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Intern Physical Implementation Engineer

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Arm

Jan 22

  • Internship
    Full-time
    Summer Internship
  • Engineering
    IT & Cybersecurity
  • San Diego

AI generated summary

  • You must be studying Electrical/Computer Engineering, have VLSI design knowledge, experience in RTL design, EDA tools, and coding (Python/Perl), and understand IC backend implementation and FinFET processes.
  • You will design and implement CPU, GPU cores, and SoC IP, analyze PPA trade-offs, optimize through experimentation, and connect RTL, synthesis, power, and timing for design closure.

Requirements

  • Are currently enrolled and studying towards an Electrical or Computer Engineering Degree (Bachelors, Masters or PhD students welcome).
  • Strong understanding of VLSI circuit design fundamentals with proven capability and experience via coursework and/or lab projects.
  • Experience with RTL design and gate level simulation.
  • Experience with EDA synthesis or place/route tools (Mentor, Cadence, Synopsys) in a Linux environment.
  • Knowledge of Unix, Python/Perl, TCL and VHDL/Verilog.
  • Familiarity with Unix compute environment and revisions control systems such as Git/SVN.
  • Good understanding of IC backend implementation.
  • FinFet process evaluation.
  • Previous experience implementing Arm cores or subsystem IP.

Responsibilities

  • Physical design and implementation of CPU & GPU cores, SoC and other Arm IP.
  • Develop your back-end design skills while connecting frontend RTL, synthesis, power, timing and test for design closure.
  • Work on actual cases from our customer base leading you to understand PPA tradeoffs, EDA capabilities, sub-nanometer effects, etc.
  • Implement blocks of varying complexity around system interconnect, CPU and GPU cores, as well as other outstanding Arm IP.
  • Identify optimization opportunities through experimentation and data analysis.

FAQs

What is the job ID for the Intern Physical Implementation Engineer position?

The job ID is 2025-13402.

Where are the internship locations for this position?

The internship locations are Austin, Texas, and San Diego, California.

What categories does this internship fall under?

This internship falls under the category of Hardware Engineering.

What types of business groups can interns work with?

Interns can work with Central Engineering Systems, Solutions Engineering Implementation, and Partner Enablement business groups.

What kind of tasks will interns be responsible for?

Interns will be involved in physical design and implementation of CPU & GPU cores, SoC, and other Arm IP, as well as connecting frontend RTL, synthesis, power, timing, and test for design closure.

What educational qualifications are required for this internship?

Candidates must be currently enrolled in an Electrical or Computer Engineering degree program, with Bachelors, Masters, or PhD students welcome to apply.

What experience is preferred for applicants of this internship?

Applicants should have a strong understanding of VLSI circuit design fundamentals, experience with RTL design and gate level simulation, and experience with EDA synthesis or place/route tools in a Linux environment.

Are there any specific programming or scripting languages that would be beneficial for applicants to know?

Knowledge of Unix, Python/Perl, TCL, and VHDL/Verilog would be beneficial for applicants.

What is the structure of feedback and support during the internship?

Interns can expect regular feedback, development opportunities, social activities to connect with peers, and an end-of-internship celebration.

How is the compensation for this internship structured?

This is a non-exempt hourly role that will be paid at an hourly rate based on the number of hours worked, with pay rates varying by location and educational level.

What accommodations are available during the recruitment process?

Arm offers support and accommodations for applicants who need assistance, which includes options like breaks between interviews or office accessibility.

What hybrid working approach does Arm support?

Arm’s hybrid working approach supports high performance and personal wellbeing by allowing teams to determine their own hybrid working patterns based on their needs.

Is Arm an equal opportunity employer?

Yes, Arm is an equal opportunity employer committed to providing an environment of mutual respect and equal opportunities for all applicants and colleagues.

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Arm

Engineering & Construction
Industry
5001-10,000
Employees
1990
Founded Year

Mission & Purpose

Arm’s foundational technology is defining the future of computing. A future built by the greatest technology ecosystem in the world. A future built on Arm. Arm is everywhere technology matters. Technology matters everywhere. Together, we’ll power every technology revolution moving forward, including cloud computing, automotive and autonomous systems, IoT, the metaverse, and beyond. Changing the world. Again. On Arm.