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Mechanical Design Engineer, Norway (Design of ultrasound Equip)

Mechanical Design Engineer, Norway (Design of ultrasound Equip)

  • Location

    Horten

  • Sector:

    Life Sciences

  • Job type:

    Temporary

  • Salary:

    £001 - £002 per month + negotiable monthly salary

  • Contact:

    Lee Morley

  • Contact email:

    lee.morley@talascendint.com

  • Job ref:

    BBBH92500_1613651299

  • Published:

    about 3 years ago

  • Duration:

    8 months

  • Expiry date:

    2021-03-20

  • Startdate:

    ASAP


Mechanical Design Engineer, Horten, Norway. Design Expereince in Healthcare Systems / Ultrasound.
Bachelor's degree in mechanical engineering

8 months contract Contract 37.5 hours per week

Work Includes:
Mechanical cad on new product releases.
Improving quality and fixing issues with existing designs.
Perform changes on existing designs to reduce cost.
Manage change notifications.
Work together with support functions (QA, RA, Vendors, Mfg) to release new parts and changes.
Test and verification according the GE quality procedures.

MUST HAVE
Bachelor's degree in mechanical engineering

3D CAD

English & good to have Norwegian (pref)

NICE TO HAVE
3d cad in SolidWorks
Sheet metal design for mass production.
Plastic design for mass production.
Design for manufacturability.
Experience with managing phase in and phase out of changes to designs in production.

Expereince in SolidWorks, Jira, Subversion, MyWorkshop
Design of electronics, mechanical and electromechanical parts for medical ultrasound systems.

Personality traits
Systematic. Quality focused. Team player. Not afraid to ask questions.
The ultrasound systems designed and developed in Horten have leading edge technology and are among the very best cardiovascular ultrasound scanners in the world. As a mechanical design engineer you will take vital part in the development process contributing to the high performance and quality of our systems. Every day over 200.000 patients are getting diagnosis and improved life quality from echo scans performed by systems developed by us.