De Havilland Aircraft of Canada Limited (DHC) is a storied name in the aerospace industry, recognized worldwide for its pioneering contributions to aviation and its unwavering commitment to quality, innovation, and reliability. Headquartered in Calgary, AB, DHC currently has approximately 2,400 employees across British Columbia, Alberta and Ontario, as well as in markets and distribution hubs world-wide.

Established in 1928, De Havilland Canada has a rich history marked by the development of some of the most iconic and versatile aircraft ever built. These aircraft have served a variety of roles—from bush flying to commercial aviation—and are celebrated for their rugged durability, operational versatility, and excellence in performance.

Over the decades, De Havilland Canada has evolved to meet the changing needs of the aviation industry. Today, we are more than just an aircraft manufacturer; we are a comprehensive aerospace company with capabilities that span design, production, maintenance, repair, and overhaul (MRO) services. Our operations are supported by a team of skilled engineers, technicians, and industry professionals who are dedicated to upholding the highest standards of craftsmanship and innovation.

Lead, Flight Test Mechanical Designer Job Summary We are seeking a Lead, Flight Test Mechanical Designer to join our Flight Test and Instrumentation team. In this role, you will lead the mechanical design and development of Flight Test Vehicle (FTV) instrumentation and experimental systems supporting aircraft development programs.

You will support aircraft programs across new model variants, existing aircraft types, product improvements, and continued airworthiness initiatives.



The successful candidate will work closely with engineering, flight test, instrumentation, suppliers, and integrated product teams to develop safe, effective, and practical mechanical solutions for flight test applications.

Key Responsibilities

Lead the mechanical design and development of Flight Test Vehicle instrumentation and experimental systems.

Produce and interpret engineering drawings, schematics, technical specifications, and procedures.

Develop, install, and validate mechanical designs and installations using CATIA V5.

Perform preliminary structural analysis of mechanical installations and assess designs for suitability in flight test applications.

Interpret technical specifications and engineering requirements to develop appropriate test installations and instrumentation solutions.

Coordinate with suppliers, internal and external integrated product teams, engineering groups, and management to support flight test activities.

Provide engineering support for flight test and instrumentation modification activities.

Support aircraft checkout, ground testing, and flight operations.

Ensure mechanical designs and installations meet applicable engineering, safety, and flight test requirements.

Troubleshoot and resolve technical issues associated with flight test mechanical installations and instrumentation.

Support the development, testing,



modification, and implementation of experimental aircraft systems and equipment.

Apply sound engineering judgment to identify and address technical risks associated with flight test installations.

Work collaboratively with multidisciplinary teams to meet program schedules and technical requirements.

Qualifications Education

University degree in Engineering, preferably Mechanical or Aerospace Engineering; or

College diploma in Engineering Technology or a related discipline.

Experience

10+ years of experience in a flight test workplace preferred.

Previous experience in flight test design and instrumentation.

Experience designing, developing, and installing mechanical flight test equipment and instrumentation.

Experience working with aircraft structures and systems.

Experience with calibration methods and test/evaluation equipment for mechanical measurement and electronic sensing applications.

Technical Skills

Strong proficiency in CATIA V5 and 3D mechanical design.

Understanding of aircraft structures and aircraft systems operation.

Knowledge of commonly used aerospace materials and standard hardware.

Knowledge of flight test design and instrumentation principles.

Knowledge of mechanical and electronic test measurement and sensing equipment.

Ability to interpret engineering drawings, technical specifications, and test requirements.

Proficiency with Microsoft Office applications, including Word, Excel, and PowerPoint.

Success Factors The successful candidate will demonstrate:

Strong practical and technical judgment.

Excellent mechanical design and problem

📌 Lead, Flight Test Mechanical Designer (Winnipeg)
🏢 De Havilland Aircraft of Canada
📍 Winnipeg