UAV Chief Design Engineer

Company Description | Bernoulli trading - FZCO

Bernoulli Trading FZCO, established in 2024 and registered in the Dubai IFZA Free Zone, is a specialized technical services company focused on aerospace propulsion and unmanned aircraft systems. Leveraging an international engineering team, the company provides end-to-end technical solutions including engine R&D support, UAV air-vehicle design, system integration, test and validation services, and project execution support.

Our core expertise covers high-performance aerospace technologies, including development support for small and medium aviation engines (turbojet, turbofan, turboshaft, and turbo-electric), advanced UAV platform design, system performance optimization, wind-tunnel testing coordination, prototype assembly, and flight-test technical assistance. With strong engineering capabilities and industry experience, Bernoulli Trading FZCO is committed to helping clients accelerate development timelines, reduce technical risks, and enhance overall project quality.

As a globally oriented technical services provider, we operate under an international management framework and maintain close technical collaboration with partners across multiple countries. This enables us to deliver a highly efficient, reliable, and engineering-driven service model. Professionalism, innovation, and evidence-based engineering are the core principles guiding our work, with value creation for clients at the center of our mission.

Bernoulli Trading FZCO will continue to invest in key areas of aerospace propulsion and unmanned systems technology, striving to become a trusted aerospace engineering partner in the Middle East and global markets.

Join our team to lead the UAV design of supersonic and hypersonic unmanned aircraft. You will translate mission needs into system-level technical requirements, drive engineering implementation of design solutions, and help us build industry-leading, high-performance UAVs.

• Lead the overall UAV design, define system performance requirements, and allocate them to subsystems.
• Coordinate aerodynamics, structures, loads, communications, image processing, and other subsystems to balance requirements and deliver executable solutions.
• Participate in prototype development, ground testing, and flight validation to ensure the final aircraft meets design goals.
• Collaborate closely with cross-functional teams to support design decisions and resolve technical challenges.
• Propose innovative concepts and optimization measures to continuously improve UAV performance and reliability.

• Passionate about aerospace propulsion and UAV technology, and willing to dedicate fully to R&D and flight-test activities.

• Proactive and accountable.
• Strong sense of mission and value creation.
• Integrity, reliability, and genuine passion for aviation.
• Able to perform with focus and efficiency under high pressure and rapid pace.

• Challenging technical projects and opportunities to participate in supersonic/hypersonic UAV development.
• A highly autonomous and innovation-driven R&D environment.
• Opportunities to collaborate with top-tier industry teams and grow rapidly.
• Competitive compensation and performance incentives directly tied to your abilities and contributions.

• Education: Master’s degree or above in Aircraft Design from a globally recognized aerospace university.
• Project
  
  Experience:
  
  
• ≥5 years of experience in supersonic/hypersonic UAV system design.
• Solid knowledge of aerodynamics or UAV structural design, with full lifecycle engineering experience.
• Understanding of UAV payload requirements (communications, image processing, etc.).
• Ability to translate mission needs into system and subsystem technical specifications, define interface relationships, and reconcile subsystem conflicts.
• Hands-on experience in UAV fabrication or RC model aircraft is a plus.
• Tool proficiency: Skilled in at least one CAD software (CATIA, Solid Works, UG, or ProE).
• Adaptability: Able to work in an international, innovation-driven environment.