Mechanical Product Development Engineer, Airvo Platforms

Fisher Paykel Healthcare; Howick; On-site; NZD 120,000 - 160,000; Full time

Benefits offered by this job

Employee share plan

Profit sharing

Life insurance

Health insurance discount

Training programs

Product discounts

On-site parking

Campus facilities

Job summary

Fisher & Paykel Healthcare is seeking an experienced engineer to join the Airvo New Platforms team in East Tamaki. You will shape the future of the Airvo platform, tackle complex engineering challenges, and drive its evolution through ownership of development across the lifecycle.

You will lead projects, mentor engineers, collaborate with cross-functional teams, and deliver solutions that improve respiratory care and patient outcomes.

Qualifications

• 4+ years' product development experience in medical devices or similar engineering environment.
• Proven ability to lead development projects from concept to release.
• Ability to provide technical leadership and guide teams through complex challenges.
• Experience mentoring engineers to build capability and achieve objectives.
• Strong problem-solving and communication skills with stakeholders.

Responsibilities

• Work across the full product development lifecycle to shape Airvo platform evolution.
• Lead development projects and collaborate with multidisciplinary teams to deliver solutions.
• Contribute to innovation and hands-on engineering to improve patient outcomes.

Skills

Mechanical engineering

Biomedical engineering

Product development

Technical leadership

Mentoring

Education

Mechanical/biomedical engineering degree

Job description

Fisher & Paykel Healthcare is seeking an experienced engineer to join the Airvo New Platforms team in East Tamaki. You will shape the future of the Airvo platform, tackle complex engineering challenges, and drive its evolution through ownership of development across the lifecycle.

You will lead projects, mentor engineers, collaborate with cross-functional teams, and deliver solutions that improve respiratory care and patient outcomes.