Otto Aviation

👥 11-50 Air Transportation Aerospace💼 Private Company

Otto Aviation is revolutionizing private aviation with the development of the Celera 500L, a groundbreaking aircraft designed for unparalleled fuel efficiency and passenger comfort. We're at the forefront of the aerospace industry, using advanced super-laminar aerodynamics and high-precision composites to deliver an aircraft that significantly reduces fuel consumption and operational costs. Our mission is to make private aviation more accessible and sustainable for business and leisure travelers alike. Our core technologies include CrUX Dataset and CrUX Top 10m, providing valuable data insights. We operate with a collaborative and innovative engineering culture, embracing cutting-edge design and manufacturing processes. As a small, focused team, we foster an environment where every engineer's contribution is highly valued. We are actively seeking talented individuals to join our team and contribute to the future of flight. We're seeking a Manufacturing Engineer to work on the Phantom 3000 Empennage, the position is remote. Our team is dedicated to designing world-class aircraft from the ground up, pushing the boundaries of what's possible in aviation. Join us in our journey to redefine air travel and experience the excitement of working on a truly innovative project. With over $26B in total funding, Otto Aviation is well-positioned for continued growth and impact in the aerospace sector.

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Jobs at this company:

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🔥 Principal Engineer, Dynamics, Aeroelasticity & Flutter

Posted 8 days ago

🔍 Aviation

🔧 Requirements

10+ years in specific technical discipline
Bachelor's degree in aerospace engineering or equivalent field
FAR Part 23 and Part 25 Certification experience
Transonic aircraft aerodynamics
Ground vibration testing and model correlation
Flutter flight testing
Professional communication skills both written and verbal.
Experience and demonstrated proficiency in Unix/Linux, C/C++, Matlab, VBA, 3DX, Femap, Nastran and Python.

💡 Responsibilities

Perform flutter analysis and dynamic loads in accordance with Part 23 certification requirements.
Develop flutter margins for normal and failure conditions.
Develop balanced, whole aircraft load distributions for dynamic load conditions including tuned and continuous gust.
Develop dynamic responses for control surfaces, doors, windows, fairings and powerplant.
Perform dynamic loads and flutter analysis using commercial and in-house tools and processes.
Develop mass properties and aerodynamic databases required to support dynamic loads and flutter analyses.
Provide subject matter expertise in dynamic loads and flutter analysis, trade studies and planning.
Support planning, execution, data reduction and model correlation for ground vibration testing.
Support planning, execution, and data reduction for flutter flight testing.
Participate in aircraft development activities and coordination amongst various design teams.
Develop dynamic loads and flutter certification documents.

Posted 8 days ago

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🔥 Senior Engineer, Mechanical Systems Design

Posted 24 days ago

🔍 Aerospace

🔧 Requirements

Strong knowledge of mechanical systems common in modern Part 23 / Part 25 business aircraft.
7+ years of industry experience in a closely related field.
Experience with fabrication methods of metallic and composite components and systems.
Experience with ASME Y14.100 Drawings and Y14.5 GD&T.
Experience with model and drawing checking, engineering part and model release, and engineering change process.
Experience in composite and metallic rapid prototyping (additive manufacturing) for both experimental and production applications.
Minimum of 1,000 hours utilizing CATIA V5, V6, or 3DX.
Familiarity of FAR Part 23 certification requirements and processes pertinent to mechanical systems.
Strong knowledge of industry standards and hands-on experience.

💡 Responsibilities

Design, develop and detail mechanical system components for aerospace systems, ensuring compliance with technical specifications, performance standards, and regulatory requirements, to include the following:
Conduct trade studies for optimized, fit, form, and function of aerospace mechanical systems to include detailed system layouts and airframe integration in CATIA 3DExperience (3DX).
Coordinate with cross functional teams to define and validate mechanical interfaces with adjacent systems and structures.
Generate zonal reference models (ZRM), interface control models (ICM) and drawings (ICD) to define key interfaces with adjacent structures and systems.
Coordinate design and integration efforts with mechanical system suppliers.
Create both experimental and production digital product definition for components, assemblies, and installations, to include dimensions, materials, and processes necessary to fully define the configuration.
Develop kinematic models for dynamic mechanical systems, such as Flight Controls and Landing Gear.
Design composite, machined, and sheet metal components.
Perform tolerance stack-up analysis at component, assembly, and installation levels.
Produce bill of materials and assist in manufacturing assembly instructions.
Work with pilots and human factors on the design and layout of the crew interface for mechanical systems.
Work with maintenance and operation experts on meeting reliability and maintainability targets.
Technical oversight and mentorship of junior designers.

Posted 24 days ago

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🔥 Senior Reliability & Maintainability Engineer

Posted 28 days ago

📍 United States, Canada

🧭 Full-Time

🔍 Aerospace

🔧 Requirements