The Microchip FPGA Software Engineering team delivers a comprehensive software suite for designing Microchip’s FPGAs and managing the entire design flow from entry, to synthesis, through place-and-route, timing, power analysis, and simulation. Within the Software organization, the Timing, Power, and Modeling group is responsible for developing high-quality and user friendly software for the evaluation of FPGA design performance, both for speed and power consumption. These are key sign-off tools, distributed along with the hardware to a wide range of customers and are also used internally for the exploration of new FPGA architectures. We research and implement cutting-edge fast and scalable algorithms with the objective of helping FPGA designers close on their timing requirements within an increasingly limited power budget. To meet these goals, we draw from a variety of computer science domains, including: numerical optimization, linear programming, graph theory, modeling non-linear electronic components, large data processing and machine learning based regression and classification methods. As a member of this R&D team, you will leverage your solid foundations in computer science to develop next generation performance evaluation (timing and power) algorithms. Your work will used by thousands of well-known customers, and your achievements will improve the overall solution, both internally and externally.
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Job Type
Full-time
Career Level
Entry Level