Engineering
Research & Development
DieselJet combines extensive aeronautical engineering experience with in-house design and development capabilities.
Operating as an EASA-approved Design Organisation (DOA), our engineering activities are carried out in accordance with applicable aeronautical requirements, with a strong focus on safety, performance, reliability and system integration.
From initial concept definition to detailed development, DieselJet transforms customer and aircraft requirements into advanced propulsion solutions.
Technology and Product Innovation
Continuous innovation is at the core of DieselJet's engineering approach.
Our development activities focus on improving engine performance, reducing weight and optimizing propulsion system integration while maintaining the reliability required for aeronautical applications.
Mechanical, electronic and control systems are developed as part of an integrated propulsion architecture, enabling DieselJet to continuously evolve its products and adapt them to different aircraft and installation requirements.
Mechanical Design
DieselJet manages the mechanical design and development of its propulsion systems in-house, from initial concept definition to detailed component and system design.
Development activities combine weight optimization, functionality, performance and reliability while meeting applicable aeronautical requirements.
Advanced CAD and engineering tools support the complete development process, ensuring configuration control and traceability throughout the product lifecycle.
Hardware & Software Development
DieselJet develops hardware and software solutions for advanced engine control systems through controlled aeronautical development processes.
From system requirements and modelling to software implementation, verification and engine testing, our development process supports reliable and flight-ready engine control solutions.
Development and validation capabilities include:
• Modelling & Auto-Coding
• SIL Testing — Model & Code Level
• HIL Testing — Full Redundancy Configuration
• Complete Engine Testing
• Real-Time Software Calibration
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