Corporate Applications Engineer – Circuit Simulation
Location: Santa Clara, California - Remote
Category: Technology
Employment Type: Direct Hire
Job ID: 5736
Date Posted: 03/28/2023
Join a passionate group of technologist in the semiconductor industry as they revolutionize the way semiconductors are designed by making advanced software solutions.
The ideal candidate for Corporate Applications Engineer is someone who is advanced in circuit simulation, has a continuous development mindset, and a knack for expressing complicated topics ways that make it easy to adopt.
Details:
The ideal candidate for Corporate Applications Engineer is someone who is advanced in circuit simulation, has a continuous development mindset, and a knack for expressing complicated topics ways that make it easy to adopt.
Details:
- Remote with some travel
- Strong benefits package
- 100-150K Base Salary
Please note this range is an estimate and actual pay may vary based on qualifications and experience
Qualifications:
- 5+ years’ experience simulating analog/RF designs
- A strong background in circuit simulation and analysis
- Well-versed in SPICE applications
- Enjoy working with internal team members and clients to make software improvements and enhancements
Responsibilities:
- Coordinate the development and deployment of circuit simulation platforms
- Work with application engineers to ensure bugs are resolved, oversee improvement requests, and provide technical updates
- Work with R&D as new developments are made and develop relative testing for the changes
- Assist with changes to software user manuals
- Write intranet white papers
- Provide materials used for support, training, and sales
- Attend conferences
Partner with Sayva to make the job transition process smooth, transparent, and rewarding. Get the benefit of working with an experienced team who has a strong network of trusted clients. We ensure you are prepared for interviews, have the information to make the best decisions, and receive a strong offer to land you that perfect job.
#LI-AS1
