Join Nexperia and connect your unique talents and passion to your goals for a fulfilling career with growth and reward. We are a global semiconductor manufacturer with a highly skilled and diverse workforce of over 15,000 employees from over 50 countries worldwide. Every electronic design in the world can be made complete with Nexperia products.
Nexperia R&D Malaysia is the research and development (R&D) center of Nexperia, a global semiconductor company that specializes in the design and production of discrete semiconductors, MOSFETs, and analog & logic ICs.
We are in Penang and focusing on developing new semiconductor products & improving existing products for our company\xe2\x80\x99s global market.
By focusing on R&D and developing advanced semiconductor solutions, we are playing a critical role in Nexperia\'s global operations by driving innovation and helping the company to stay at the forefront of the technology & semiconductor industry.
To meet the customer\xe2\x80\x99s evolving needs, our engineers are dedicated to develop cutting-edge semiconductor solution via advanced design tools and methodologies to create innovative products that deliver high performance, reliability, efficiency and quality.
Nevertheless, we are also committed to provide a positive and supportive environment for our employees. We offer competitive compensation packages, health and wellness programs, on-the-job training, and career development opportunities. As well as promotes work-life balance by offering flexible work arrangements and various employee engagement initiatives.
Together be part of something bigger, only at Nexperia
About the role
The Analog IC Design Engineer implements integrated circuits in new functions and families, either as the technical leader based on existing solutions and architectures or as member of the design team with the complexity of introducing new IP and technology. The cross functional team is responsible for the design, validation, qualification and release of new products ensuring that new products are released to customer / market requirements and to appropriate quality standards.
The designs are developed and verified with simulations, based on SPICE models. The designer translates the electrical schematic into a die mask layout, designed and verified with existing layout design rules and guidelines. The die design is engineered to fit the package and verified with existing assembly rules.
What you will do
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