# Director of Digital Design Engineering, Memory Interface IP

**Company**: Synopsys
**Location**: Hyderabad, Telangana
**Work arrangement**: onsite
**Experience**: senior
**Job type**: full-time
**Category**: Engineering
**Industry**: Technology
**Ticker**: SNPS
**Wikidata**: https://www.wikidata.org/wiki/Q2303478

**Apply**: https://careers.synopsys.com/job/hyderabad/director-of-digital-design-engineering-memory-interface-ip/44408/100624924096?utm_source=yubhub.co&utm_medium=jobs_feed&utm_campaign=apply
**Canonical**: https://yubhub.co/jobs/job_3989ad77-cc8

## Description

You will lead a team building memory interface IP that powers the next wave of AI and high-performance compute.

## Job Description

You have spent years deep in the world of high-speed memory interfaces, where timing closure is measured in picoseconds and a single protocol violation can sink a tape-out. You know HBM, DDR, and LPDDR not as acronyms but as living systems with tradeoffs you have navigated across multiple generations.

### What You'll Be Doing

- Lead a team of ASIC digital design and verification engineers working on HBM, DDR, and LPDDR memory interface IP

- Own the technical direction and execution of RTL design and verification at both block and chip integration levels

- Drive design reviews, architecture decisions, and quality checkpoints across the full development cycle from spec to silicon

- Collaborate with cross-functional teams including analog design, DFT, physical design, and product management to align on specifications, schedules, and deliverables

- Build and refine design and verification methodologies, incorporating AI-driven tools and automation to improve efficiency and quality

- Manage project timelines, resource allocation, and risk mitigation to deliver on schedule and within scope

- Mentor and develop engineers, providing technical guidance and career growth opportunities across the team

### The Impact You Will Have

- Deliver memory interface IP that enables the next generation of AI accelerators, data center processors, and high-performance SoCs

- Raise the bar for design quality and verification coverage across one of the most performance-critical IP domains in the industry

- Shape the technical roadmap for high-speed memory controllers that will be integrated into products shipping at scale

- Build a high-performing team culture where engineers grow, ship complex designs, and solve hard problems together

- Accelerate time to market by driving adoption of advanced methodologies, automation, and AI-assisted design flows

- Strengthen Synopsys' leadership position in memory interface IP by delivering differentiated, production-proven solutions

- Influence product strategy and customer engagements through deep technical insight and execution credibility

### What You'll Need

- 15 - 20+ years of experience in ASIC digital design and verification, with significant hands-on work in memory interface IP such as HBM, DDR, or LPDDR

- Proven track record leading engineering teams through full product development cycles from architecture to silicon bring-up

- Deep expertise in RTL design, verification methodologies, and design closure for high-speed digital interfaces

- Strong understanding of memory protocols, PHY/controller architecture, signal integrity, and timing closure challenges

- Experience managing cross-functional collaboration with analog, physical design, and product teams

- Demonstrated ability to communicate technical risks, tradeoffs, and project status to executive leadership and stakeholders

- Experience with AI-driven design tools or a strong interest in integrating AI into design and verification flows is a plus

## Skills

### Required
- ASIC digital design
- verification
- memory interface IP
- HBM
- DDR
- LPDDR
- RTL design
- design closure
- AI-driven design tools

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Source: [Apply at careers.synopsys.com](https://careers.synopsys.com/job/hyderabad/director-of-digital-design-engineering-memory-interface-ip/44408/100624924096?utm_source=yubhub.co&utm_medium=jobs_feed&utm_campaign=apply)
