Sr Staff ASIC Digital Engineer (FPGA Prototyping, Emulation, System-Level Debugging) with 14 to 18 years of experience

📍 Job Overview

Job Title: Sr Staff ASIC Digital Engineer (FPGA Prototyping, Emulation, System-Level Debugging)

Company: Sandisk

Location: Bengaluru, Karnataka, India

Job Type: Full-time

Category: ASIC Digital Engineering / Hardware Engineering / Platform Engineering

Date Posted: July 31, 2026

Experience Level: 14-19 years

Remote Status: On-site

🚀 Role Summary

• This Sr Staff ASIC Digital Engineer role focuses on supporting advanced prototyping and emulation platforms for ASIC development, acting as a critical bridge between firmware, silicon design, and hardware validation teams.

• The position requires deep expertise in platform bring-up, hardware/software co-verification, and high-density FPGA deployments to ensure seamless end-user support and efficient development pipelines.

• Key responsibilities include leading project diagnostics, rapid root cause analysis of system-level failures, and developing automation to enhance platform reliability and utilization.

• The role demands a strong understanding of the firmware development lifecycle and its intersection with ASIC design, with a focus on empowering product firmware engineers by abstracting hardware complexities and unblocking their work.

📝 Enhancement Note: This role is highly specialized within ASIC development, focusing on the pre-silicon validation and support infrastructure. The "Sr Staff" title indicates a senior individual contributor role with significant technical leadership and problem-solving responsibilities, requiring a deep understanding of complex hardware-software interactions. The emphasis on "end users" (firmware engineers) suggests a strong customer-support component within an internal engineering context.

📈 Primary Responsibilities

• Lead the initial setup, environment configuration, and stabilization of emulation and prototyping platforms during critical project bring-up phases.

• Act as the primary point of contact for complex system-level failures, rapidly isolating root causes across hardware, FPGA/emulator configurations, and early boot-code.

• Collaborate directly with product firmware engineers to resolve execution barriers, unblock their development pipelines, and simplify hardware interactions.

• Develop and implement automation scripts, monitoring systems, and health-check reporting to maximize the reliability, utilization, and throughput of the emulation and prototyping infrastructure.

• Create comprehensive documentation for debug methodologies, platform setup procedures, and creative workarounds to facilitate knowledge sharing and standardize troubleshooting.

• Support large-scale FPGA prototyping platforms (e.g., Synopsys HAPS, custom multi-FPGA boards) by understanding FPGA synthesis, place-and-route constraints, and clocking strategies.

• Utilize advanced debugging tools and protocols (e.g., JTAG, protocol analyzers, logic analyzers, in-circuit emulators) for signal tracing and state machine analysis during early platform bring-up.

• Map design code effectively into emulation environments for platforms such as Cadence Palladium and Synopsys ZeBu.

• Develop and maintain internal tools using advanced Python scripting for log parsing, automated regression testing, and system diagnostics.

• Write and debug low-level diagnostic code or bare-metal software to validate platform functionality, contributing to hardware/firmware intersection validation.

• Troubleshoot local environment, licensing, and OS-level issues critical for managing a high volume of specialized prototyping seats.

• Process and analyze usage metrics to optimize resource allocation across a global infrastructure, ensuring efficient utilization of engineering resources.

📝 Enhancement Note: The responsibilities highlight a blend of hands-on debugging, system administration, software development (scripting), and direct technical support for internal engineering teams. The focus is on enabling the pre-silicon development process through robust and well-supported prototyping and emulation environments.

🎓 Skills & Qualifications

Education:

• BS or MS in Electrical Engineering, Computer Engineering, or Computer Science. Experience:

• 14 to 19 years of experience in pre-silicon development, hardware verification, or platform bring-up. Required Skills:

• FPGA Prototyping & Support: Proven experience supporting large-scale FPGA prototyping platforms (e.g., Synopsys HAPS, custom multi-FPGA boards).

• System-Level Debugging: Mastery of debugging tools and protocols (e.g., JTAG, protocol analyzers, logic analyzers, in-circuit emulators) for tracing signals and state machines.

• Hardware Emulation Platforms: Familiarity with emulation architectures (e.g., Cadence Palladium, Synopsys ZeBu) and design mapping.

• Hardware/Firmware Intersection: Solid understanding of the firmware development lifecycle and its integration with ASIC development.

• Python Expertise: Advanced Python scripting for tool development, log parsing, and automated regression testing.

• Systems Administration: Functional understanding of networking, UNIX/Linux, and Windows administration.

• Data Manipulation: Expertise in processing and analyzing usage metrics for resource optimization.

