other
Posted 16 hours agoSystem Architect
at CAE
Tampa, United StatesOn-site
Requirements
- Strong knowledge of real‑time systems, simulation theory, and industry standards is essential, along with
- experience in system modeling, performance tuning, and cross‑disciplinary project leadership. Essential Duties and
- Requirements Bachelor’s degree in Aerospace Engineering, Computer or Computer Systems Engineering, Electrical Engineering, or a related field. 8+ years of progressive
- experience in simulation, avionics, or real‑time systems engineering. 3+ years in a leadership or architect role. Flight‑dynamics and avionics modeling
- experience Knowledge of graphics pipelines (OpenGL/DirectX/Vulkan) and rendering engines
- Experience with distributed simulation interoperability standards (DIS, HLA, GSI) System modeling (SysML, UML)
- experience Applied performance profiling and optimization techniques Familiarity with aircraft communication standards (UDP/TCP, MIL‑STD‑1553, ARINC) Due to U.S.
- Preferred Skills Master’s degree in Systems Engineering or related technical field Certified Systems Engineering Professional (CSEP) or equivalent (e.g., INCOSE) Mentoring and team leadership
- experience in a Modeling tool: SysML, Cameo Enterprise Architecture
- Experience with various rotary wing aircraft including MH-60R, UH-60, CH-47, V-22, FLRAA
- Experience designing high-fidelity, motion based and non-motion total training solutions Security
- Must be able to work overtime on and off-shifts as required.
- Ability to sit for extended periods of time Ability to stand for extended periods of time Ability to lift 25 lbs. to various heights Other Duties Please note this job description is not designed to cover or contain a comprehensive listing of activities, duties or experience match the
Benefits
- Who We Are: CAE Vision: Our vision is to be the worldwide partner of choice in defense and security, and civil aviation by revolutionizing our customers’ training and critical operations with digitally immersive solutions to elevate safety, efficiency and readiness.
- benefits package and flexibility that promotes work-life balance A work environment where all employees are valued, respected and safe Freedom to succeed by enabling team members to deliver, take initiatives and make decisions Recognition, professional development, advancement and having fun! Summary CAE Defense & Security is seeking a Simulator System Architect to support our rotary aircraft simulator product line.
Additional details
- CAE Defense & Security Mission: CAE's Defense and Security business unit focuses on helping prepare military customers to develop and maintain the highest levels of mission readiness.
- CAE Values: Empowerment, Innovation, Excellence, Integrity and OneCAE make us who we are and we strive to make a difference in the world while helping each other succeed.
- What We Have to Offer: Comprehensive and competitive
- The System Architect is responsible for designing, integrating, and overseeing the end‑to‑end architecture of high‑fidelity flight and maintenance training systems.
- requirements into technical specifications, selecting and configuring hardware, software, and networking components to meet performance, safety, cyber security and certification standards.
- The role involves collaborating with software developers, hardware engineers, cyber security and certification authorities to ensure seamless integration of flight dynamics, avionics, graphics, and user interfaces, while also managing scalability, maintainability, and cost.
- Responsibilities Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions. Translates mission/training
- requirements into a coherent, scalable architecture that balances performance, safety, and cost.
- Guides overall design decisions and ensure alignment with business goals.
- Leads the technical solution activities as the overall design authority during capture and program execution phases Ensures the system architecture adheres to security, interoperability, and performance standards, plus cost targets Selects the appropriate technologies and tools that best meet system requirements, considering IRAD, future scalability, sustainability, and cost Analyzes the system to ensure that it will meet the stated performance requirements (e.g.