GBTS System Engineer - Engineering & Training Systems

GBTS System Engineer - Engineering & Training Systems

Pilatus Aircraft

Stans, Switzerland

Your Tasks

• Define and derive system requirements based on customer contracts, market needs and product lifecycle to design Pilatus pilot training products, with a focus on one or more of the following areas: flight simulation and autopilot models, control loading systems and computer-generated forces, Qualification Test Guide (QTG) and certification in accordance with EASA, FAA and ICAO standards
• Coordination of ground and flight data gathering activities with the Engineering business unit (flight physics, avionics, propulsion, mechanical systems), in support to flight simulations development
• Support the application of the V-model for the Ground Based Training System (GBTS) products as per the system engineering processes, procedures and quality management standards, with a focus on flight simulators and flight training devices development
• Liaise with multiple stakeholders and support the technical activities required to design the system architecture, including inputs from hardware and software engineers to ensure correct, testable and verifiable system implementation
• Support system integration, installation, verification & validation (V&V) and through-life support activities, cooperating with project management, quality management, suppliers and customers
• Write and review technical documentation as part of the project/product lifecycle, inclusive of technical specifications, system requirements, system design specifications and technical memos whilst applying the ISO 15288 guidelines

With this you convince us

• Master degree in Aeronautical or Aerospace Engineering, with a focus on flight physics (particularly aerodynamics, flight dynamics and aircraft performance), avionics and complex systems
• At least three (3) years of experience in System Engineering as well as in programming with Matlab Simulink and C++, with a focus on one or more of the following areas: flight simulation and autopilot models, control loading systems and computer-generated forces, complex models integration for flight simulators and training devices with hardware and software in the loop
• Experience with system engineering methodologies (e.g., MIL-498) and quality standards as well as with tools for requirements management (e.g., DOORS), agile project management (Jira) and for configuration management (e.g., Teamcenter)
• Excellent social and communication skills with a fluency in English
• Ability to perform to tight deadlines and under pressure on parallel activities, prioritizing tasks with a structured approach and working equally well in a team or individually with a proactive attitude
• Willingness to travel internationally is mandatory, as occasionally required