• Hardware Description Languages: Proficiency in Verilog/SystemVerilog for understanding design code.

• Platform Bring-Up: Demonstrated experience in environment configuration and platform stabilization.

Preferred Skills:

• Rudimentary Firmware Skills: Ability to write and debug low-level diagnostic code or bare-metal software for platform validation.

• Clocking Strategies: Understanding of advanced clocking strategies in complex FPGA designs.

• Synthesis & Place-and-Route: Knowledge of FPGA synthesis and place-and-route constraints.

• Infrastructure Automation: Experience in developing monitoring scripts and health-check reporting.

• High-Density FPGA Deployments: Experience with complex, multi-FPGA board setups.

📝 Enhancement Note: The required skills emphasize a deep technical background in hardware design and verification tools, coupled with strong software development capabilities in Python for automation. The experience range of 14-19 years suggests this is a senior individual contributor role requiring extensive practical knowledge and problem-solving acumen.

📊 Process & Systems Portfolio Requirements

Portfolio Essentials:

• Demonstrations of successful platform bring-up projects, including initial setup, configuration, and stabilization timelines.

• Case studies showcasing complex system-level debugging scenarios, detailing the methodology used to isolate root causes across hardware, FPGA, and firmware.

• Examples of automation scripts or tools developed in Python that significantly improved the reliability, utilization, or throughput of engineering infrastructure.

• Documentation samples of debug methodologies, platform setup playbooks, or technical workarounds that facilitated knowledge sharing and team efficiency.

• Evidence of experience working with specific FPGA prototyping (e.g., HAPS) or emulation (e.g., Palladium, ZeBu) platforms, detailing project scope and challenges overcome. Process Documentation:

• Workflow designs and optimization strategies for managing and supporting a large farm of FPGA prototyping and emulation seats.

• Implementation and automation methods for monitoring platform health, resource utilization, and system performance metrics.

• Measurement and performance analysis of engineering workflows to identify bottlenecks and opportunities for efficiency improvements.

• Standardized procedures for troubleshooting hardware, software, and network-related issues within a complex engineering lab environment.

📝 Enhancement Note: For a role of this seniority and technical depth, a portfolio is crucial. It should not just list tools but showcase the candidate's ability to apply them to solve complex engineering problems and improve processes. The emphasis is on tangible results, efficiency gains, and robust problem-solving methodologies.

💵 Compensation & Benefits

Salary Range:

• Based on the experience level (14-19 years), location (Bengaluru, India), and the specialized nature of ASIC Digital Engineering, a competitive salary is expected. For a Sr Staff level engineer in Bengaluru with this extensive experience, the estimated annual salary range could be between ₹35,00,000 to ₹60,00,000 (approximately $42,000 - $72,000 USD, subject to exchange rates). This estimate is derived from industry benchmarks for senior engineering roles in India, considering the demand for specialized hardware and pre-silicon development skills. Benefits:

• Comprehensive Health Insurance: Medical, dental, and vision coverage for employees and dependents.

• Retirement Savings Plan: Contributions to a provident fund or similar retirement savings scheme.

• Paid Time Off: Generous vacation, sick leave, and public holidays.

• Professional Development: Opportunities for training, certifications, and attending industry conferences.

• Performance Bonuses: Annual bonuses based on individual and company performance.

• Stock Options/RSUs: Potential for equity in the company.

• Commuting Assistance: Support for transportation to and from the office.

• Employee Assistance Program: Support services for personal and professional well-being. Working Hours:

• Standard full-time working hours, typically 40 hours per week, with flexibility often available. The role may require occasional work outside of standard hours to address critical platform issues or meet project deadlines, especially during intense bring-up phases.

📝 Enhancement Note: Salary is an estimate based on industry data for senior engineering roles in Bengaluru, India. Actual compensation will be determined by Sandisk based on the candidate's specific experience, skills, and performance during the interview process. Benefits package is typical for a large, established tech company.

🎯 Team & Company Context

🏢 Company Culture

Industry: Semiconductor Manufacturing & Advanced Memory Technologies (Flash Memory). Sandisk operates at the forefront of data consumption and innovation, driving solutions for digital needs.

Company Size: Sandisk is a large, global organization (part of Western Digital), implying a structured environment with established processes and significant resources.

Founded: While Sandisk was founded in 1988, its integration into Western Digital (acquired in 2016) means it benefits from the scale and stability of a major technology conglomerate. Sandisk's history is marked by groundbreaking innovations in Flash and advanced memory.

Team Structure:

• The role is within the Platform Engineering organization, specifically supporting advanced prototyping and emulation platforms.

