Meta Freshers Engineer

Meta’s interview process typically starts with an online coding/aptitude test lasting 60‑90 minutes, followed by a technical interview focusing on RTL design, verification methodology, and problem‑solving. The final HR round assesses cultural fit and motivation. Candidates should be prepared for deep dive questions on Verilog/SystemVerilog, micro‑architecture trade‑offs, and basic coding challenges.

Meta promotes a collaborative, fast‑moving environment where engineers are encouraged to experiment and iterate quickly. The company offers clear career ladders, regular feedback cycles, and a strong emphasis on work‑life balance through flexible hours and remote‑work options for eligible roles.

Bachelor’s Degree in Electronics Engineering, Electronics & Communication, Computer Engineering, Computer Science, Electrical Engineering, VLSI or related discipline; Minimum 60% aggregate or CGPA 6.0/10; Batch 2022‑2026; No active backlogs at the time of joining; Strong academic projects in Verilog, FPGA, RTL or ASIC design.

Round 1: Online coding/aptitude test → Round 2: Technical interview (RTL coding, design concepts, verification) → Round 3: HR interview (fit, motivation, compensation discussion)

Meta, the global technology leader behind platforms such as Facebook, Instagram, WhatsApp and Messenger, has grown into one of the world’s largest infrastructure providers. Its hardware organization builds the custom silicon and data‑center accelerators that power billions of daily interactions. The company’s culture blends a fast‑paced engineering mindset with a strong emphasis on collaboration, diversity, and continuous learning. Employees enjoy access to cutting‑edge tools, mentorship from seasoned architects, and the chance to work on products that impact billions of users worldwide. The Meta Freshers Engineer role is an entry‑level position aimed at recent graduates who are passionate about ASIC design, RTL development, and hardware acceleration. As an ASIC Engineer – Design, you will join a multidisciplinary team that creates high‑performance chips for AI/ML inference, video transcoding, and network acceleration. The role offers a balanced mix of hands‑on coding, architectural discussions, and verification activities, providing a holistic view of the silicon development lifecycle. Key Responsibilities: 1. Participate in micro‑architecture and design reviews for upcoming ASIC projects. 2. Develop RTL code using Verilog and SystemVerilog. 3. Create high‑level synthesis (HLS) models to explore algorithm‑hardware trade‑offs. 4. Support verification infrastructure, write testbenches, and improve coverage metrics. 5. Analyse simulation results and assist in debugging functional issues. 6. Contribute to power, performance, and area (PPA) optimization efforts. 7. Collaborate with physical design and validation teams for post‑silicon bring‑up. 8. Document design decisions, maintain version control, and follow coding standards. 9. Engage in cross‑functional architecture discussions to align hardware with software workloads. 10. Stay updated with emerging technologies and propose innovative solutions. Tech Stack: Verilog, SystemVerilog, High‑Level Synthesis (C/C++), Python, Perl, digital logic design tools, synthesis, lint, CDC, and performance‑analysis utilities. The role also expects familiarity with computer architecture concepts and basic scripting for automation. Growth Path: Starting as a Freshers Engineer, you can progress to ASIC Design Engineer, Senior RTL Engineer, Lead Architect, and eventually to Principal Engineer or Hardware Engineering Manager. Meta encourages internal mobility, so you may also transition into verification, physical design, or silicon validation tracks based on interest. Why Join Meta? You will work on industry‑leading silicon that powers massive global services, receive mentorship from world‑class engineers, and enjoy a culture that rewards curiosity and impact. The exposure to large‑scale infrastructure problems, combined with generous learning resources, makes Meta an ideal launchpad for a long‑term hardware career.