Overview
Senior Mechanical Engineer Jobs in Richmond, British Columbia, Canada at Kyte Dynamics | Aerial Robotics Co.
Title: Senior Mechanical Engineer
Company: Kyte Dynamics | Aerial Robotics Co.
Location: Richmond, British Columbia, Canada
Job Title: Senior Mechanical Engineer
Location: Los Angeles, CA or Vancouver, BC
Job Type: Full-Time
Comp: $120K+ (depending on experience)
About Kyte Dynamics:
We’re redefining what’s possible in the sky. Our next-gen aerial vehicle architecture unlocks safe, ultra-precise access to people and infrastructure even in high gust conditions. From lightning-fast food and medical delivery to cutting-edge industrial applications, we're building the future of airborne operations. Trusted by iconic brands. Backed by world-class investors. Join us as we build this new industry called aerial robotics.
About the Role:
We are seeking a Senior Mechanical Engineer to lead the design and commercialization of high-performance mechanical systems for aerial robotics.
This role focuses on developing durable, reliable, and manufacturable hardware that performs consistently in real-world environments. You will work on systems involving motion, load transfer, actuation, and precision control, taking them from early prototypes to scalable production.
The ideal candidate has strong experience building mechanical systems that must operate repeatedly under dynamic conditions, and knows how to translate prototypes into production-ready products.
What You’ll Do:
Mechanical System Design
- Design and develop mechanical subsystems involving motion, actuation, and load-bearing structures
- Perform structural, thermal, and dynamic analysis to ensure performance under real-world conditions
- Optimize designs for weight, strength, stiffness, and efficiency
Dynamic Systems & Precision
- Engineer systems with controlled motion and tight positional accuracy under external disturbances
- Design for repeatability and stability in systems subject to vibration, shock, and changing loads
- Analyze and mitigate issues such as backlash, compliance, oscillation, and wear
Durability & Reliability
- Design components and assemblies for high cycle life and long-term field use
- Perform tolerance analysis, failure analysis, and root cause investigation
- Lead or contribute to FMEA and reliability engineering efforts
- Define and execute validation and environmental testing (vibration, drop, thermal, ingress)
Design for Manufacturing (DFM/DFA)
- Translate prototypes into scalable, cost-effective production designs
- Simplify assemblies, reduce part count, and improve manufacturability
- Work closely with suppliers and manufacturers on process selection, tolerances, and yield optimization
- Develop drawings, BOMs, assembly procedures, and QC standards
Cross-Functional Integration
- Collaborate with electrical, software, and systems teams to integrate mechanical systems into complete products
- Support system bring-up, testing, and iteration in real-world conditions
- Contribute to overall system architecture and product decisions
What You’ll Need:
- Bachelor’s, Master’s, or PhD in Mechanical Engineering, Aerospace Engineering, or related field
- 5+ years of experience designing mechanical systems for robotics, aerospace, automotive, or industrial hardware
- Strong proficiency in CAD (e.g., SolidWorks or similar)
Core Engineering Skills
- Experience designing dynamic mechanical systems (e.g., actuators, gear trains, transmissions, cable-driven systems, or similar)
- Strong understanding of:
- Structural mechanics and load paths
- Materials selection (metals, composites, polymers)
- Bearings, gears, and motion systems
- GD&T and tolerance stack-ups
Hands-On Experience
- Prototyping and iterative development (machining, 3D printing, test rigs)
- Mechanical testing, debugging, and failure analysis
- Taking products from concept through production
Preferred Qualifications:
- Experience with robotics, drones, or electromechanical systems
- Experience designing systems subject to dynamic loads and environmental stress
- Background in high-reliability or safety-critical systems (aerospace, automotive, defense)
- Experience with precision mechanisms or controlled motion systems
- Experience scaling products through EVT/DVT/PVT into production
- Familiarity with supplier manufacturing processes (CNC, casting, injection molding, composites)
