Meta ASIC Engineer Intern 2026: Infra Silicon Enablement Internship in Bengaluru
Meta is seeking an ASIC Engineer Intern for its Infra Silicon Enablement team in Bengaluru, India. The internship focuses on developing and supporting application-specific integrated circuits (ASICs) used in Meta’s data centre infrastructure.
This opportunity is aimed at engineering students interested in hardware systems, silicon validation, computer architecture and low-level programming. Interns will contribute to work spanning silicon validation, bring-up, performance analysis, debugging and deployment in data centre environments.
The internship lasts 12–16 weeks. Candidates should have coursework in computer architecture or electrical engineering, experience troubleshooting silicon products, and familiarity with Linux and programming languages such as Python or C/C++.
What does the Infra Silicon Enablement team do?
ASICs are specialised chips designed to perform particular tasks efficiently. In data centres, their reliability and performance affect the systems that support computing, networking, AI/ML and other large-scale workloads.
Meta’s Release to Production Engineering team works across the silicon lifecycle. This means the work is not limited to designing a chip or running a single validation test. It includes checking how silicon behaves, investigating failures, measuring performance and using findings from production systems to improve future designs.
For an intern, this provides exposure to the relationship between hardware, firmware, software and the systems in which chips operate.
What you could work on
The role description identifies five main responsibilities:
- Silicon lifecycle engineering: Support activities from early architecture and design inputs through pre-silicon validation, bring-up, post-silicon characterisation and deployment.
- Validation and automation: Develop tools for silicon diagnostics, performance analysis and debugging, covering laboratory systems and data centre deployments.
- Production-focused validation: Understand real production use cases and use them to improve validation approaches.
- Future architecture improvements: Provide feedback to architecture and design teams based on observations from production systems.
- Root-cause analysis: Investigate, resolve and help prevent silicon-related issues throughout the product lifecycle.
This is a hardware-oriented engineering role with substantial software and debugging elements. It should not be confused with a conventional ASIC RTL design internship: the emphasis here is on silicon enablement, validation, diagnostics and production readiness.
Eligibility: who should apply?
Meta lists the following minimum qualifications.
Education
- Currently pursuing, or in the process of obtaining, a bachelor’s degree in Electrical Engineering, Computer Engineering or a related engineering field.
- Completed coursework in computer architecture and/or electrical engineering.
- Intention to return to the degree programme after the internship.
Technical background
- Experience troubleshooting, debugging and analysing silicon products.
- Familiarity with Linux.
- Programming experience in Python, C/C++ or similar languages.
- Understanding of data structures, algorithms and object-oriented programming.
Work authorisation
Candidates must obtain the necessary work authorisation for the country of employment by the time of hire and maintain it throughout the internship.
The listing does not specify a minimum CGPA, a particular graduation year or a required number of previous internships.
Preferred qualifications that could strengthen your application
Meta also identifies several additional areas that can help a candidate stand out. These are preferred qualifications, not all mandatory requirements.
| Area | Relevant knowledge or experience |
|---|---|
| Advanced education | Pursuing a master’s or PhD in a related engineering discipline |
| ASIC validation | Silicon bring-up, validation, emulation or characterisation |
| Data centre systems | Video, AI/ML or networking workloads |
| Hardware domains | PCIe, networking, flash, memory, CPU, GPU or DRAM, including LP/DDR4/5 and HBM |
| Embedded systems | I2C, SPI, USB and PCIe bus protocols |
| Engineering lifecycle | Understanding software, firmware, hardware and ASIC development cycles |
You do not need experience with every listed hardware domain. Focus on demonstrating the strongest relevant fundamentals and any hands-on work you have completed.
How to prepare for this internship
A useful preparation strategy is to connect your coursework with practical debugging and validation experience.
Review computer architecture. Be comfortable discussing how processors, memory and input/output interfaces work together. Connect theoretical concepts to the behaviour you might observe when testing a real system.
Practise Linux and Python. Review command-line tools, scripting, log analysis and methods for automating repetitive checks. C/C++ knowledge is also relevant to the stated requirements.
Build your debugging approach. Practise explaining how you would reproduce a problem, collect evidence, isolate possible causes, test a hypothesis and verify that a fix resolves the issue.
Understand validation and performance analysis. Be ready to discuss test coverage, expected versus observed behaviour, performance measurements and how you would report a failure clearly.
Show relevant projects. Academic work involving embedded systems, computer architecture, hardware testing, Linux, microcontrollers or low-level programming can help demonstrate your practical skills. Describe what you personally implemented and how you tested it.
These are preparation recommendations based on the role’s stated responsibilities, not a confirmed Meta interview syllabus.
Internship duration and location
- Role: ASIC Engineer Intern – Infra Silicon Enablement
- Location: Bengaluru, Karnataka, India
- Team: Release to Production Engineering
- Duration: 12–16 weeks
- Work arrangement: The supplied description identifies Bengaluru but does not explicitly state a work arrangement.
- Stipend: Not specified in the supplied description.
- Application deadline: Not specified.
- Selection process: Not specified.
Candidates should confirm the internship dates, compensation, attendance expectations and current availability through the live application.
Is this internship right for you?
This opportunity is particularly relevant to students who want to work at the intersection of hardware and software. It offers exposure to the silicon lifecycle and the challenges involved in making specialised chips reliable and performant in production environments.
Candidates primarily interested in writing RTL or focusing exclusively on chip design should compare this position with Meta’s separate ASIC Design internship, because the Infra Silicon Enablement role places greater emphasis on validation, bring-up, diagnostics and production systems.