Intern

Job Description

Division: Mixed Signal Solutions Engineering
 

Job Description
The timing business R&D in the MSS division drives many exciting technologies that define wired and wireless connectivity across the globe. The systems team in the R&D unit is looking for a talented EE Summer Intern - 2025. The systems projects span, new product definition, new chip bring-up, validation, creating FPGA IPs for our next-generation product reference designs, co-developing solutions for IEEE-1588 , PCIe applications, modeling important chip performance parameters like cross-talk, signal integrity, package thermal conductivity, crystal /resonator parameters to name a few broad topics.
 
The systems engineering intern will be involved in a modeling/system design project along with lab debug work and will have the following responsibilities:

1.    Working on a development  flow with EMX, HFSS (for modeling) or design tools (Vivado, Virtuoso, OrCAD) for system design
2.    Complete any necessary training needed to work on the project like training on a CAD tool or lab training.
3.    Executing the intern project
1.    Meet and learn from the mentor on a daily basis
2.    Collaborate with other team members
4.    Solving key mixed-signal problems either through hand analysis, simulation and/or lab debugging daily 
5.    Setting up and conducting periodic reviews of the project for leadership feedback.
 
Requirements:

We hope that you have a lot of fun learning about our timing technology, and our company culture and from networking within the company.
 
This internship will be a great opportunity for anyone interested in rigorous training in the chip development process or focus on a specific engineering topic/skill. Our ideal candidate would be a graduate/under-graduate student focusing on a EE major with strong fundamentals in: 

•    Linear time-invariant systems, Laplace and Fourier Transforms
•    Solid understanding of feedback control theory 
•    Circuit, network analysis and synthesis
•    Digital, analog circuit design fundamentals 
•    Exposure to SPICE, Verilog/VHDL, verification, simulation tools preferred 
•    Exposure to PCB design tools such as OrCAD preferred
•    Working knowledge of programming languages (either C/C++, VB or Python) preferred 
•    Understanding of circuit systems like RF front end systems , PLLs , ADCs and/or DACs would be a plus
 
If the above topics interest you and if you learning from an experienced, innovation driven team appeals to you, please apply. We'd love to welcome you to our team of passionate, fun-loving , results-driven team. 
 
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