Mechanical Engineer II - Medical Design Systems

Advanced Energy Management Limited; Philippines; On-site; PHP 360,000 - 600,000; Full time

Job summary

Advanced Energy Industries, Inc. in the Philippines seeks a Mechanical Engineer II to design mechanical systems for power electronics in our Medical Design Group.

You’ll develop enclosures, heatsinks, and cable assemblies while balancing performance, reliability and cost. Using thermal, acoustic, and vibration simulations, 3D layouts, and hands-on prototype testing, you’ll turn concepts into robust products.

Qualifications

• Bachelor's degree in Mechanical Engineering.
• Minimum 2 years in product development with electromechanical systems, medical devices, or electronic products.
• Advanced CAD skills with SolidWorks or Creo Parametric.
• Knowledge of Sheet Metal design is desirable.
• Experience with thermal and structural FEA and linking results to testing.
• Solid understanding of DF(M)A and GD&T; tolerancing proficiency.
• Ability to self-manage projects from start to finish within cost targets.

Responsibilities

• Works as part of a team balancing time and scope to meet specs and schedules with Electrical, Firmware, Manufacturing and Quality Engineers.
• Owns mechanical design activities from concept through production release including analysis, testing, documentation and design verification.
• Creates mechanical models and drawings to GD&T standards and performs tolerance analyses.
• Specifies experiments and procedures to prove and monitor design concepts.
• Designs for manufacturing and assembly to minimize complexity and maximize manufacturability, testability and serviceability.

Skills

CAD software (SolidWorks, Creo)

GD&T

FEA tools

DFM/DFMA

3D CAD modeling

Sheet metal design

Education

Bachelor's degree in Mechanical Engineering

Tools

SolidWorks

Creo Parametric

Job description

Advanced Energy Industries, Inc. in the Philippines seeks a Mechanical Engineer II to design mechanical systems for power electronics in our Medical Design Group.

You’ll develop enclosures, heatsinks, and cable assemblies while balancing performance, reliability and cost. Using thermal, acoustic, and vibration simulations, 3D layouts, and hands-on prototype testing, you’ll turn concepts into robust products.