Learn Advanced Analog IC Design using Cadence Virtuoso, Tanner EDA, and SPICE simulation. Design high-performance analog integrated circuits including operational amplifiers, current mirrors, voltage references, comparators, and regulators. Perform transistor-level design, DC, AC, transient, noise,
The Advanced Analog IC Design program is designed for learners seeking expertise in transistor-level analog IC design. The curriculum covers advanced MOSFET modeling, current mirrors, differential amplifiers, operational amplifiers, voltage references, comparators, analog building blocks, layout fundamentals, and circuit optimization using Cadence Virtuoso and Tanner EDA. Students gain extensive hands-on experience through schematic design, simulation, performance analysis, layout verification, and real-time design projects, preparing them for careers in Analog IC Design, Mixed-Signal IC Design, and Semiconductor Product Development.
Master advanced analog IC design technologies including CMOS analog circuit design, operational amplifiers, voltage references, LDO regulators, comparator design, layout optimization, parasitic analysis, and industry-standard EDA tools for high-performance integrated circuit development.
India Standard Time (IST)
Everything you need to succeed - from day one to your first job offer.
Master advanced analog IC design concepts through a curriculum aligned with semiconductor industry practices and real-world design requirements.
Gain practical experience in designing advanced analog circuits and understanding design techniques used in modern IC development.
Perform detailed circuit simulations to validate designs, analyze performance, and optimize analog circuit behavior using EDA tools.
Learn to evaluate critical parameters such as gain, bandwidth, power consumption, noise, stability, and overall circuit performance.
Understand analog IC layout concepts including device matching, parasitic effects, design rules, and layout considerations for reliable fabrication.
Apply advanced analog design concepts through practical assignments focused on simulation, analysis, and circuit improvement.
Work on industry-relevant analog IC design projects to develop practical expertise and strengthen your VLSI design portfolio.
Prepare for advanced VLSI job opportunities with technical interview practice, industry questions, and career guidance.
Receive a course completion certificate that validates your advanced analog IC design skills and enhances your professional profile.
Earn an industry-recognized certificate upon successfully completing the program.
Talk to our training advisors and get a personalized learning roadmap, course fee details, batch schedule, and career guidance - all for free.