What are the responsibilities and job description for the Semiconductor position at Jobs via Dice?
Dice is the leading career destination for tech experts at every stage of their careers. Our client, Zenith System Solutions Inc, is seeking the following. Apply via Dice today!
NO VISA SPONSERSHIP IS AVAILABLE -
Overview
Join a specialized engineering team in San Jose, California! We develop cutting-edge, multi-million-dollar diagnostic tools used by top semiconductor manufacturers. Our instruments integrate advanced laser scanning microscopy, photon emission analysis, and CAD navigation to identify defects at the transistor level accelerating silicon debug and improving yield.
As a Senior Software & Systems Engineer, you ll go far beyond traditional software development. You ll design complex control software that synchronizes lasers, motion stages, and high bandwidth electronics, while visualizing signals and images for expert fault analysis.
This role requires deep knowledge of semiconductor device physics, precision instrumentation, and software-hardware integration.
Key Responsibilities
Develop and maintain software that controls high-precision optical and electronic instrumentation for semiconductor failure analysis.
Collaborate with hardware engineers and Failure Analysis experts to translate complex physical diagnostics into user-friendly software tools.
Design responsive control systems that interface with CAD databases (e.g., Synopsys Avalon) for real-time navigation and transistor-level targeting.
Build high-performance GUIs (C#/WPF) to visualize diagnostic data such as photon emission, waveforms, and device maps.
Lead integration efforts across motion control, laser timing, optical subsystems, and signal acquisition tools (e.g., oscilloscopes, source meters).
Troubleshoot complex system-level interactions and drive performance optimization. Document architecture, workflows, and test plans to ensure reliability and maintainability.
Required Qualifications
Bachelor's or Master s degree in Electrical Engineering, Physics, or Semiconductor Device Engineering.
5 years of experience developing control software for scientific or diagnostic instruments in the semiconductor space.
Strong programming skills in C , C# and WPF on Windows platforms.
Solid understanding of semiconductor device physics and failure mechanisms.
Experience working with CAD navigation tools like Synopsys Avalon.
Preferred Experience
Hands-on experience with techniques such as TIVA, LIVA, LADA, OBIRCH, or photon emission.
Experience with laser microscopy or optics-based instrumentation.
Familiarity with hardware interfaces (USB, PCIe, FPGA, RS-232/485).
Previous roles at companies like ThermoFisher, Hamamatsu, or others in the semiconductor equipment space.
Real-time data processing and high-performance visualization for complex datasets.
What Sets This Role Apart
Unique Domain: Work on systems that combine optics, electronics, CAD data, and real time software in one integrated tool.
Critical Impact: Your software will help validate designs and locate defects that affect billions of devices.
Challenging Tech Stack: Blend real-time hardware control, high-resolution visualization, and precision diagnostics in a single system.
Cross-Disciplinary Collaboration: Work closely with experts in optics, electronics, and semiconductor failure analysis.
NO VISA SPONSERSHIP IS AVAILABLE -
Overview
Join a specialized engineering team in San Jose, California! We develop cutting-edge, multi-million-dollar diagnostic tools used by top semiconductor manufacturers. Our instruments integrate advanced laser scanning microscopy, photon emission analysis, and CAD navigation to identify defects at the transistor level accelerating silicon debug and improving yield.
As a Senior Software & Systems Engineer, you ll go far beyond traditional software development. You ll design complex control software that synchronizes lasers, motion stages, and high bandwidth electronics, while visualizing signals and images for expert fault analysis.
This role requires deep knowledge of semiconductor device physics, precision instrumentation, and software-hardware integration.
Key Responsibilities
Develop and maintain software that controls high-precision optical and electronic instrumentation for semiconductor failure analysis.
Collaborate with hardware engineers and Failure Analysis experts to translate complex physical diagnostics into user-friendly software tools.
Design responsive control systems that interface with CAD databases (e.g., Synopsys Avalon) for real-time navigation and transistor-level targeting.
Build high-performance GUIs (C#/WPF) to visualize diagnostic data such as photon emission, waveforms, and device maps.
Lead integration efforts across motion control, laser timing, optical subsystems, and signal acquisition tools (e.g., oscilloscopes, source meters).
Troubleshoot complex system-level interactions and drive performance optimization. Document architecture, workflows, and test plans to ensure reliability and maintainability.
Required Qualifications
Bachelor's or Master s degree in Electrical Engineering, Physics, or Semiconductor Device Engineering.
5 years of experience developing control software for scientific or diagnostic instruments in the semiconductor space.
Strong programming skills in C , C# and WPF on Windows platforms.
Solid understanding of semiconductor device physics and failure mechanisms.
Experience working with CAD navigation tools like Synopsys Avalon.
Preferred Experience
Hands-on experience with techniques such as TIVA, LIVA, LADA, OBIRCH, or photon emission.
Experience with laser microscopy or optics-based instrumentation.
Familiarity with hardware interfaces (USB, PCIe, FPGA, RS-232/485).
Previous roles at companies like ThermoFisher, Hamamatsu, or others in the semiconductor equipment space.
Real-time data processing and high-performance visualization for complex datasets.
What Sets This Role Apart
Unique Domain: Work on systems that combine optics, electronics, CAD data, and real time software in one integrated tool.
Critical Impact: Your software will help validate designs and locate defects that affect billions of devices.
Challenging Tech Stack: Blend real-time hardware control, high-resolution visualization, and precision diagnostics in a single system.
Cross-Disciplinary Collaboration: Work closely with experts in optics, electronics, and semiconductor failure analysis.
- Medical (PPO & HMO), Dental, Vision & Life Insurance - Effective first of the month following date of hire
- 401(k) Plan - Eligible after 90 days of employment
- Flexible Spending Account (FSA) - Eligible after 90 days of employment
- Quarterly Bonus Program
- PTO (16 days per year)