• This team likely comprises engineers with diverse specializations in ASIC design, firmware development, hardware validation, and system administration.

• Collaboration is expected to be cross-functional, involving close interaction with ASIC design engineers, firmware developers, and hardware validation teams. Methodology:

• Data-driven decision-making for resource allocation and platform optimization, utilizing usage metrics.

• Agile methodologies might be employed for rapid platform development and issue resolution.

• Emphasis on collaboration and knowledge sharing to accelerate development cycles and improve engineering efficiency.

• Focus on 4IR (Fourth Industrial Revolution) innovations, as highlighted by Sandisk's Lighthouse facilities, suggesting an embrace of advanced technologies and automation.

Company Website: https://www.sandisk.com/ (Note: Sandisk is a brand of Western Digital)

📝 Enhancement Note: Sandisk's culture, as part of Western Digital, likely emphasizes innovation, global collaboration, and a commitment to enabling technology. The mention of "Lighthouse" facilities underscores a focus on advanced manufacturing and efficient operations.

📈 Career & Growth Analysis

Operations Career Level: Sr Staff ASIC Digital Engineer. This is a senior individual contributor role, signifying deep technical expertise and leadership in a specialized engineering domain. It suggests a path for engineers who prefer to remain highly technical rather than moving into management.

Reporting Structure: The engineer will likely report to a manager or lead within the Platform Engineering organization. There will be close collaboration with various engineering teams who are the "customers" of the prototyping and emulation platforms.

Operations Impact: This role directly impacts the speed and efficiency of ASIC development by ensuring that the pre-silicon validation environments are robust, accessible, and functional. This enables faster firmware development and silicon validation, ultimately accelerating product time-to-market and improving product quality.

Growth Opportunities:

• Technical Specialization: Deepen expertise in FPGA prototyping, emulation technologies, and system-level debugging, becoming a go-to expert within the organization.

• Process Improvement Leadership: Lead initiatives to enhance platform automation, monitoring, and support processes, driving significant efficiency gains for engineering teams.

• Cross-Functional Influence: Gain exposure to various ASIC design and firmware projects, understanding their challenges and contributing to broader GTM (Go-To-Market) readiness by enabling timely silicon delivery.

• Mentorship: Mentor junior engineers on platform support, debugging techniques, and best practices for hardware/software co-verification.

• Advanced Technologies: Opportunity to work with cutting-edge 4IR technologies and advanced memory solutions.

📝 Enhancement Note: The "Sr Staff" designation implies a high level of autonomy and the expectation of technical leadership without direct people management. Growth is primarily through deepening technical expertise and influencing process improvements across multiple engineering teams.

🌐 Work Environment

Office Type: The role is based in Bengaluru, India, at the "Bangalore PTP Office (IBP)". PTP likely refers to "Pre-Silicon Prototyping" or a similar engineering function. This suggests a dedicated engineering facility.

Office Location(s): Bengaluru, Karnataka, India.

Workspace Context:

• The environment will be collaborative, requiring close interaction with cross-functional engineering teams.

• Access to specialized hardware (FPGA boards, emulators), lab equipment, and robust IT infrastructure will be essential.

• The team manages a "high volume of specialized prototyping seats," indicating a dynamic and potentially high-pressure environment where efficient resource management is key.

• Opportunities for hands-on work with cutting-edge hardware and software development tools. Work Schedule:

• Standard full-time hours (typically 40 hours/week) are expected, with potential for occasional overtime to address critical issues or meet project deadlines.

• The focus on platform reliability and continuous operation might necessitate on-call duties or flexible scheduling for urgent support.

📝 Enhancement Note: The on-site requirement in Bengaluru is crucial. The environment is hands-on, technical, and collaborative, typical of advanced semiconductor development labs.

📄 Application & Portfolio Review Process

Interview Process:

• Initial Screening: HR or recruiter to assess basic qualifications, experience alignment, and interest.

• Technical Interviews (Multiple Rounds):

  • Round 1: Platform & Debugging Focus: Assess depth of knowledge in FPGA prototyping, emulation, and system-level debugging techniques. Expect questions on specific tools, methodologies, and troubleshooting scenarios.
  • Round 2: Hardware/Firmware & Scripting Focus: Evaluate understanding of hardware-description languages (Verilog/SystemVerilog), firmware development lifecycle, and advanced Python scripting capabilities. Case studies involving automation or diagnostic tool development may be presented.
  • Round 3: System-Level & Administration Focus: Discuss experience with platform bring-up, system administration (Linux/Unix), networking, and data analysis for resource optimization. Questions may revolve around managing complex lab environments.
  • Round 4: Behavioral & Cultural Fit: Assess problem-solving approach, collaboration style, communication skills, and alignment with Sandisk's values.

