Logo of Huzzle

Home

Matches

Explore

Manage

Mechanical Design Engineer II

image

Medtronic

Aug 3, 2024

  • Job
    Full-time
    Junior (1-2 years)
  • North Haven
  • Quick Apply

AI generated summary

  • You need a Bachelor's with 2+ years or an advanced degree, medical device experience, CAD skills, electromechanical knowledge, and strong communication abilities. Familiarity with manufacturing and testing is essential.
  • You will address product engineering issues, maintain electromechanical systems, coordinate design changes, document processes, and collaborate on testing and manufacturability improvements.

Requirements

  • A Bachelor’s Degree with 2+ years of engineering experience
  • OR
  • An advanced degree with 0+ years of engineering experience
  • Prior experience in medical device industry. Full knowledge of other related disciplines including cross functional fields and market competition.
  • Familiarity with clinical and regulatory pathways, IP and internal processes.
  • Knowledge of electromechanical/mechatronic systems
  • Clinical knowledge for uses of product.
  • Excellent communication skills both oral and written. Effectively communicate and works cooperatively with others as part of a team.
  • Thorough knowledge of laboratory instrumentation and computer software skills utilizing research-based applications.
  • Statistical process control in mass production as well as Six Sigma for design validation and optimization.
  • Wide application of drafting practices, GD&T, 1D tolerance analysis and 3D analysis.
  • Kinematic and stress analysis of mechanical systems.
  • Thermal analysis and characterization
  • Knowledge and experience with 3D CAD software (Creo preferred).
  • Knowledge of analytical software such as Ansys, CE-Tol, Minitab, MathCad, MATLAB, Simulink, LabView
  • Ability to design to Geometric Dimensioning & Tolerancing per ASME standards Y14.5M-1994. Advance tolerance analysis in 2D and 3D.
  • Designs electromechanical/mechatronic medical devices and subsystems.
  • Integrates electronic components with mechanical designs, including design for EMC
  • Prepares documentation in accordance with relevant internal SOPs and Design Control.
  • Interacts with suppliers, participates in DFM and DFA processes to access component and assembly manufacturability.
  • Participates in FMEAs and follows up on generated recommendations.
  • Writes engineering reports and creates presentations as required to document and communicate results.
  • Institutes design changes based on internal and external customer feedback.
  • Collaborates with peers to manage the development of appropriate testing to verify product meets internal and external customer requirements.
  • Familiarity with manufacturing methods: Sheetmetal forming, injection molding, machining, thermoforming of plastics, etc
  • Designs to meet formal product requirements, including IEC 60601-1

Responsibilities

  • Acting as first point of contact for Released Product Engineering in order to:
  • Provide rapid response for line-down issues.
  • Coordinate between R&D subject matter experts and other Released Product Engineering counterparts.
  • Maintain electromechanical products and capital medical equipment.
  • Participate in hardware deliverables of the Change Development Process for capital medical equipment.
  • Determine change impact on mechanical/electromechanical design and document rationales.
  • Maintain bill of materials using product lifecycle management software (Agile).
  • Researches, plans, designs, verifies, validates and develops mechanical and/or electromechanical products and systems, such as metals, instruments, controls, plastics, robots, engines, machines and mechanical, resonance, hydraulic or heat transfer systems for production, transmission, measurement, and use of energy.
  • Recommends various technology options or approaches for system, processes, facility or program improvements in terms of safety, performance, efficiency or costs.
  • May be responsible for the transfer from R&D to manufacturing.
  • Designs electromechanical/mechatronic medical devices and subsystems.
  • Integrates electronic components with mechanical designs, including design for EMC.
  • Prepares documentation in accordance with relevant internal SOPs and Design Control.
  • Interacts with suppliers, participates in DFM and DFA processes to access component and assembly manufacturability.
  • Participates in FMEAs and follows up on generated recommendations.
  • Writes engineering reports and creates presentations as required to document and communicate results.
  • Institutes design changes based on internal and external customer feedback.
  • Collaborates with peers to manage the development of appropriate testing to verify product meets internal and external customer requirements.
  • Familiarity with manufacturing methods: Sheetmetal forming, injection molding, machining, thermoforming of plastics, etc.
  • Designs to meet formal product requirements, including IEC 60601-1.

FAQs

What qualifications are required for the Mechanical Design Engineer II position?

A Bachelor’s Degree with 2+ years of engineering experience, or an advanced degree with 0+ years of engineering experience is required.

What are the primary responsibilities of the Mechanical Design Engineer II?

The primary responsibilities include acting as the first point of contact for Released Product Engineering, conducting research and design activities for mechanical and electromechanical systems, recommending technology options for improvements, and potentially transferring projects from R&D to manufacturing.

Is prior experience in the medical device industry necessary for this role?

While not mandatory, prior experience in the medical device industry is listed as a "nice to have."

What location options are available for this position?

This position is available in North Haven, CT or Boston, MA.

What type of systems and products will I be working on in this role?

You will be working on mechanical and electromechanical products and systems, such as those related to robotic surgery technology.

Are there opportunities for career development and training within Medtronic?

Yes, Medtronic is committed to the growth and development of its employees, providing a range of benefits and resources to support career advancement.

What software tools should I be familiar with for this role?

Familiarity with 3D CAD software (preferably Creo), analytical software such as Ansys, Minitab, MathCad, MATLAB, and Simulink, as well as experience with Lifecycle Management software like Agile is beneficial.

Is travel required for this position?

Limited travel may be required, including visits to surgical labs, external research organizations, and suppliers.

What is the expected salary range for this position?

The salary range for this position is between $80,800.00 and $121,200.00, depending on experience and other factors.

Does Medtronic provide equal employment opportunities?

Yes, Medtronic is committed to providing equal employment opportunity to all persons, regardless of various protected characteristics.

image

Medtronic

Engineering the extraordinary

Science & Healthcare
Industry
10,001+
Employees

Mission & Purpose

Medtronic is a global medical technology company that designs, manufactures, and markets a wide range of medical devices and therapies. The company's products and solutions cover a broad spectrum of healthcare areas, including cardiac and vascular therapies, diabetes management, neurological and spinal treatments, surgical technologies, and more. Medtronic's ultimate mission is to improve the lives of patients around the world by advancing medical innovation, providing life-saving and life-enhancing solutions, and transforming the way healthcare is delivered. Their purpose is to alleviate pain, restore health, and extend the lives of patients through cutting-edge medical technologies, personalised therapies, and continuous research and development. With a commitment to delivering quality and affordable healthcare solutions, Medtronic seeks to make a positive impact on patients, healthcare professionals, and healthcare systems worldwide.