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Design engineers in the GPU Group are responsible for the development of next-generation GPU IP for graphics and compute. They are required to have in-depth understanding across all the elements that contribute to the products’ successful delivery, including: low-power design techniques, awareness of the impact of design decisions on system performance, ability to produce designs that are area efficient, and the verification techniques that are employed to ensure high-quality robust designs.
We are looking for dedicated, hard-working engineers who are capable of owning parts of GPU micro-architecture, contributing to all phases of the design flow:
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We work on software development methodologies, educational content, example software, and development tools. Our top priority is to ensure that software developers successfully adopt Arm technology. You will engage with developers, understand their needs, and map out either existing tool solutions or prototype new solutions that would help them achieve their project goals. You will also partner with other team members to create new tools and software to support adoption and deployment of Arm technology. We work across a variety of computing segments, including servers and cloud, mobile, laptops, and embedded systems. As part of a small and dynamic team, you will pick up a variety of engineering, support, and technical marketing tasks. The most important requirement is that you have the drive and willingness to learn and are as passionate about new technology as we are!
Responsibilities:These jobs might be a good fit

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Arm is looking for an engineer with compiler toolchain development experience to join the team that develops instruction set architecture for data processing. You will work closely with computer architects to help in exploring and identifying improvement opportunities both in architecture as well as on how it is deployed/adopted.
Responsibilities:
Required Skills and Experience :
“Nice To Have” Skills and Experience :
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In addition to bringing your accomplishment of either Bachelors or Master’s degree in Computer Science or Electrical/Computer Engineering or a similar related field and 10+ years experience working in design of complex compute subsystems or SoCs, you will need:
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Job Description
Responsibilities
As a creative design engineer with a knowledge of subsystems and SoCs you will be part of a team integrating IP and developing logic for SoCs.
You will work with the project team to understand and review the architecture, and develop the design specifications.
Your key responsibilities will include writing micro-architecture specifications, developing the RTL, fixing bugs and running various design checks.
You will work with the verification team to review test plans, and help debug design issues.
You will work with the performance analysis team to evaluate and improve subsystem performance.
You will also contribute to developing and enhancing the design methodologies used by the team.
You will guide and support other members of the team as needed to enable the successful completion of project activities.
You will balance other opportunities such as working with Project Management on activities, plans, and schedules
Required Skills and Experience:
In addition to bringing your accomplishment of either Bachelors or Master’s degree or equivalent experience in Computer Science or Electrical/Computer Engineering.
Experience of 15+ years working in design of complex compute subsystems or SoCs, you will need:A thorough understanding and experience of the current design techniques for complex SoC development.
Experience creating design specifications
Experience developing RTL for SoC projects
Experience with Perl, Python or other scripting language
Desired Skills and Experience:
These jobs might be a good fit

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These jobs might be a good fit

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Design engineers in the GPU Group are responsible for the development of next-generation GPU IP for graphics and compute. They are required to have in-depth understanding across all the elements that contribute to the products’ successful delivery, including: low-power design techniques, awareness of the impact of design decisions on system performance, ability to produce designs that are area efficient, and the verification techniques that are employed to ensure high-quality robust designs.
We are looking for dedicated, hard-working engineers who are capable of owning parts of GPU micro-architecture, contributing to all phases of the design flow:
These jobs might be a good fit