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SOGECLAIR

Verified Job Source

SOGECLAIR delivers innovative engineering solutions for safer, efficient mobility across diverse sectors, including aeronautics, space, rail, and defense, from design to end-of-life support.

Blagnac, France

Manufacturing
1,001–5,000 people

About

Supplier of innovative, high added-value solutions for safer and more efficient mobility, SOGECLAIR brings its skills in high-quality engineering and production to a broad range of cutting-edge sectors, notably aeronautics, space, vehicle, rail and defense. Supporting its customers and partners from the design and simulation stages through to the end of the product’s lifetime, all along the production chain through to entry into service, the collaborators are working worldwide to offer a high-quality, proximity service to all its customers.

Open positions

Ingénieur.e Stress

Hybrid · Montréal

The engineer will conduct damage tolerance analyses on primary structural elements and provide recommendations for aircraft structural design and repairs. They will also support maintenance manual development and collaborate with suppliers to ensure technical compliance and certification requirements are met.

Ingénieur.e Principal.e - Intégrateur aérostructures

Hybrid · Montréal

The Principal Engineer will design and define aircraft structures while ensuring integration across various engineering disciplines. They will also act as a technical authority to guide design strategies, support certification processes, and mentor junior team members.

Ingénieur.e - Concepteur de structure

Hybrid · Montréal

The structural design engineer will design and review 3D models, assemblies, and detail drawings for aircraft components while optimizing for manufacturability and cost. They will also collaborate with cross-functional teams to resolve interface issues and support certification and production investigations.

Ingénieur(e) - Systèmes Avioniques

Hybrid · Montréal

The Avionics Systems Engineer is responsible for the design, integration, and validation of aircraft avionics systems while ensuring compliance with safety and certification standards. They coordinate with suppliers and cross-functional teams to manage system interfaces and support the resolution of design-related issues.

Ingénieur(e) Stress (contrat ou permanent)

Hybrid · Montréal

The engineer will perform damage tolerance analyses on primary structural elements and provide recommendations for aircraft design and repairs. They will also collaborate with suppliers and internal teams to support maintenance manual development and certification activities.

Ingénieur(e) senior - systèmes avioniques/Senior Avionics Systems Engineer

On-site · Mirabel

The senior engineer will design, develop, and integrate avionics systems for helicopters while ensuring compliance with regulatory standards. They will also collaborate with multidisciplinary teams and provide technical support throughout the entire development and certification cycle.

Ingénieur(e) Principal(e) - Ingénierie RM&S

Hybrid · Montréal

Prepare aircraft and system safety analyses and compliance reports in accordance with AWM and FAR/CS regulations. Manage Reliability, Maintainability, and Safety (RM&S) deliverables and coordinate technical resolutions with partners and regulatory authorities.

Ingénieur(e) des Matériaux et des Procédés

Hybrid · Montréal

Lead material qualifications, cost reduction initiatives, and solve non-conformity issues within the Materials and Processes engineering team. Develop test plans, manage supplier material changes, and provide technical expertise on aircraft interior finishes and flammability.

Ingénieur(e) thermodynamique

Hybrid · Toronto

Perform complex analyses on heat transfer, pipe networks, and aircraft icing to support aircraft design and right-sizing. Prepare test plans and document results from ground and flight tests while updating engineering practices.

Ingénieur(e) thermodynamique

Hybrid · Montréal

Perform complex analyses on heat transfer, thermodynamics, and aircraft icing to support aircraft design and right-sizing. Prepare test plans and document results from ground and flight tests while updating engineering practices.

Ingénieur(e) - Acoustique et vibrations

Hybrid · Toronto

The role involves creating simulation models and conducting laboratory, ground, and flight tests to optimize cabin acoustic comfort in aircraft. You will collaborate with engineering and production teams to resolve vibration issues and integrate new interior developments.

Ingénieur(e) intégration des systèmes électriques

Hybrid · Montréal

Develop, certify, and maintain industry standards for electrical power generation, distribution, and lighting systems on aircraft. This includes optimizing architectures, integrating new technologies, and managing technical interfaces with internal and external partners.

Ingénieur(e) senior - systèmes avioniques

Hybrid · Toronto

Responsible for the development, testing, certification, and in-service support of state-of-the-art business aircraft avionics systems. This includes managing system requirements, collaborating with suppliers, and ensuring compliance with regulatory authorities like TCCA, EASA, and FAA.

Ingénieur(e) senior - systèmes avioniques

Hybrid · Montréal

Responsible for the development, testing, certification, and in-service support of avionics systems for state-of-the-art business aircraft. This includes managing system requirements, collaborating with suppliers, and ensuring compliance with regulatory authorities like TCCA, EASA, and FAA.

Ingénieur(e) principal - conception du poste de pilotage et facteurs humains

Hybrid · Montréal

The role involves conceptualizing, designing, and certifying flight deck interfaces using cognitive ergonomics and user-centered design. Responsibilities include developing HMI prototypes, conducting usability evaluations with flight crews, and ensuring compliance with aviation regulations.

Ingénieur(e) hydromécanique

Hybrid · Montréal

The role involves acting as a system integrator for the specification, design, analysis, and certification of hydromechanical systems. You will coordinate development activities with suppliers, validate system performance, and ensure compliance with airworthiness requirements.