Company Name: Cadence
Job Title: Sr. Support AE
Location: Noida, India
Job ID #: 12017
The Sr. Support Applications Engineer (AE) provides direct technical customer support for Cadence Custom IC products. In this role, the Support Applications Engineer will work both independently and collaboratively with other team members and R&D to address customer issues and to file Cadence Change Requests (CCR’s). The Support AE will be an active contributor in team projects.
Provide technical support to customers, internal and external, for Virtuoso Custom IC Layout tools, Design Framework, and SKILL
Provide installation and licensing help
Advocate and negotiate bug/enhancement resolution with R&D
Develop solutions for inclusion in the Cadence knowledge database
2 years experience after BSEE or Fresh MSEE
Basic Programming ability (C/C++, Perl, shell scripts)
Experience with Custom Layout Tools from Cadence, Mentor, or Synopsys
Excellent knowledge of computers (including software installation)
Excellent communication and interpersonal skills
Fluent in English (written and verbal)
Electronics today can be found everywhere – in your pocket, in your tablet or laptop, in your car, at your workplace, and in buildings and homes. Smartphones and other mobile devices combine incredible compute power with the ability to be connected anywhere, any time. Hundreds of thousands of applications or “apps” are available for a myriad of connected devices.
Behind this newly connected, application-rich world is a quiet revolution in semiconductor design and manufacturing. Today’s chips may have billions of transistors that are each far smaller than the wavelength of light used to print them. Systems-on-chips (SoCs) combine processors, memory, analog components, interface protocols, and more. Electronic systems demand massive amounts of embedded software, and semiconductor companies are increasingly expected to provide it.
The design of chips and systems with such complexity – while meeting demands for performance, low power, and time to market – is possible only with advanced electronic design automation (EDA) tools. EDA software and hardware enables everything from the design of individual transistors to the development of software before any hardware is built. Another crucial enabling factor is semiconductor intellectual property (IP), which provides pre-verified building blocks for memory controllers, interface protocols, or specialized processors that are integrated into SoCs.
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