• Portfolio Review: Candidates will likely be asked to present specific projects from their portfolio, detailing their role, challenges, solutions, and impact.

Portfolio Review Tips:

• Quantify Impact: For each project presented, clearly state the problem, your solution, the tools/methodologies used, and the quantifiable results (e.g., "Reduced platform bring-up time by 30%," "Increased emulation farm utilization by 15% through automation scripts").

• Showcase Debugging Process: Detail your systematic approach to debugging complex issues. Use examples that illustrate your ability to isolate root causes across different domains (hardware, firmware, software).

• Highlight Automation: Present examples of Python scripts or tools you've developed. Explain how they improved efficiency, reliability, or throughput for engineering teams.

• Technical Depth: Be prepared to dive deep into the technical details of your projects, explaining the architecture of the systems you worked on, the constraints you faced, and the trade-offs you made.

• Tailor to the Role: Emphasize experience with specific technologies mentioned (HAPS, Palladium, ZeBu, JTAG, Verilog, Python) and demonstrate how your skills align with the core responsibilities of this position.

Challenge Preparation:

• Problem-Solving Scenarios: Be ready for hypothetical scenarios related to platform failures, debugging complex bugs, or optimizing resource usage. Practice articulating your thought process clearly and systematically.

• Scripting Challenges: You might be given a small coding challenge in Python to assess your ability to write efficient and clear scripts for data manipulation or automation.

• System Architecture Questions: Prepare to discuss the architecture of prototyping/emulation systems and how different components interact.

📝 Enhancement Note: The interview process will be highly technical, focusing on practical application of skills. A well-curated portfolio that demonstrates problem-solving, automation, and deep technical expertise is critical for success.

🛠 Tools & Technology Stack

Primary Tools:

• FPGA Prototyping Platforms: Synopsys HAPS, custom multi-FPGA boards. Expertise in their setup, configuration, and support is essential.

• Hardware Emulation Platforms: Cadence Palladium, Synopsys ZeBu. Understanding of how to map designs and utilize these for pre-silicon validation.

• Debugging Tools: JTAG debuggers, logic analyzers, protocol analyzers, in-circuit emulators. Proficiency in using these for complex system-level debugging.

• Hardware Description Languages (HDLs): Verilog and SystemVerilog for understanding design code and potentially making minor modifications or debug hooks.

Analytics & Reporting:

• Data Analysis Tools: Tools for processing and analyzing usage metrics to optimize resource allocation. This could involve scripting in Python with libraries like Pandas, or using internal company tools.

• Monitoring Tools: Systems for tracking platform health, utilization, and performance.

CRM & Automation:

• Scripting Languages: Advanced Python for developing internal tools, parsing debug logs, automating regressions, and system diagnostics.

• Operating Systems: UNIX/Linux and Windows administration for troubleshooting local environments, licensing, and OS-level issues.

• Networking: Functional understanding of networking principles for lab infrastructure.

📝 Enhancement Note: The technology stack is heavily focused on pre-silicon verification tools and scripting for automation. Proficiency in Python is highlighted as critical for infrastructure development and optimization.

👥 Team Culture & Values

Operations Values:

• Innovation: Embracing new technologies and methodologies to improve engineering efficiency and accelerate product development.

• Collaboration: Working effectively across diverse engineering teams (firmware, ASIC design, hardware validation) to achieve common goals.

• Excellence: Striving for high quality in platform support, debugging, and automation, ensuring reliability and performance.

• Problem-Solving: A proactive and analytical approach to identifying and resolving complex technical challenges.

• Efficiency: Driving automation and process optimization to maximize resource utilization and throughput.

Collaboration Style:

• Cross-functional Integration: Seamlessly integrating with firmware and ASIC design teams, acting as a technical partner and enabler.

• Proactive Support: Anticipating the needs of internal customers and providing timely, effective solutions.

• Knowledge Sharing: Actively documenting findings, methodologies, and best practices to build team expertise and reduce future troubleshooting time.

• Feedback Exchange: Open to receiving and providing constructive feedback to continuously improve processes and platform offerings.

📝 Enhancement Note: Sandisk's culture, as part of Western Digital, likely emphasizes innovation, global collaboration, and a commitment to enabling technology. The mention of "Lighthouse" facilities underscores a focus on advanced manufacturing and efficient operations.

⚡ Challenges & Growth Opportunities

Challenges:

• Complexity of Systems: Working with highly complex, multi-FPGA prototyping and emulation systems that require deep technical understanding to manage and debug.

