Simulation Automation Apprenticeship

Synopsys interviews typically start with a timed online coding test focusing on data structures and algorithms, followed by a technical interview that probes verification concepts, scripting ability, and problem‑solving approach. The final HR round assesses cultural fit, communication skills, and motivation. Candidates should practice Python/C++ coding, review mixed‑signal verification basics, and be ready to discuss past projects.

Synopsys promotes a collaborative, innovation‑driven work culture where engineers are encouraged to experiment and share ideas. Employees benefit from strong mentorship, clear growth pathways, and a healthy work‑life balance supported by flexible policies and wellness programs.

B.E./B.Tech in Electronics, Electrical, Instrumentation or related branches; graduating batch 2024 or 2025 only; minimum 60% aggregate or CGPA 6.0; no enrollment in or completion of M.Tech/PG diploma; not currently employed full‑time (limited internship experience allowed); strong programming skills in Python or C/C++; solid understanding of basic circuits and transistor operation; good communication and teamwork abilities.

Round 1: Online coding assessment (Python/C++ based problems) → Round 2: Technical interview (verification concepts, scripting, problem solving) → Round 3: HR interview (fit, motivation, cultural alignment)

Synopsys is a global leader in electronic design automation (EDA) and semiconductor IP. With a presence in more than 30 countries, the company enables engineers to design, verify, and test silicon chips that power everything from smartphones to autonomous vehicles. Synopsys’ portfolio spans high‑performance silicon, AI‑driven design tools, and secure software solutions, making it a cornerstone of the modern technology ecosystem. The firm prides itself on an inclusive culture that champions integrity, excellence, leadership, and passion, fostering an environment where diverse talent can thrive and innovate. The Simulation Automation Apprenticeship is a 12‑month, full‑time, in‑office program based in Bengaluru. It is designed for fresh B.E./B.Tech graduates (2024‑2025) from Electronics, Electrical, Instrumentation or related streams who are eager to dive into real‑world verification projects. Apprentices will work closely with the Mixed‑Signal Verification team, building utilities that accelerate simulation workflows, eliminating bottlenecks, and improving overall productivity. This role offers a unique blend of hands‑on engineering, scripting, and cross‑functional collaboration, providing a solid foundation for a career in silicon verification and automation. **Key Responsibilities** 1. Design and develop productivity‑enhancement utilities for mixed‑signal verification. 2. Automate simulation‑related tasks to streamline verification flows. 3. Identify and resolve performance bottlenecks in existing simulation scripts. 4. Write, maintain, and optimize Python or C/C++ scripts for daily engineering tasks. 5. Collaborate with hardware and software engineers to gather automation requirements. 6. Document automation solutions and share best practices within the team. 7. Participate in code reviews and contribute to continuous improvement initiatives. 8. Assist in debugging simulation failures and propose corrective measures. 9. Support knowledge‑sharing sessions and mentor newer interns. 10. Stay updated with the latest EDA tools and industry trends to suggest innovative solutions. **Tech Stack**: Python, C/C++, Linux shell scripting, Synopsys verification tools (e.g., VCS, HSPICE), Git, Jenkins for CI/CD. **Growth Path**: Successful apprentices can transition to full‑time verification engineer roles, with opportunities to specialize in ASIC verification, AI‑driven test generation, or move into system‑level design. Synopsys offers clear career ladders, mentorship programs, and internal mobility across its global teams. **Why Join Synopsys?** - Work on cutting‑edge silicon technologies that impact millions of users. - Gain mentorship from industry veterans and exposure to global best practices. - Enjoy a collaborative, inclusive culture that values continuous learning. - Competitive stipend, comprehensive benefits, and a clear pathway to full‑time employment. Overall, this apprenticeship is an ideal launchpad for engineering graduates who want to blend programming expertise with deep hardware verification knowledge while contributing to industry‑defining products.