Job Description

Work Flexibility: Hybrid or Onsite

Project Engineer – Trauma R&D (Cork)

We are looking for a Project Engineer to join our Trauma R&D team in Cork, supporting the development of next‑generation orthopaedic Trauma products. This role is well suited to an engineer early in their career who enjoys technical ownership, cross‑functional collaboration, and contributing meaningfully to New Product Introduction (NPI) projects from concept through launch.

As a Project Engineer within the Trauma Cork team, you will work on complex mechanical systems, including implants, instruments, and associated packaging, across multiple Trauma segments such as nailing, plating, and external fixation. You will operate in a fast‑paced, regulated environment with strong technical mentorship, close collaboration with global R&D partners, and a clearly defined technical career path.

What you will do

• Support NPI projects within the Trauma portfolio, contributing at component, sub‑system, or system level depending on project needs.
• Model, detail, and develop mechanical designs for implants, instruments, packaging, and related components using CAD tools.
• Develop and support prototypes for design verification, validation, and risk reduction.
• Own defined project workstreams or technical deliverables, ensuring alignment with performance, quality, cost, and timeline expectations.
• Support and execute product development through the design control process, in compliance with internal procedures and regulatory requirements.
• Actively participate in design reviews, risk management activities, and structured problem‑solving.
• Collaborate closely with Design, Manufacturing, Quality, Regulatory, Packaging, PMO, and suppliers to deliver robust and manufacturable solutions.
• Interact with Health Care Professionals (HCPs) to gather clinical input for design, evaluation, and refinement of new products.
• Build understanding of surgical procedures and clinical workflows to help develop effective, user‑focused solutions.
• Grow technical capability through mentorship from senior engineers and, over time, contribute to the development of junior team members.

What you will need

• Bachelor’s degree in Mechanical Engineering, Biomedical Engineering, or related field is required. A Master’s degree is preferred.
• Early‑career engineering candidates are suitable for this role. Relevant experience gained through internships, placements, or industry roles—ideally within R&D and/or a regulated environment (medical devices preferred)—is strongly valued.
• Fundamental knowledge of mechanical engineering principles, design practices, and development processes.
• Basic experience with CAD tools for design and concept generation.
• Basic understanding of materials, manufacturing methods, and tolerance considerations.
• Basic knowledge of analysis tools and statistical methods.
• Ability to read and interpret complex engineering drawings and technical documentation.
• Ability to manage multiple tasks across projects while maintaining attention to detail.
• Strong communication skills and comfort working in a cross‑functional, international team.
• A proactive mindset, with willingness to take ownership, learn quickly, and grow technical responsibility.

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Travel Percentage: 10%