Software Development Engineer

As a member of a highly proficient, productive and motivated R&D team, developing industry’s leading circuit simulator Analog FastSPICE™ (AFS), using cutting edge software development techniques, you will be offered:

Technical challenges to solve toughest nanometer scale circuit verification problems for the leading semiconductor companies in the world. A

motivating, stimulating and rewarding work environment. Excellent training and growth opportunities throughout your career. Attractive compensation and benefits.

Analog FastSPICE™ (AFS) is world’s fastest nanometer accurate circuit verification platform used by over 150 semiconductor companies worldwide for their toughest circuit verification challenges while designing high-speed I/Os, PLLs, ADCs/DACs, CMOS image sensors, RFICs, and embedded memory. As a key member of AFS R&D team you will participate in developing efficient algorithms and implementing them using state of the art software engineering processes and development tools, with a strong emphasis on software quality; thus gaining industry level experience in solving tough computational complexity problems while participating in entire software development lifecycle.

Responsibilities include: Work closely with other analog circuit simulator developers, architects and product engineers to enhance core circuit simulator accuracy, performance, capacity, and feature set. Maintain and enhance compatibility with other simulators. Profile and identify bottlenecks in performance of various analyses for very large circuits. Debug difficult

test-cases with accuracy, performance, capacity, or functional issues. Design and develop efficient interfaces with other internal and external products.

Minimum 7 years of experience in developing software for engineering applications; preferably using numerical methods and sparse matrix techniques. Extensive background in object-oriented design and software engineering processes.

Outstanding programming skills in C and C++, preferably on Linux platform. Expert level proficiency in memory optimization, high performance

Self-motivated individual with excellent problem solving skills. Ability to work independently and effectively within a worldwide development organization. Masters or PhD degree in Electrical Engineering, Computer Science, Applied Mathematics or relevant area.

Desirable (but not required): Understanding of the internal workings of a circuit simulator. Knowledge of analog electrical circuits. Knowledge of Verilog-A and modeling in Verilog-A. EDA industry level work experience