ASIC Engineer, Design (Freshers)

Meta's interview process typically starts with a timed online test covering aptitude and basic coding. Successful candidates move to a technical interview where they solve RTL coding problems, discuss design trade‑offs, and answer architecture questions. The final HR round assesses cultural fit and motivation. Overall difficulty is moderate to high, and thorough preparation on digital design fundamentals and coding speed is essential.

Meta promotes an open, collaborative culture where engineers are encouraged to experiment and share ideas. The company offers generous learning budgets, internal mobility, and a balanced work‑life approach with flexible hours and remote‑friendly policies.

B.Tech / B.E. or M.Tech in VLSI, Electronics & Communication, Computer Engineering, Electrical Engineering or related fields; minimum CGPA 6.5/10 (or 70%); batch year 2023‑2025; no active backlogs at the time of joining; strong fundamentals in digital design and computer architecture.

Round 1: Online aptitude & coding test → Round 2: Technical interview (RTL coding, design concepts, problem solving) → Round 3: HR interview (fit, motivations, culture)

Meta, the global technology leader behind Facebook, Instagram, WhatsApp and Messenger, has built an ecosystem that connects billions of people every day. In India, Meta operates large engineering hubs that focus on building the next generation of hardware, data‑center infrastructure and AI‑driven services. The company’s Infrastructure organization is responsible for designing silicon, servers, networking gear and the software stack that powers its massive scale. Working at Meta means you will be part of a culture that values rapid iteration, deep technical rigor, and a relentless focus on impact. The Freshers Engineer – ASIC Design role is an entry‑level position aimed at recent graduates who are passionate about digital hardware design. As an ASIC Engineer, you will join a team that creates custom silicon blocks used in Meta’s data‑center accelerators and edge devices. You will get hands‑on exposure to the full ASIC flow, from RTL coding to tape‑out, under the mentorship of senior architects and verification engineers. This is a unique opportunity to start a career in a field that blends computer architecture, VLSI design, and high‑performance computing. **Key Responsibilities:** 1. Write and verify RTL code in Verilog/SystemVerilog for digital blocks. 2. Participate in synthesis, static timing analysis and power estimation. 3. Collaborate with verification engineers to develop testbenches and run simulations. 4. Assist in floorplanning and physical design sign‑off activities. 5. Conduct design reviews and document design specifications. 6. Perform post‑silicon validation and debug on prototype chips. 7. Contribute to the development of reusable IP libraries and design templates. 8. Stay updated with the latest ASIC design methodologies and tools. 9. Work closely with cross‑functional teams including software, firmware and system architects. 10. Support continuous improvement initiatives to enhance design productivity. **Tech Stack:** Verilog, SystemVerilog, VHDL, Synopsys Design Compiler, PrimeTime, Cadence Innovus, HLS (C/C++), Python scripting, Linux environment, Git. **Growth Path:** Successful engineers can progress to Senior ASIC Designer, Lead Design Engineer, Architecture Lead, or move into specialized roles such as Physical Design Engineer, Verification Lead, or Silicon Validation Engineer. Meta also encourages lateral moves into AI hardware acceleration, SoC design, and data‑center systems engineering. **Why Join Meta:** Meta offers a fast‑paced, impact‑driven environment where your work directly influences products used by billions. Fresh graduates receive structured onboarding, mentorship from industry veterans, and access to world‑class design tools. The company’s commitment to diversity, learning, and internal mobility ensures long‑term career growth and the chance to work on cutting‑edge silicon that powers the future of social media, VR/AR, and AI.