• Rapid Development Cycles: Supporting fast-paced ASIC development where platform stability and rapid issue resolution are critical.

• Bridging Skill Gaps: Effectively communicating and collaborating with engineers from different disciplines (firmware vs. silicon design) who have varying technical backgrounds.

• Infrastructure Management: Managing and optimizing a large, global infrastructure of specialized engineering seats, ensuring high availability and efficient utilization.

• Keeping Pace with Technology: Staying current with the latest advancements in FPGA technology, emulation techniques, and debugging tools.

Learning & Development Opportunities:

• Deep Technical Mastery: Opportunity to become a recognized expert in advanced ASIC pre-silicon validation technologies and methodologies.

• Industry Exposure: Working with cutting-edge tools and platforms used in the semiconductor industry.

• Process Improvement Leadership: Leading projects that drive significant efficiency gains and impact across multiple engineering teams.

• Cross-Disciplinary Knowledge: Gaining a comprehensive understanding of the entire ASIC development lifecycle, from design to firmware integration.

• Mentorship and Knowledge Transfer: Opportunities to mentor less experienced engineers and contribute to building internal expertise.

📝 Enhancement Note: This role presents significant technical challenges that are directly tied to opportunities for deep learning and career advancement within a specialized engineering field.

💡 Interview Preparation

Strategy Questions:

• "Describe a time you had to debug a complex system-level issue on an FPGA prototyping or emulation platform. What was your approach, what tools did you use, and what was the outcome?" (Focus on systematic debugging, root cause analysis, and tool proficiency).

• "How would you automate the setup or health monitoring of a large farm of emulation/prototyping seats? What scripting languages or tools would you leverage, and what metrics would you track?" (Focus on automation strategy, Python skills, and understanding of infrastructure management).

• "Imagine a firmware engineer is blocked by an issue on the emulation platform. How would you approach supporting them to unblock their development pipeline, and what steps would you take to prevent similar issues in the future?" (Focus on customer support, problem-solving, and process improvement). Company & Culture Questions:

• "Given Sandisk's focus on innovation and advanced manufacturing (e.g., Lighthouse facilities), how do you see your role contributing to these broader company objectives?" (Connect your role to company values and strategic initiatives).

• "How do you approach collaborating with engineers from different disciplines, such as firmware developers and ASIC designers, who might have different priorities or technical perspectives?" (Highlight communication and cross-functional collaboration skills).

• "How do you measure the success of your work in supporting engineering platforms?" (Focus on quantifiable metrics like utilization, uptime, reduced debug time, and successful project outcomes). Portfolio Presentation Strategy:

• Structure: For each key project, use a STAR method (Situation, Task, Action, Result) or similar framework. Clearly define the problem, your specific actions, the tools/technologies used, and the quantifiable impact.

• Focus on Debugging & Automation: Prioritize examples that showcase your advanced debugging skills and your ability to develop effective automation solutions.

• Technical Depth: Be prepared to answer detailed technical questions about your projects, demonstrating a thorough understanding of the underlying principles and technologies.

• Showcase Collaboration: If possible, highlight projects where you worked closely with other teams and the positive outcomes of that collaboration.

• Conciseness: Present your most impactful projects efficiently, focusing on the key takeaways relevant to this role.

📝 Enhancement Note: Preparation should focus on demonstrating deep technical expertise, strong problem-solving skills, and the ability to apply those skills to improve engineering processes and accelerate product development.

📌 Application Steps

To apply for this operations position:

• Submit your application through the provided application link on the SmartRecruiters platform.

• Portfolio Customization: Tailor your resume and any supplementary materials to highlight specific experience with FPGA prototyping (e.g., HAPS), emulation platforms (e.g., Palladium, ZeBu), system-level debugging tools (JTAG, analyzers), and Python scripting for automation and diagnostics.

• Resume Optimization: Ensure your resume clearly articulates your 14-19 years of experience in pre-silicon development, hardware verification, or platform bring-up. Use keywords from the job description and quantify your achievements whenever possible (e.g., "Reduced debug time by X%", "Increased platform utilization by Y%").

• Interview Preparation: Practice articulating your debugging methodologies, automation strategies, and collaborative approach. Prepare specific examples from your portfolio that demonstrate your expertise in the required technical areas.

• Company Research: Familiarize yourself with Sandisk (Western Digital) and its role in the semiconductor industry, particularly its focus on innovation and advanced manufacturing technologies. Understand their commitment to diversity and inclusion.

⚠️ Important Notice: This enhanced job description includes AI-generated insights and operations industry-standard assumptions. All details should be verified directly with the hiring organization before making application decisions.