We anticipate the application window for this opening will close on - 25 May 2026

 

At Medtronic you can begin a life-long career of exploration and innovation, while helping champion healthcare access and equity for all. You’ll lead with purpose, breaking down barriers to innovation in a more connected, compassionate world.

A Day in the Life

At Medtronic, we bring bold ideas forward with speed and decisiveness to put patients first in everything we do. In-person exchanges are invaluable to our work. We’re working onsite 4 days a week as part of our commitment to fostering a culture of professional growth and cross-functional collaboration as we work together to engineer the extraordinary. 


In this critical and exciting role as a Senior Mechanical Design Engineer, you will be responsible for the tooling and fixturing that ensures our cutting edge process technologies create quality products for our patients. You will support implantable cardiac and neuromodulation medical device manufacturing value streams at Medtronic's Tempe Campus. You will support multiple organization spanning from early technology development, research and development, equipment and process development, and operations.

The Senior Mechanical Design Engineer will contribute to the development of new products that meet application, business, and customer requirements. Collaborate with design colleagues to ensure equipment and tooling designs are capable of meeting performance targets. Prepare regulatory submission-ready documentation for the FDA and other regulatory bodies. Support multiple projects within the organization.

         

         

Responsibilities may include the following and other duties may be assigned.

• Research, plan, design, verify, validate and develop mechanical and/or electromechanical devices and systems to support new technology and business development. This may include instruments, controls, robots, resonance systems, hydraulic systems, or heat transfer systems to support various manufacturing operations. This would be done while working with metals, plastics, and ceramics through various fabrication processes.

• Recommend various technology options or approaches for systems, processes, facility, or program improvements in terms of safety, performance, efficiency, ergonomics, and/or cost.

• Perform design, implementation (ordering, payments negotiations, and installations), and integration activities to support daily-use tooling (ex. shipping trays, device handling, and transfer tooling) in 24/7 manufacturing operations.

• Design mechanical, electromechanical and mechatronic systems, subsystems, and tooling solutions to support complex medical device manufacturing operations. Preferred outcomes will be innovative, lean, and cost effective.

• Responsibilities will include assessing component and assembly manufacturability needs, developing solutions, and ensuring successful integration into the manufacturing environment by participating in Design for Reliability and Manufacturability (“DRM”) and Six Sigma design processes.

• Interact with, and direct, suppliers and vendors to manage results and outcomes through this extensible workforce/resource.

• Perform risk / failure mode assessment, plan and conduct performance and safety testing and ensure mitigations are in place for designs.

• Write engineering reports and create presentations of analytical and interpretive nature as required to document and communicate results. Institute design changes based on internal and/or external customer feedback.

• Collaborate on the development of appropriate testing to verify the product meets internal and/or external customer requirements. Prepare documentation in accordance with relevant internal Standard Operating Procedures and Design Control.

• May be responsible for the transfer from R&D to manufacturing.

• Responsible for technical execution of experiments utilizing six sigma methodologies.

• Lead, direct, and/or review the work of technical team to execute the technical plan.

• Define QMS approach such as leveragability of designs/documentation.

• Create and evaluate prototype concepts to generate model and lead down selection process for final concept and model approval.

• Assess the performance of developed devices through execution of structured experimental plans to drive data-based decisions.

• Define and develop tests and test methods to meet product requirements.

• Partake in verification and validation of designs and processes.

• Provide technical mentoring to less experienced engineers and technicians.

• Develop strong partnerships and w