Senior Technology Systems Engineer

Dyson; Singapore; On-site; SGD 110,000 - 150,000; Full time

Job summary

Dyson in Singapore leads fluid dynamics, thermodynamics and sensing technology within Technology Systems. You will own projects from early concept through to production readiness, delivering analytical studies, tests and CFD simulations while actively mitigating technical risk.

The role requires a Bachelor in Fluid Dynamics/Mechanical Engineering with 4+ years in mechanical product analysis, strong CFD skills and the ability to collaborate in a fast-paced environment.

Qualifications

• Bachelor degree in Fluid Dynamics/Mechanical Engineering or equivalent.
• 4+ years in mechanical product analysis and development.
• Strong knowledge of fluid dynamics, thermodynamics and CFD.
• Experience with thermal measurement techniques or sensing tech is a plus.
• Able to work in a fast-paced, collaborative environment.

Responsibilities

• Lead fluid and thermodynamics work for assigned projects from concept to production readiness.
• Define performance specifications and validate via analytical studies, testing and CFD.
• Actively manage technical risks with timely mitigations.
• Address FRACAS issues through systematic analysis and root-cause investigations.
• Support growth of test and simulation capabilities and broader business goals.

Skills

CFD

Fluid dynamics

Thermodynamics

Mechanical product development

Analytical testing

Team collaboration

Education

Bachelor's degree in Fluid Dynamics/Mechanical Engineering

Master's or PhD beneficial

Job description

About this role

• The Technology Development Department encompasses 3 key groups – Technology Systems, Product Performance & Acoustics and Simulation. This role sits within the Technology Systems group mainly working on fluid dynamics, thermodynamics and sensing technologies. Our Technology Systems Team is more than just a group of engineers - we are trailblazers in delivering cutting-edge technical systems (fluids, thermals, sensing technologies, etc) for Hair care and other new category products. Based in Singapore and the Philippines, our team is at the forefront of innovation, constantly pushing the boundaries of what's possible in product development.
• Our engineers take full ownership of delivering projects from early stages of a product until start of production levels of maturity, providing them with unparalleled exposure to the product life cycle. With access to a state-of-the-art lab, simulations, and analytical tools, they are able to harness their creativity and technical expertise to bring world-class products to market.

Main Duties/Responsibilities:

• Take charge of the fluid and thermodynamics disciplines for your assigned project, ensuring its successful execution from start to finish.
• Own performance specifications within projects and expected to ensure that the product performance satisfy the requirements. Deliverables include analytical study, experimental testing, as well as simulation (via CFD).
• Manage related technical risk actively and provide mitigations as needed. Ensure timely closure of risk items.
• Resolve FRACAS (Problem Report) through systematic technical analysis in timely manner.
• To support the growth and upkeep of the team's test and simulation capabilities and wider business objectives.

About you

• A Bachelor degree in Fluid Dynamics/Mechanical engineering or equivalent. Having a relevant Master or PhD degree would be advantageous.
• 4+ years of experience in mechanical product analysis & development, preferably in the consumer electrical appliance industry.
• Ability to thrive in a fast‑paced and dynamic work environment with a continuous learning mindset, where adaptability and collaboration are essential.
• In‑depth knowledge in the field of fluid dynamics, thermodynamics, and a demonstrated capability in CFD is essential for the role.
• Knowledge and working experience on thermal measurement techniques and hardware such as thermal camera, thermocouples, picologgers, NI instrumentation etc. is a plus.
• In‑depth knowledge and experience on the principles of heat transfer and heater system‑level design is a plus.
• Must demonstrate the ability to excel in a fast‑paced and constantly evolving work environment, where adapting to new challenges and collaborating with colleagues is crucial.