The Lead Engineer serves as the critical link between the client’s engineering team and the offshore delivery team for aerospace structural design projects. This role ensures seamless coordination, compliance with aerospace standards, and timely delivery of high-quality engineering outputs across aircraft programs.

Key Responsibilities
1. Client Interface & Coordination

Act as the single point of contact (SPOC) for the client’s structural engineering team

Coordinate daily interactions with client stakeholders (Design, Stress, MRB, Manufacturing teams)

Translate client requirements into actionable inputs for offshore teams

Participate in technical reviews, design discussions, and program meetings

2. Structural Design & Analysis Coordination

Coordinate design and development of aircraft structural components (fuselage, wing, empennage, interiors, etc.)

Ensure compliance with aerospace standards such as:

FAR/CS regulations

Company-specific design practices (e.g., ABD, BAC, DHC standards)

Review and validate:

2D drawings and 3D models

Stress analysis reports

Modification packages and concessions

Individually Execute the tasks based on the requirements

Support on the Enovia upload/download/ links creation etc.

3. Tools & PLM Coordination

Work within client PLM systems such as:

CATIA (V5/V6)

ENOVIA

Teamcenter (if applicable)

Ensure proper data management, version control, and release processes

Support issue resolution related to CAD/PLM workflows

4. Change Management & MRB Support

Coordinate engineering changes (ECR/ECO) and ensure proper implementation

Support MRB (Material Review Board) activities:

Disposition of non-conformances (Use-As-Is, Repair, Rework)

Ensure timely closure of design queries and shop floor issues

5. Manufacturing & Production Support





Interface with manufacturing teams for build issues and design clarifications

Support concession handling and deviation management

Ensure producibility and manufacturability of designs

6. Project Tracking & Delivery

Track deliverables, schedules, and milestones

Identify risks, dependencies, and bottlenecks

Provide daily/weekly status reports to stakeholders

Ensure adherence to SLAs and KPIs

7. Quality & Compliance

Ensure deliverables meet aerospace quality standards

Participate in design reviews, audits, and compliance checks

Maintain documentation traceability and configuration control

Required Skills & Qualifications
Education

Bachelor’s / Master’s degree in Aerospace / Mechanical Engineering

Technical Skills

Strong understanding of:

Aircraft structures and materials (metallic & sheet metal)

Structural design principles and load paths

Stress analysis fundamentals

Hands‑on experience with:

CATIA (mandatory)

ENOVIA

Drawing standards and GD&T;

Domain Knowledge

Familiarity with:

Aircraft certification requirements (FAR/CS 25)

Engineering change processes (ECR/ECO)

MRB and concession workflows

Soft Skills

Strong communication and stakeholder management

Ability to work in onsite‑offshore delivery models

Problem‑solving and decision‑making skills

Ability to handle high‑pressure project environments

Preferred Qualifications

Prior experience working with OEM programs

Experience in digital mock‑up (DMU) and clash analysis

Accurate and timely coordination of structural design deliverables

Zero‑defect quality in drawings/models released to client

Effective closure of design queries and MRB issues

Seamless communication between onsite and offshore teams

Typical Work Setting

Client‑facing role at OEM or Tier‑1 supplier location

Collaboration with global engineering teams

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📌 Lead Structural Engineer (Ontario)
🏢 Cyient
📍 Ontario