Internship work on technology that is changing how AI systems are built, focusing on packaging thermal and mechanical analysis.
Compensation
Hourly Rate in USD
$53—$57 USD
Responsibilities
Build a flexible framework that links package design parameters to outputs such as thermal performance and warpage.
Develop and evaluate PINNs, other surrogate models, and reduced-order or analytical models for fast first-order predictions on new package concepts.
Automate FEA and CFD setup, execution, and post-processing in Python to generate parametric datasets. Train and validate models against high-fidelity simulation and hardware data, quantifying accuracy and uncertainty.
Plan and run physical DOEs (test setup, measurement, analysis) to build understanding of coupled thermal-structural-optical physics.
Partner with packaging, thermal, and thermo-mechanical engineers to define requirements and inputs/outputs, and adapt the framework to upcoming products.
Requirements
MS or PhD in Mechanical Engineering or a related field
Nice to have: graduate research in electronic or semiconductor packaging
Mechanical Design Engineer II responsible for developing, analyzing, and validating mechanical components and assemblies for high-performance networking hardware, contributing throughout the product development lifecycle.
Compensation
The expected salary/wage range for this position is provided below. Actual offer may vary from this range based upon geographic location, work experience, education/training, and/or skill level. – United States of America: Annual Salary USD 84,200 - 170,300 in California The listed salary range reflects base salary. Variable incentives may also be offered.
Responsibilities
Develop 3D mechanical designs, detailed engineering drawings, and specifications for high-performance networking hardware and mechanical assemblies.
Perform structural analysis, engineering calculations, tolerance analysis, and simulations to evaluate mechanical performance, structural integrity, and design margins.
Select and integrate mechanical components, connectors, and hardware based on product requirements and engineering specifications.
Plan and conduct hands-on testing to validate mechanical designs, evaluate product performance, and identify potential design weaknesses.
Analyze test results, troubleshoot mechanical issues, and recommend design improvements to enhance product reliability, durability, and service life.
Requirements
Nice to have: Finite element analysis
Nice to have: Structural simulation
Nice to have: Mechanical components for electronic equipment
