Lead Stress Engineer / Project Coordinator

Q1 Technologies, Inc.; Mississauga; On-site; CAD 120,000 - 170,000; Full time

Job summary

Q1 Technologies, Inc. seeks a Lead Stress Engineer / Project Coordinator to drive aerostructures analysis and coordinate deliverables across customer stakeholders and offshore teams in the Mississauga area.

The role requires extensive experience in hand stress analysis, FEA, aircraft primary and secondary structures, substantiation, and OEM/certification contexts, with a focus on timely milestones and clear technical leadership onsite in Mississauga.

Qualifications

• Hands-on classical stress-analysis expertise.
• Proficient in Finite Element Analysis (FEA).
• Experience with aircraft primary and secondary structures.
• Experience with substantiation, modifications, and strength evaluation.
• Ability to prepare stress reports and support design validation.

Responsibilities

• Lead technical stress-analysis activities for aerostructures.
• Coordinate deliverables between customer stakeholders and offshore teams.
• Track project activities and milestones to ensure timely delivery.
• Lead technical discussions and coordinate onsite/offshore engineering teams.

Skills

Classical stress analysis

FEA

Aircraft structures

Structural substantiation

Design modifications

Strength evaluation

Stress reporting

Project coordination

Job description

Role: Lead Stress Engineer / Project Coordinator

Duration: Full Time

Candidates who are willing to Relocate from Mexico or US are welcome to apply!

We are seeking an experienced Lead Stress Engineer / Project Coordinator to support aerostructures engineering activities for an aerospace program based in the Mississauga/Toronto area.

The selected candidate will lead technical stress-analysis activities while coordinating engineering deliverables between customer stakeholders and offshore engineering teams. The role requires strong expertise in aircraft structural analysis, design validation, project coordination, and customer communication.

The ideal candidate should possess extensive experience in:

• Classical/hand stress analysis
• Finite Element Analysis (FEA)
• Aircraft primary and secondary structures
• Structural substantiation
• Design modifications
• Strength evaluations
• Stress report preparation
• Design validation

Candidates should also be capable of leading technical discussions, tracking project activities, coordinating engineering teams, and ensuring timely delivery of project milestones.

Experience with commercial or business aircraft programs and Aircraft OEM environments is highly preferred.

Must Requirement

• Minimum 10 years of aerostructures experience.
• Hands-on classical/hand stress-analysis expertise.
• FEA tools used and ability to interpret results.
• Experience with aircraft primary and secondary structures.
• OEM and certification experience.
• Structural substantiation, modifications, strength evaluation, and stress-report experience.
• Technical leadership and coordination of onsite/offshore engineering teams.
• Ability to work 100% onsite in Mississauga.