R&D Mechanical Engineer III – Advanced Surgical
About the role
Growth is our focus at CONMED, and we know that innovation is key to growth and our success! We are dedicated to innovation across our product portfolio and believe in the power of engaged talent on our teams. If you have a growth-mindset, have innovation top-of-mind, and want to be a part of a high performing team, consider applying to join CONMED as a Mechanical Engineer III. The R&D Mechanical Engineer III – Advanced Surgical is a critical member of our Advanced Surgical division's R&D team, based in Denver, CO. The engineer will have immediate opportunities to contribute to new product development with a focus on minimally invasive surgical technologies designed to deliver real benefits to surgeons, hospitals, and their patients. Advanced Surgical products include: Advanced insufflation systems, Advanced energy systems, Advanced smoke management systems, and Laparoscopic surgical instruments.
Responsibilities
- Design, develop, test, and support high-quality and reliable disposable and/or capital medical products for surgical procedures, focusing on projects of moderate to high complexity.
- Independently execute multiple phases of the product development lifecycle, including design, development, component procurement, assembly, verification, validation, and manufacturing activities according to medical device standards and regulations.
- Participate in structured problem-solving and root cause investigations using data and systematic methodologies.
- Execute conceptual and detailed designs, CAD modeling, prototyping, and troubleshooting with a comprehensive understanding of the entire product development cycle.
- Perform design analyses including theoretical calculations, materials selection, tolerance analyses, design-for-manufacturing assessments and stress calculations.
- Develop and execute test protocols, analyze results, and author technical reports and presentations with minimal guidance.
- Apply sound engineering judgment and data-driven decision making to evaluate design options, identify