Own your thermal hardware end to end: design, development, test, release and delivery for next-generation hardware for AI data center networking.
Compensation
The starting base salary for the selected candidate will be established based on their relevant skills, experience, qualifications, work location, market trends, and the compensation of employees in comparable roles.
Responsibilities
Own thermal components and subsystems from concept to production
Design and develop thermal hardware for liquid-cooled systems, including cold plates, coolant loop components and thermal interfaces
Run thermal and CFD analysis to validate designs and support design decisions
Build and execute test plans: thermal test vehicles, flow and pressure-drop testing, thermal resistance measurement and reliability testing
Correlate test results to models and drive design fixes to closure
Requirements
BS in Mechanical Engineering or related field
MS in heat transfer or fluid mechanics
PhD in heat transfer or fluid mechanics
Nice to have: High-performance TIMs qualification
Nice to have: Thermal design for high-power packages (AI/HPC accelerators)
Use multidisciplinary engineering knowledge to contribute to a team designing and developing innovative medical devices or components/subsystems in support of company's strategic plan.
Compensation
The base pay for this position is $81,500.00 – $141,300.00 In specific locations, the pay range may vary from the range posted.
Responsibilities
Design sub-assemblies to meet broad design goals, establish requirements and specification
Use empirical, numerical and experimental analysis to analyze designs
Involved in test method and model development
Identify and mitigate sub-assembly risks
Support invention disclosures
Requirements
Bachelor's Degree
Mechanical or Biomedical engineering or an equivalent combination of education and work experience
Nice to have: Experience designing and testing relevant medical devices
Nice to have: Wide variety of manufacturing processes and DFM
Designing and defining cutting-edge mechanical and electro-mechanical systems for Lam's etch and deposition products, involving feasibility studies, testing, and detailed design and fabrication.
Responsibilities
Participates in and often leads the conceptualization, modeling, analysis, development, documentation, and test/validation of hardware associated with new semiconductor equipment
Designs parts using metals, ceramics, quartz, plastics, and advanced coatings/plating’s
Ensures documentation is consistent with SEMI, Lam Standards and other standards as applicable (ANSI, DIN etc.)
Performs analytical work to characterize and properly specify new and existing designs, including heat transfer, stress, vibrations, fluid/gas dynamics and manufacturability
Develops and execute test plans that generate characterization data sufficient to understand and validate the performance of the design
Requirements
Bachelor’s degree in Mechanical Engineering or related field
Master’s degree in Mechanical Engineering or related field
Nice to have: Semiconductor industry experience
Nice to have: Optics and optic systems design experience
Nice to have: Mechanical, electrical, or test systems design experience
Hydraulics Design & Routing Engineer responsible for designing and modeling hydraulic/hydrostatic systems, components and routings while considering design constraints, quality initiatives, cost targets and specification requirements for different product lines.
Responsibilities
Design and model hydraulic/hydrostatic systems, components and routings
Track projects, order parts, resolve issues, support experimental prototype builds
Work closely with suppliers, manufacturing and cross functional teams to integrate new/existing components into new product programs
Contribute to a design from early concept through a successful product production launch
Create specifications for hydraulic components (valves, motors, pumps, cylinders, etc.)
Requirements
Bachelor’s degree in Mechatronics Engineering, Aeronautical Engineering, Automotive Engineering, Mechanical Engineering discipline or equivalent experience.
Act as a design authority for mechanical engineering discipline within Electrification Distribution Solutions, leading small to medium complexity projects and applying design thinking concepts.
Responsibilities
Plan, organize, lead, and execute multiple small and large projects simultaneously while meeting target delivery dates.
Works with the PE engineers to shape and deliver solutions and seeks customer feedback to drive and deliver improvements.
Develop user requirements, specifications, and structure for improving various applications, including, but not limited to EPLAN and/or GPLM.
Ensure accuracy of symbols for production drawings and convert device specs requirements to punching details.
Requirements
Bachelor’s degree in mechanical engineering, mechanical-electrical engineering
Develop and implement design solutions to improve cost, quality and performance of existing products; manage moderate scope projects; identify root causes and develop corrective actions; collaborate within a cross‑functional team to provide engineering support.
Responsibilities
Develop and implement design solutions to improve cost, quality and performance of existing products
Manage the implementation of multiple moderate scope projects on a common timeline tied to a pre-determined implementation date
Identify the root cause of identified issues and develop corrective actions to resolve them
Collaborate within a cross functional ream to provide engineering support
Requirements
Bachelor of Science degree in Mechanical, Agricultural or Electrical Engineering
Act as a design authority for an engineering discipline with low to medium complexity, completing assignments on small or large projects in a cost-effective manner.
Responsibilities
Plan, organize, lead, and execute multiple small and large projects simultaneously while meeting target delivery dates
Work with PE engineers to shape and deliver solutions and seeks customer feedback to drive and deliver improvements
Develop user requirements, specifications, and structure for improving various applications, including, but not limited to EPLAN and/or GPLM
Ensure accuracy of symbols for production drawings and convert device specs requirements to punching details
Requirements
Bachelor’s degree in mechanical engineering
Bachelor’s degree in mechanical-electrical engineering
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