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Summer Intern - Digital Design Engineer

Logo of Cirrus Logic

Cirrus Logic


1mo ago

🚀 Summer Internship


AI generated summary

  • You must have strong DSP, Verilog, and transistor-level design skills, be in an EE MS or PhD program with a 3.6+ GPA, available full-time, returning to school after the internship, and familiar with Perl/Python programming.
  • You'll be designing and verifying digital circuits, collaborating with a team, modeling analog circuits, and supporting silicon characterization.

Summer Internship



  • We are looking for a highly motivated intern to join our Mixed Signal Design team. You will be responsible for assisting in the design of digital logic circuits and digital filters for high-performance mixed-signal integrated circuits, including ADCs and DACs, amplifiers, power converters, low-power DSP processors and other circuitry in advanced CMOS processes.  Applications for these circuits includes Audio Codecs and Amplifiers, Haptics & Sensing Solutions, Camera Controllers, and Battery & Power Management ICs.  


  • Digital Signal Processing, Matlab/Simulink, Verilog design methodologies, transistor-level simulators and synthesis / place and route tools.
  • This opportunity is available only to students currently enrolled in a MS or PhD program in Electrical Engineering maintaining a GPA of 3.6 or above, and who will be returning to school for at least one semester following completion of his/her internship.
  • Candidate must be available for full time employment during the internship period.
  • This opportunity is available for a long semester only.
  • Preferred Skills & Qualifications:
  • Knowledge of design for test (scan) and other activities as required for the achievement of full volume production.
  • Perl or Python programming a plus.

Education requirements

Currently Studying

Area of Responsibilities



  • Digital design using Verilog, logic simulation, functional verification, and synthesis in a mixed signal environment.
  • Work within a collaborative team environment to implement and verify RTL modules.
  • May also include behavioral modeling of analog and mixed signal circuits, lab evaluation activities and support for silicon characterization or production test.


Work type

Full time

Work mode