INACTIVE
Full-Time
Infrastructure Engineer – New College Grad 2024
Posted on 10/10/2023
GPU-based accelerated computing solutions
AI & Machine Learning
Compensation Overview
$63,750 - $130,000
Entry
Toronto, ON, Canada
Required Skills
Python
Perl
Jenkins
REST APIs
Linux/Unix
Data Analysis
Requirements
- BS/MS in Computer Science or Computer Engineering or Electrical Engineering or equivalent experience
- 1-2 years of relevant work experience
- Strong software architecture, development, & testing experience
- Solid understanding of Linux and excellent scripting skills (Perl/Python/Shell)
- Exposure to parallel computing systems such as LSF
- Strong problem-solving abilities and a passion for debugging
Responsibilities
- Learn and greatly improve the daily workflows of the world's top chip designers and verification engineers
- Architect and develop tools, user interfaces, and reports for chip development, data visualization, resource management, etc
- Analyze performance bottlenecks, improve data analytics and visualizations of day-to-day workflows
- Debug interesting, complex, and important problems that impact the team
Desired Qualifications
- Exposure to RTL design/verification tools (VCS or equivalent simulation tools, debug tools like Verdi) and computer architecture
- Experience designing REST APIs and interactive web sites
- Experience in creating scalable infra solutions with database, visualization & ML components
- Linux administration experience, revision control and CI systems such as Jenkins
NVIDIA is a leading provider of data processing for artificial intelligence, known for pioneering the GPU in 1999, which revolutionized computer graphics and accelerated computing. The company offers data-center-scale solutions that are reshaping various industries and driving the development of the metaverse, utilizing cutting-edge GPU technology.
Company Stage
Grant
Total Funding
$4.2B
Headquarters
Santa Clara, California
Founded
1993
Growth & Insights
Headcount
6 month growth
↑ 6%1 year growth
↑ 15%2 year growth
↑ 18%INACTIVE