Apprentice (Technical-Engineer)

Technology, Data & Digital · Software & Web Development · Software Engineering

In short

Synopsys is hiring an Apprentice Technical Engineer in Bengaluru, India. This 12-month program offers hands-on experience in semiconductor design, focusing on transistor-level simulations, circuit analysis, and standard cell library characterization. Ideal for recent graduates with a strong understanding of CMOS fundamentals and digital logic.

Responsibilities

Run transistor-level simulations on digital standard cells using industry-standard circuit simulators to extract timing, power, and leakage data across PVT corners.
Analyze CMOS circuit behavior at the transistor level, reviewing schematics, debugging simulation failures, and identifying issues in logic implementation or device models.
Support characterization and validation of standard cell libraries by running automated flows, reviewing results, and flagging anomalies or quality issues.
Document simulation results, technical findings, and circuit-level observations in clear, structured reports.
Collaborate with library development engineers to improve characterization methodologies, refine automation scripts, and close gaps in coverage or accuracy.
Learn and apply concepts from Liberty (.lib) format, Static Timing Analysis, and low-power design.
Participate in technical reviews and team discussions to understand how characterization fits into the broader semiconductor design and IP development process.

Requirements

B.E. or B.Tech in Electronics, Electrical Engineering, VLSI, Microelectronics, or a related field.
0 to 2 years of experience, fresh graduates are eligible and encouraged to apply.
Strong understanding of CMOS fundamentals including MOSFET operation, inverter characteristics, static and dynamic logic, noise margins, delay, power dissipation, and leakage mechanisms.
Solid knowledge of digital logic design including combinational and sequential circuits, Boolean algebra, flip-flops, latches, and timing concepts like setup, hold, recovery, and removal.
Familiarity with at least one circuit simulator such as PrimeSim, FineSim, and the ability to read and debug transistor-level schematics.
Comfort working in Linux or Unix environments.
Basic scripting knowledge in Python, Perl, Tcl, or Shell is a plus.
Exposure to standard cell libraries, Liberty format, or Static Timing Analysis concepts is a plus.

Desired Qualifications

Ability to look at a simulation waveform and spot when something is off, whether it is a timing violation, a leakage spike, or a logic glitch, and willingness to dig in until you understand why.
Comfort working through ambiguity: if a simulation fails or results look strange, check the netlist, review the setup, and try different scenarios before asking for help.
Ownership of work: ensure results are correct and documentation is clear enough for someone else to pick up where you left off.
Ability to communicate technical details clearly, whether writing a simulation summary, flagging an issue in a review, or explaining circuit behavior to a peer or mentor.
Genuine curiosity about how things work at the transistor level.
Eagerness to learn advanced EDA tools, characterization flows, and semiconductor technologies from experienced engineers.

Benefits

Comprehensive range of health, wellness, and financial benefits.
Total rewards include both monetary and non-monetary offerings.
Opportunity to shape your career path within an inclusive culture that fosters innovation and collaboration.
Structured learning experience working alongside experienced engineers.
Build skills in transistor-level debugging, EDA tool fluency, automation scripting, and documentation.

Skills

CMOSdigital logicPythonPerlTclShell scriptingEDA toolscircuit simulatorsLiberty formatStatic Timing Analysislow-power design

#VLSI Characterization#Standard Cell Library Development#CMOS Circuit Simulation#Digital Library Characterization#Semiconductor Characterization

About Synopsys Inc

Smart, Secure Everything—From Silicon to Software Synopsys technology is at the heart of innovations that are changing the way we live and work. The Internet of Things. Autonomous cars. Wearables. Smart medical devices. Secure financial services. Machine learning and computer vision. These breakthroughs are ushering in the era of Smart, Secure Everything―where devices are getting smarter, everything’s connected, and everything must be secure. Powering this new era of technology are advanced silicon chips, which are made even smarter by the remarkable software that drives them. Synopsys is at…

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