Ingénieur industriel - Industrialisation avancée/Industrial Engineer - Advanced Industrialisation

RTX•Longueuil, QC

3d•Onsite

About The Position

Pratt & Whitney Canada (P&WC) is a global leader in aerospace innovation, proudly headquartered in Longueuil, Quebec, since 1928. We design and manufacture next-generation aircraft engines that power the world’s largest fleet of business, general aviation, and regional aircraft and helicopters. For nearly 100 years, our teams have been at the forefront of propulsion technology, pushing boundaries to make flight more efficient and reliable. Our engines support missions that truly matter, from transporting people and essential goods, to enabling emergency medical services, humanitarian operations, and wildfire suppression around the world. Pratt & Whitney Canada was named one of Canada’s Best Employers for 2026 by Forbes, marking the 11th consecutive year the company has earned this recognition. Pratt & Whitney Canada also ranked #1 employer in the aerospace and defense industry in the country. In addition, our headquarters continues to be recognized among the top employers in the Montreal region. Together, these distinctions reinforce our reputation as an employer of choice in Montreal, across Canada, and around the world. We are seeking a technically skilled, proactive and highly cross-functional Advanced Industrialisation Engineer to lead the development of industrialisation strategies for new components (parts & modules) of complete aerospace engines across new aerospace programs. This role is responsible for ensuring that advanced propulsion components technologies — including rotating parts, hot-section components, and complex structures — are ready for high-quality, cost-effective, scalable and digitally enabled production environments. You will collaborate with Advanced Industrialisation Leads, Engineering, R&T, Manufacturing, Quality and Supply Chain to ensure manufacturability and industrial maturity through concurrent engineering practices. You will also collaborate with Advanced Industrialisation Operations Program Engineer to imbed required budgets and resources in program plans to be ready for execution across all phases of the product lifecycle— from concept through tested serial production engines. The position is based at our Longueuil location, from Monday to Friday, with flexible hours and exclusively on-site.

Requirements

Bachelor’s or Master’s degree in Aerospace, Mechanical, Manufacturing, or Industrial Engineering.
10+ years of experience in aerospace engine component manufacturing or industrialisation or similar high-specification industries
Deep understanding of propulsion engine components, advanced manufacturing methods, aerospace materials and processes (e.g. Inconel, titanium alloys, ceramic coatings and composites) and special processes.
Experience in developing and deploying manufacturing and assembly processes in regulated industries.
Experience with cross-functional collaboration and communication, risk assessment, and problem-solving skills and project management experience (technical planning, cost control, risk mitigation).
Ability to influence complex, multi-site or suppliers, partners and sites -inclusive projects and act as an agent of change & transformation
Experience with automation, robotics, and Industry 4.0 concepts.
Familiarity with digital tools CAD/CAM tools (CATIA), PLM systems (e.g. Teamcenter), digital manufacturing platforms, and data analytics tools
Familiarity with aerospace production processes, standards and quality systems (AS9100, NADCAP, APQP).
Fluent in English. other languages (e.g. French, Polish) are an asset.
This position is part of a French-speaking work environment, it requires a very good knowledge of English to read and understand, on a daily basis, documentation and technical terms that may emanate from international organizations, as well as to write and communicate in English with customers, suppliers or international colleagues.

Nice To Haves

Demonstrated and applied manufacturing experience on components
Familiarity to additive manufacturing or hybrid manufacturing processes
Familiarity with global supply chains, suppliers, partners and sites development, offload industrialisation and New Product Introduction or ramp-up programs.
Exposure to advanced materials and digital manufacturing, including digital twins, virtual build/test, and data analytics, Model-Based Definition (MBD) and Model-Based Systems Engineering (MBSE).
Six Sigma or Lean certification is a plus.

Responsibilities

Lead the industrialisation of new engine components and modules for new programs (Demonstrator programs, archetypes 1-4) or RLPM Gate C (archetypes 5-10), including Turbine and compressor blades and vanes, Combustor parts, Casings, shrouds, seals, and rotating structures, Bearings, shafts, and support structures
Develop and validate manufacturing processes for complex engine parts involving: Precision casting and forging and near net shape, High-precision machining of superalloys (e.g. Inconel, titanium, ceramic matrix composites), Additive manufacturing (metal AM), hybrid processes, Advanced coatings (thermal barrier, anti-corrosion) and heat treatments, High-temperature joining (brazing, welding )and surface treatments
Collaborate with the Advanced Industrialization Director, OPE, Leads and Industrial Engineers, to the planning and execution of the RLPM Gates and Operations Production readiness (PR) deliverables, synchronized with RLPM gates, inclusive of the Production Plan.
Drive Design for Cost (DfM), Design for Manufacturability (DfM) and Design for Assembly (DfA) in close coordination with Design Engineering, suppliers, partners and sites and Advanced Industrialisation Buyer through Integrated product teams (IPTs)
Establish, with program Cost Controller, Advanced Industrialisation Leads and Engineering, the Cost Basis Note of components and internal sites, track FSC evolution and work with Engineering and suppliers, partners or internal sites to identify alternative design & manufacturing solutions to increase program margins and mitigate headwinds
Define and develop manufacturing processes, tooling concepts, plant layout, and automation strategies aligned with DfM and DfA
Drive industrial maturity using Technology Readiness Level (TRL) and Manufacturing Readiness Level (MRL) across component manufacturing, assembly, and test and support TRL and MRL assessments for new technologies
Collaborate with component producers, partners, A&T, supply chain, facilities, and digitalisation teams to: Assess infrastructure, logistics, and data systems requirements, Define requirements for new programs or capacity increases through: Special process qualifications, Tooling and fixturing, Plant layout and production cell design, Equipment, Digital manufacturing methods, data integration and, where necessary, digital transformation.
Contribute to make-or-buy assessments, industrialisation readiness assessments, global industrial footprint planning, including offload industrialisation and outsourcing strategies
Validate industrial plans including First Article Inspections (FAI), process capability studies, and PPAP deliverables
Assess and leverage digital manufacturing tools including simulation, PLM/MES integration, process modelling, virtual commissioning, shopfloor connectivity (MES, IIoT and digital twin models to support new programs requirements
Ensure compliance with aerospace quality standards (AS9100, NADCAP, APQP).
Champion lean manufacturing, zero-defect mindset, and continuous improvement culture throughout industrialisation.
Prepare project plans, risk analyses, and budgets for activities supporting industrialisation requirements; such plans, risk & budgets to be incorporated in program plans
Frequent travel and variable work schedules expected when working with suppliers, partners or internal sites (manufacturing and A&T).