Senior Mechatronics Engineer

Abbott

Not Interested
Bookmark
Report This Job

profile Job Location:

Zürich - Switzerland

profile Monthly Salary: Not Disclosed
Posted on: 8 hours ago
Vacancies: 1 Vacancy

Job Summary

JOB DESCRIPTION:

Thoratec Switzerland GmbH is part of the medical device division of Abbott Laboratories a fortune 500 company with over 115000 employees worldwide. We are the global market leader for implantable and extracorporeal blood pumps based on magnetic levitation technology. Our life-saving systems which we develop and manufacture in Zurich are used for advanced heart failure patients needing short- or long-term circulatory support.

Our location in the heart of the city of Zurich has around 130 employees in the areas of development quality and production of the CentriMag System and the HeartMate 3. We are looking for a motivated and talented

Senior Mechatronics Engineer

to join our R&D team in Zurich. Become a part of an aspiring team responsible for developing next generation centrifugal blood pumps and circulatory support systems as well as supporting manufacturing engineering and quality teams to sustain production of on-market products.

This role is ideal for an engineer with expertise in electromagnetic motor design control systems and electrical engineering who enjoys working on complex regulated medical devices that directly impact patient outcomes. You will play a key technical role in the design modeling and control of electromagnetically driven motors used in blood pumps working closely with systems firmware and verification teams to bring innovative products from concept through commercialization.

With your work youll ensure these life-saving products stay at the forefront of innovation and meet the highest standards of our your role you will be interfacing and collaborating with cross-functional teams in Switzerland and the United States.

Main Responsibilities

  • Design develop and optimize electromagnetic motors for implantable and extracorporeal blood pump medical devices; experience with magnetically levitated systems is a strong plus.

  • Develop and evaluate motor concepts and topologies balancing performance controllability size constraints manufacturability and long-term reliability.

  • Perform electromagnetic and thermo-magnetic analyses including FEM-based simulations to optimize torque efficiency losses thermal performance and stray magnetic fields.

  • Model and optimize key loss mechanisms (copper iron eddy current and control-related losses) and conduct system-level efficiency and thermal trade-off studies.

  • Translate analytical and simulation results into concrete design improvements and correlate predictions with experimental and prototype test data.

  • Develop and analyze motor control strategies (current speed torque and position control) to ensure stable and precise pump operation.

  • Collaborate closely with power electronics and firmware teams to integrate motor drives sensing and feedback systems.

  • Support system integration test definition characterization testing and root-cause analysis across motor electronics and control domains.

  • Collaborate with suppliers and manufacturing partners on motor components and build processes.

  • Support sustaining projects for on-market products e.g. obsolescence projects complaint investigations corrective and preventive actions (CAPAs)

Required Qualifications

  • Bachelors Degree in Mechatronics Electrical Engineering or closely-related field (ETH/FH or comparable education)

  • 5 years of experience in new product development for medical devices ideally active implantable or life-sustaining Class 2 or Class 3 devices

  • Strong background in electromagnetics motor design and motor control including hands-on experience with motor drives power electronics and embedded control systems.

  • Demonstrate solid understanding of control systems theory including linear control stability analysis feedback systems PID control and state space concepts.

  • Proficiency with modeling and analysis tools (e.g. MATLAB/Simulink electromagnetic simulation software).

  • Experience in design verification and validation under medical design controls (ISO 13485 and FDA 21 CFR 820) and standards (IEC 60601; ISO 14971)

  • Strong technical writing and communication skills; ability to collaborate with a cross-functional project team (Manufacturing Quality Regulatory etc.)

  • English proficiency is required (English is used in meetings and all documentation);

Preferred Qualifications

  • Experience with design and manufacturing of motors

  • Experience conducting or supporting reliability testing (long term endurance testing)

  • Prior collaboration with FDA or notified bodies during submissions or audits.

  • Knowledge of Windchill (PLM and Change Control system) Altium (PCB Design) and Solidworks (CAD)

  • Knowledge of statistical methods techniques and statistical software tools

  • Communicative German is a plus

We are looking forward to meeting you in the heart of Zurich!

The base pay for this position is

N/A

In specific locations the pay range may vary from the range posted.

JOB FAMILY:

Product Development

DIVISION:

HF Heart Failure

LOCATION:

Switzerland : Technoparkstrass 1 CH 8005

ADDITIONAL LOCATIONS:

WORK SHIFT:

Standard

TRAVEL:

Not specified

MEDICAL SURVEILLANCE:

Not Applicable

SIGNIFICANT WORK ACTIVITIES:

Not Applicable


Required Experience:

Senior IC

JOB DESCRIPTION:Thoratec Switzerland GmbH is part of the medical device division of Abbott Laboratories a fortune 500 company with over 115000 employees worldwide. We are the global market leader for implantable and extracorporeal blood pumps based on magnetic levitation technology. Our life-savin...
View more view more

About Company

Company Logo

WHO WE ARE CREATING LIFE-CHANGING TECHNOLOGY From removing the regular pain of fingersticks as people manage their diabetes to connecting patients to doctors with real-time information monitoring their hearts, from easing chronic pain and movement disorders to testing half the world’s ... View more

View Profile View Profile