Design Intern, Advanced Integrated Circuits Research

IBM

Confirmed live yesterday High trust

Quick summary

Work type: On-site
Location: Yorktown Heights, NY
Employment: Intern
Posted: 43 days ago
Freshness: Confirmed live yesterday
Nearby: 99+ roles within 25 mi

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Similar $180k

$133k $235k

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Listed pay typically runs $180,812–$217,000 across 11 roles with salary data.

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TL;DR · Design Intern, Advanced Integrated Circuits Research

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The Design Intern 2027 - Advanced Integrated Circuits Research will join a team of engineers and researchers at IBM Research to develop innovative integrated circuits using deep submicron CMOS technologies. The role involves collaborating on architecture and system-level development, performing design and synthesis for digital and mixed-signal circuit building blocks, and conducting co-simulation and verification. Key responsibilities include supporting physical design, post-layout verification, and documenting technical results. Candidates should possess experience with Cadence tools, deep sub-micron CMOS design, and complex mixed-signal or digital IC designs. Preferred skills include knowledge of AI-accelerator architectures, chiplet-based system implementations, high-speed communications, Python, and hardware-software co-design. This work addresses technical challenges in AI acceleration, high-speed communications, and chiplet-based integration approaches within the integrated circuits domain.

Skills

CMOS Cadence Python Mixed-Signal Design Digital IC Design Hardware-Software Co-design Post-Layout Verification System Simulation Chiplet-based Integration High-Speed Communications Co-simulation

What you'll do

Analyze architecture and system-level trade-offs using simulations and measured data from existing ICs.
Design and synthesize digital and mixed-signal circuit building blocks to meet specific requirements.
Perform co-simulation and verification of designed circuits and sub-systems.
Support physical design, synthesis, and post-layout verification processes.
Document design concepts, simulation results, and verification outcomes.
Develop innovative integrated circuits using deep submicron CMOS technologies.

What we're looking for

Master's Degree (preferred)
Experience with industry-standard IC-development tools such as Cadence
Experience with design using deep-submicron CMOS technologies
Track record of success in completing complex mixed-signal and/or digital IC designs
Ability to successfully create and communicate technical ideas
Knowledge of AI-accelerator architectures (preferred)
Knowledge of chiplet-based system implementation and communication interfaces (preferred)

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