Flight Test Engineer (Hybrid: Mirabel, Quebec) - mirabel

Key ResponsibilitiesFlight Test Technical LeadershipProvide deep technical expertise in flight test engineering, aircraft systems, and flight mechanics Support flight test campaigns through methodology definition rather than direct day‑to‑day mission execution Act as a reference point for complex or non‑standard test casesProcess & Methodology TransformationLead the revamp, harmonization, and standardization of flight test processes across programs Develop and evolve flight test methodologies to improve safety, efficiency, and data quality Identify gaps, redundancies, and inefficiencies in existing test practices and propose improvements Drive the adoption of best practices across aircraft programs and flight test domainsTools, Digitalization & InnovationDefine and deploy modern flight test tools (planning, instrumentation, data acquisition, analysis, reporting) Support digital transformation initiatives (e.g., model‑based approaches, automation, digital twins) Collaborate with IT and engineering teams to ensure tools are fit‑for‑purpose and certification‑ready Establish clear governance for tool qualification, usage, and configuration controlCertification & ComplianceEnsure all methodologies, tools, and processes comply with EASA / FAA certification frameworks Maintain alignment with CS‑25 / FAR‑25 and internal airworthiness requirements Support audits, certification reviews, and authority interactions related to flight test activities Ensure traceability, data integrity, and documentation rigor throughout the test lifecycleCross‑Functional CollaborationInterface with Design Offices, Flight Test Operations, Chief Engineers, and Program Management Support change management and stakeholder alignment across international and multidisciplinary teams Mentor and technically support flight test engineers on methodologies and best practicesQualifications requisesDiplôme de baccalauréat (ou équivalent) en génie aérospatial ou dans un domaine connexe Solide expérience en ingénierie des essais en vol, en systèmes aéronautiques ou en évaluation de la performance Expérience démontrée dans des environnements aérospatiaux réglementés Excellente connaissance des processus de certification et de navigabilité Capacité à traduire des besoins opérationnels en solutions techniques structurées et conformes Maîtrise du français et de l’anglais Qualifications privilégiéesExpérience en amélioration des processus d’essais en vol, avec un fort accent sur les méthodologies et les processus Connaissance des systèmes de données d’essais en vol, des stratégies d’instrumentation et des cadres d’analyse Connaissance des normes de certification (CS‑25 / FAR‑25) et des interactions avec les autorités Expérience sur plusieurs programmes aéronefs (civils, militaires ou dérivés) Une expérience en gestion du changement ou en amélioration continue constitue un atout important Your QualificationsBachelors degree (or equivalent) in Aerospace Engineering or a related field Strong background in flight test engineering, aircraft systems, or performance evaluation Proven experience working in regulated aerospace environments Solid knowledge of certification and airworthiness processes Ability to translate operational needs into structured, compliant technical solutions Fluent in French and English Preferred QualificationsExperience in flight test process improvement with focus on processes Familiarity with flight test data systems, instrumentation strategies, and analysis frameworks Knowledge of certification standards (CS‑25 / FAR‑25) and authority interactions Experience across multiple aircraft programs (civil, military, or derivatives) Change‑management or continuous‑improvement experience is a strong asset Core Competencies & MindsetStrong systems thinking and structured problem‑solving Ability to challenge legacy practices constructively Detail‑oriented with a strong safety and compliance mindset Influential communicator capable of driving alignment without formal authority Comfortable balancing innovation with regulatory constraints#J-18808-Ljbffr