Aircraft Structures Design Engineer

Job summary

Design and define aircraft structural components and assemblies throughout the design lifecycle, coordinating with multidisciplinary teams to resolve interfaces and support technical decisions. Manage assigned designs through engineering release, certification, production, and in-service support, including design changes and configuration data.

Job details

Job Type: Contract Contract Duration: 6-12 months, with intent to convert to a permanent position Location: St. Laurent, Quebec, Canada Work Arrangement: Hybrid, currently 2-3 days per week onsite, including Mondays and Tuesdays; schedule is subject to change Organization: Aerospace Canada Position Overview We are seeking an Aircraft Structures Design Engineer to support the design, development, and integration of aircraft structural components and assemblies. In this role, you will independently execute defined engineering assignments and contribute to technical design decisions. Your responsibilities will span the full design lifecycle, from concept and configuration development through detailed design, production and certification support, and in-service modifications. The ideal candidate will have hands-on aircraft structural design experience and a strong understanding of metallic and composite structures, CATIA V5, GD&T, engineering drawings, and product definition. Key Responsibilities Aircraft Structural Design & Definition Develop and review structural concepts, 3D models, assemblies, installation drawings, and detailed drawings for assigned aircraft structures. Design and define metallic and composite components, including joints, interfaces, fasteners, tolerances, and installation provisions. Apply sound engineering principles related to load paths, manufacturability, assembly, inspection, maintainability, weight, and cost. Ensure structural designs meet applicable engineering requirements, standards, and aircraft configuration constraints. Technical Integration & Collaboration Coordinate structural designs with Stress, Materials & Processes, Systems Installation, Aerodynamics, Interiors, Manufacturing, Quality, and other engineering disciplines. Identify and resolve geometric, installation, and physical-interface conflicts. Support technical trade studies and evaluate potential design solutions. Participate in design reviews and clearly communicate design intent, assumptions, constraints, risks, and outstanding technical items. Design Maturity, Certification & Production Support Support structural substantiation and certification activities by providing complete, accurate, and traceable design definitions. Provide engineering support for production, supplier, and in-service issues, including investigations, root-cause analysis, and corrective design actions. Manage engineering design changes and assess impacts to existing structures and interfaces. Maintain configuration and product-definition data within the applicable PLM environment. Engineering Ownership Manage assigned structural design activities from initial definition through engineering release. Perform technical checks and investigate design and production issues using established engineering methods and standards. Develop and recommend appropriate technical solutions. Provide accurate status updates and proactively identify technical or schedule risks. Provide support and technical guidance to less-experienced team members on familiar design activities. Qualifications Education & Experience Bachelor's degree in Aerospace Engineering, Mechanical Engineering, or another relevant engineering discipline. A technologist degree may be considered based on relevant industry experience. Typically 2-5 years of relevant engineering experience. Technical Knowledge Candidates Should Have Experience Or Knowledge In Aircraft structural design and configuration Metallic and composite aircraft structures Structural components, joints, interfaces, and fasteners Tolerancing and GD&T 3D product definition and engineering drawings Manufacturing, assembly, producibility, and inspection considerations Aerospace materials and manufacturing processes Engineering design standards Certification fundamentals Product configuration and change control Engineering Tools & Methods Experience with CATIA V5, ENOVIA, and Microsoft Office. Knowledge of NX and Teamcenter is considered an asset. Working knowledge of PLM, product definition, engineering change, and configuration management processes. Professional Skills Strong analytical and technical problem-solving abilities. Sound engineering judgment and attention to detail. Strong organizational skills and accountability for assigned deliverables. Clear and professional written and verbal communication. Ability to collaborate effectively across multidisciplinary engineering and manufacturing teams. Ability to work independently while seeking support for complex or non-routine engineering decisions. Language Requirements Fluent English is required. French is considered an asset.

What you’ll do

Design and define aircraft structural components and assemblies throughout the design lifecycle, coordinating with multidisciplinary teams to resolve interfaces and support technical decisions. Manage assigned designs through engineering release, certification, production, and in-service support, including design changes and configuration data.

Requirements

A bachelor's degree in aerospace, mechanical, or another relevant engineering discipline is sought; a technologist degree may be considered with relevant industry experience. Typically, 2–5 years of relevant experience is expected, along with knowledge of aircraft structures, CATIA V5, ENOVIA, GD&T, product definition, and engineering change and configuration processes.

Listed skills

• Engineering Drawings · Preferred
• Cross-Functional Collaboration · Preferred

Other relevant skills

Identified from the job description. Confirm important requirements above.

• Aircraft Structural Design
• Metallic And Composite Structures
• CATIA V5
• ENOVIA
• GD&T
• 3D Product Definition
• Engineering Drawings
• Structural Joints And Interfaces
• Fasteners And Tolerancing
• Manufacturing And Assembly
• Aerospace Materials And Processes
• Certification Support
• Configuration Management
• Engineering Change Control
• Technical Problem-Solving
• Cross-Functional Collaboration

Job areas

• Engineering
• Manufacturing
• Consulting

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