advantage
• Experience working with UNREAL ENGINE- Advantage
• Background in defense or military simulation systems- Advantage
• Experience integrating software with hardware-based simulation systems- Advantage
• Strong problem-solving skills and ability to work in multidisciplinary teams

Additional Info:

• Full-time, on-site position located in Ra’anana
• Work on advanced defense simulation systems in Dynamic, multidisciplinary technological environment
• Opportunity to work on cutting-edge real-time and VR/AR-based training systems