4 to 6 Industry Professionals
Module based training
Module based assessment
Monday to Saturday
10am to 5pm
96% placement success!
Dedicated placement cell
Opportunities in MNCs
Industry standard tools
Good location for daily commute
ECE / EEE graduates
Graduated within last 2 years
Good communication is must
Strong technical fundamentals
Curiosity to learn & apply
Analog layout design training is a 100% job-oriented certification program and objectives are as follows:
These objectives focus on providing a comprehensive and practical learning experience that prepares graduates to be successful in their chosen field and excel in the job market.
This certification course is designed for fresh college graduates, the eligibility criteria would typically include:
Overall, the eligibility criteria would be designed to ensure that candidates have the necessary education, knowledge, and skills to successfully complete the certification course and become competent analog layout design engineer.
Analog layout designing refers to the process of creating physical layouts for analog integrated circuits (ICs). It involves placing and routing the components, devices, and interconnects of an analog circuit on a semiconductor substrate to achieve desired electrical performance.
Analog layout designers use specialized techniques to ensure that the analog circuitry meets specifications such as signal integrity, noise immunity, power consumption, and area constraints. The goal is to optimize the physical layout to achieve reliable and high-performance analog circuit operation while considering factors such as parasitics, matching, and layout-dependent effects.
Analog layout design plays a crucial role in realizing the functionality and performance of analog ICs used in various applications, including telecommunications, audio, power management, and sensor systems.
An analog layout design engineer plays a critical role in the development of analog integrated circuits (ICs). Their responsibilities include:
Analog layout design engineers play a crucial role in translating circuit designs into physical layouts that meet performance, reliability, and manufacturability requirements. Their expertise in layout techniques, design rules, and verification ensures the successful realization of analog ICs.
Calibre features used: