REQ : Mechanical FEA Modeler (Abaqus) in Cupertino, CA. (Onsite Position)

Role name: Mechanical FEA Modeler (Abaqus) Work Location: Cupertino, CA (Onsite) Start date: Immediate availability. Employment Type: Contract Interview Mode: Phone/Video We are seeking skilled and detail-oriented Abaqus FEA (Finite Element Analysis) Modelers to join our engineering team onsite in Cupertino CA. The ideal candidate will be responsible for all pre-processing steps, including geometry clean-up, material definitions, and meshing techniques, as well as occasionally running and in

A globally leading consumer device company headquartered in Cupertino, CA is looking for a Mechanical FEA Engineer to join their team. In this role, you will use understanding of mechanics, materials and numerical methods to play a key role in predictive engineering and directly impact the success of new products. Key Responsibilities: Perform nonlinear static and dynamic finite element analysis using Abaqus, ANSYS, or equivalent CAE tools.Develop structural, thermomechanical, and heat-transfer

Company: Qualcomm Technologies, Inc. Job Area: Engineering Group, Engineering Group > Systems Engineering General Summary: Qualcomm Data Center team is developing High performance, Energy efficient server solution for data center applications. We are looking for highly talented, innovative, teamwork-oriented individuals for our cutting-edge technology work! Our Mission We are dedicated to transforming the industry by reimagining silicon and developing next-generation computing platforms. By

Apple's Battery Engineering team is seeking an experienced FEA Engineer to play a critical role in the design, qualification, and manufacturing of battery systems that power Apple's portable electronic devices. In this position, your models and simulations will directly inform design decisions for nearly every battery Apple ships, impacting reliability, safety, manufacturing processes, and performance across the product portfolio. Description In this role, your work will directly influence the