HPC Research and Development
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Rockport Networks
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Ottawa
SessionJob Fair
Event Type
Job Posting
TP
W
TUT
XO
TimeMonday, 9 November 20209am - 8pm EDT
Location
DescriptionRooted in a vision to end decades of unnecessary complexity, Rockport Networks has built a highly-performant scalable switchless network, reimagining the future of networking. Working with the industry’s largest and most leading-edge customers, our mission is to Simplify the Network®
A rare opportunity for early involvement in a well-funded stealth-mode start-up, you will be surrounded by smart and hardworking coworkers who are passionate about what they do and proud of the products they build. We offer a very collaborative environment with room to grow and the opportunity to help build a company with an amazing team.
Ready to be part of something big? Let’s get started.
This position is for a new Ph.D. or post-Doc that is interested in applied R&D. You will be an active member of the Systems Engineering team, interacting with the team, other Engineering groups, and the CTO.
You are involved in system performance analysis through benchmarking, tuning libraries, and generally focused on simulation modeling, and other system software issues. You will investigate, analyze and make recommendations regarding product design and other HPC system issues. All applicants must be eligible to obtain a Secret (Level II) Security Clearance.
An individual should have demonstrated his/her flexible, adaptive, problem-solving ability.
Basic Qualifications:
• Ph.D. degree in Computer Science or Electrical Engineering
• Research background and publications in at least one area relevant to HPC software and networking such as Routing, Deadlock avoidance, Multipath performance
• Deep understanding of HPC Topologies: Torus, Dragonfly, etc.
• Proficiency with C, and/or C++
• Proficiency with one or more of Python, R, Matlab
• Ability to obtain a security clearance
Desired Skills:
• Strong communication skills - Ability to work remotely
• Knowledge of simulation tools (like NS-3) and scaling simulations using MPI
• Good organization skills to balance and prioritize work, and ability to multitask
• Familiarity with a range of High-Performance Computing (HPC) environment and related technologies
A rare opportunity for early involvement in a well-funded stealth-mode start-up, you will be surrounded by smart and hardworking coworkers who are passionate about what they do and proud of the products they build. We offer a very collaborative environment with room to grow and the opportunity to help build a company with an amazing team.
Ready to be part of something big? Let’s get started.
This position is for a new Ph.D. or post-Doc that is interested in applied R&D. You will be an active member of the Systems Engineering team, interacting with the team, other Engineering groups, and the CTO.
You are involved in system performance analysis through benchmarking, tuning libraries, and generally focused on simulation modeling, and other system software issues. You will investigate, analyze and make recommendations regarding product design and other HPC system issues. All applicants must be eligible to obtain a Secret (Level II) Security Clearance.
An individual should have demonstrated his/her flexible, adaptive, problem-solving ability.
Basic Qualifications:
• Ph.D. degree in Computer Science or Electrical Engineering
• Research background and publications in at least one area relevant to HPC software and networking such as Routing, Deadlock avoidance, Multipath performance
• Deep understanding of HPC Topologies: Torus, Dragonfly, etc.
• Proficiency with C, and/or C++
• Proficiency with one or more of Python, R, Matlab
• Ability to obtain a security clearance
Desired Skills:
• Strong communication skills - Ability to work remotely
• Knowledge of simulation tools (like NS-3) and scaling simulations using MPI
• Good organization skills to balance and prioritize work, and ability to multitask
• Familiarity with a range of High-Performance Computing (HPC) environment and related technologies
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2020-11-16