Overview
As a Mechanical Research Engineer in Dyson’s Home Research team, you will help discover and develop disruptive technologies for Floorcare and adjacent Home categories. You’ll work with a global, cross-functional team to translate ideas into proofs of concept and prototypes that inform product decisions. This role blends hands-on prototyping, rigorous design delivery and data-informed decisions to shape game-changing home technologies. You will contribute to a high-performance, collaborative culture and help Dyson push boundaries in consumer engineering.
Pay / Benefits
- financial, lifestyle and health benefits package
Responsibilities
- Develop new Floorcare and adjacent Home technologies
- Integrate innovative tech through collaboration with product teams
- Use theory, data and intuition to inform design judgments and proposals
- Design and build functional prototypes for testing and stakeholder review
- Identify and manage risk to deliver solutions on time, cost and spec
- Mentor and support growth of junior team members
- Ideate and drive step-change concepts across Floorcare and adjacent Home products
- Understand consumer problems and market tech trends to drive solutions
- Create technical documentation including specs, test plans and research reports
- Analyze performance tests and implement improvements
- Take hands-on role to resolve engineering challenges thoroughly
Key requirements
- Degree in engineering or science or equivalent
- Creative problem-solving with clear design processes and IP engagement
- Broad engineering knowledge with product-development experience
- Practical knowledge of 3D CAD, PLM systems and analysis packages
- Ability to develop electro-mechanical prototypes with microcontrollers, sensors and actuators
- Experience collaborating in a team and influencing timely delivery
- Requirements and specifications management throughout design and tech development
- Strong planning, prioritisation and method selection skills
- Ability to analyse/test results and communicate findings effectively
- Commitment to continual self-improvement
- collaboration
- clear communication
- mentoring and leadership
- 3D CAD
- PLM systems
- analysis packages
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