Full-Time

Signal and Power Integrity Engineer – New College Grad 2023

Posted on 7/26/2023

NVIDIA

NVIDIA

10,001+ employees

Designs GPUs and AI computing solutions

Automotive & Transportation
Enterprise Software
AI & Machine Learning
Gaming

Compensation Overview

$108k - $195.5k

Entry

Austin, TX, USA + 1 more

More locations: Santa Clara, CA, USA

Required Skills
Printed Circuit Board (PCB) Design
MATLAB
Cadence Allegro
Requirements
  • Graduating with an MS and/or PhD in Electrical and Computer Engineering (or equivalent experience)
  • Strong technical background in applied electromagnetics, waveguides, transmission line theory and signal processing will be highly valued
  • Familiarity with signal and power integrity concepts, design and analysis
  • Exposure to channel SI time domain simulations
  • Hands on use of 3-D modeling tools like ANSYS HFSS/Q3D, 2.5-D with ANSYS SIWAVE or similar and 2D such as Ansys2D
  • Familiarity with use of VNA, TDR, DSO, ParBERT and use of tools/applications like ADS, Ansys Designer, JMP, Matlab, Cadence Allegro
Responsibilities
  • Work on crafting creative Signal Integrity solutions to complex system design problems
  • Modeling and Optimization of vias, connectors, sockets, breakouts and various system components in 3D EM tools
  • System-level signal integrity simulations of high-speed NVlink 200Gbs+, USB-4, PCIe5, GDDR6, LP5X and other interfaces
  • Constant improvements of SI models using data from lab measurements and/or modelling tool/methodology updates
  • Substrate and board layout SI guidelines creation, review and post layout SI extractions
  • Simulation automation, data gathering, analysis and visualization using JMP, MATLAB or similar tools
  • Opportunity to work in a dynamic cross-functional role to optimize package, PCB, ASIC, mixed signal circuit
Desired Qualifications
  • Published research related to technical areas associated with the job opening
  • Scripting skills for data post-processing and/or process automation
  • Exposure to board/pkg technology & design
  • Understanding of circuit equalization techniques
  • Exposure to PDN evaluation using layout extraction tools for packages and PCBs and spice-based time domain simulations

NVIDIA designs and manufactures graphics processing units (GPUs) and system on a chip units (SoCs) for various markets, including gaming, professional visualization, data centers, and automotive. Their main products are GPUs that enhance gaming experiences and support professional applications, along with AI and high-performance computing platforms tailored for developers and data scientists. NVIDIA differentiates itself from competitors by focusing on advanced technology and continuous innovation, ensuring their products meet the evolving needs of users. The company's goal is to lead in AI and HPC solutions, providing powerful tools and services that enable clients to excel in their respective fields.

Company Stage

IPO

Total Funding

$19.5M

Headquarters

Santa Clara, California

Founded

1993

Growth & Insights
Headcount

6 month growth

9%

1 year growth

27%

2 year growth

45%
Simplify Jobs

Simplify's Take

What believers are saying

  • NVIDIA's investment in Ayar Labs boosts AI infrastructure scalability and cost-effectiveness.
  • Acquiring VinBrain strengthens NVIDIA's AI capabilities in healthcare and smart city applications.
  • Participation in Nebius Group's financing expands NVIDIA's AI infrastructure across continents.

What critics are saying

  • Increased competition from Ayar Labs challenges NVIDIA's AI hardware market position.
  • VinBrain acquisition may face integration challenges, affecting operational efficiency.
  • Investment in Nebius Group could lead to internal competition for AI infrastructure resources.

What makes NVIDIA unique

  • NVIDIA leads in AI and HPC with cutting-edge GPU and SoC technologies.
  • The company excels in diverse markets: gaming, data centers, and autonomous vehicles.
  • NVIDIA's cloud services, like CloudXR, enhance scalable AI and machine learning applications.

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