Acoustic/Mems Resonator Designer

Vedi l’offerta su Go Lavoro: golavoro.it/annuncio-lavoro/8738if

Company: Spectron Microsystems, SRL

Le interessa questa possibilità? Si candidi in fretta, è previsto un elevato volume di candidature. Scorra verso il basso per leggere la descrizione completa.
Location: Padua, Italy
About Us: Spectron Microsystems is a cutting-edge design center based in Padua, Italy, dedicated to the invention, research, and development of acoustic-based filters for next-generation 5G communications. Our team is composed of seasoned entrepreneurs and innovators in the field of acoustic resonators and filters. With proprietary technology, we are redefining RF filtering by delivering innovative acoustic-only solution for mobile, Wi-Fi, and base stations across new 5G bands and beyond.
Role Overview: We are seeking a highly motivated Acoustic/MEMS Resonator Designer to play a central role in bringing advanced acoustic filters to market for 5G communications. You will collaborate with an energetic, multidisciplinary team on projects that may include:
- Acoustic resonator modeling
- Design kit (DK) generation
- Device characterization




- Mechanical and electromagnetic modeling
- Fabrication process analysis
- Statistical performance analysis

Key Responsibilities
- Design, analyze, model, and optimize acoustic/MEMS resonators and filters for RF front-ends
- Develop and maintain design kits for acoustic resonators
- Evaluate resonator and filter performance through simulation and measurement
- Collaborate with system-level designers to ensure seamless integration with front-end components
- Partner with production and supply chain teams to monitor, troubleshoot, and mitigate performance or manufacturing challenges

Qualifications
- Education:
- M.S. with relevant work experience, or
- Ph.D. in a qualified field (e.G., Electrical Engineering, Physics, Materials Science)
- Technical Skills:
- Hands-on experience with SAW, BAW, or MEMS resonator design
- Proficiency in finite element analysis (FEA) or analytical methods for acoustic optimization
- Strong

Vedi l’offerta su Go Lavoro: golavoro.it/annuncio-lavoro/8738if