BAW/SAW Filter Design Co-Op (Winter/Spring 2027)
NewDescription
Do you want to put into practice what you learn at university and also expand your knowledge in a top-of-the-line RF lab? Would you like to work on the latest technology used in today’s and tomorrow's mobile communication? Would you like to solve problems and push the technology beyond its limits? Then, look no further and apply today!
This position is a Winter/Spring Co-Op position from January to June 2027, based out of Irvine, California. You will participate in the key activities pertaining to the technology development of piezoelectric Bulk and Surface acoustic resonators (BAW/SAW). You will be working with top engineers and scientists in a multifunctional team, providing characterization, modeling, and analysis support with the most advanced lab and software equipment. You will be designing and executing complex test setups to be able to isolate, measure, and analyze key parameters to improve process and design.
Responsibilities
- Design and execute RF measurements for semiconductors/acoustic devices
- Perform analysis, extractions, and modeling of measured data
- Summarize extracted analysis and perform reports to be presented among fellow engineers and designers
- Propose new ways to design the state-of-the-art BAW devices based on physics-based models and data-driven models
Required Experience and Skills
- Current student pursuing a PhD in a relevant engineering field
- Must be able to work 40 hours per week January - June 2027
- Must be able to work onsite in our design center in Irvine, CA
Desired Experience and Skills
- Basic hands-on in RF and/or electrical equipment
- Knowledge of RF concepts and circuit simulators (ADS)
- Knowledge of FEM tools, such as COMSOL
- Knowledge of data analysis and programming -Preferred Python or Matlab
- Knowledge of SAW/BAW resonators or RF MEMS resonators will be a plus
- Some experience with scientific programming using MATLAB and/or Python
- Ability to process, cleanse, and validate the integrity of data to be used for further analysis and experiment