Snr. Software Engineer- Scheduler Lead

Join ASM’s software engineering team and help drive the next generation of semiconductor manufacturing control software. As Scheduler Lead, you’ll lead the development of advanced scheduling engines that power real-time control systems across global chipmaking fabs. Your work will directly impact the performance of cutting-edge hardware—from robotics to temperature controllers—used by the world’s leading semiconductor manufacturers.

Responsibilities:

• Lead the development of the Scheduler engine to support multiple platforms.


• Design, develop, test, deploy, and maintain software for semiconductor manufacturing equipment.


• Build software for Windows and Real-time Operating Systems.


• Collaborate on software strategy and innovation.


• Troubleshoot real-time control systems and resolve software issues.


• Triage bugs across mechanical, electrical, and software domains.


• Manage escalation calls with field engineers and global customers.


• Work with QA and Support teams to integrate replicated bugs into regression testing.


• Author and review system specifications, designs, and test plans.


• Investigate internal and external problem reports and propose solutions.


• Evaluate software engineering tools and participate in system design teams.


• Develop schedules for software development efforts.

Requirements:

• BS or MS degree in Computer Science


• Strong software development skills in C#.


• 5+ years as a generalist or mid-stack software developer.


• Experience with scheduling of semiconductor tools.


• Familiarity with scheduling concepts involving multiple resources and jobs.

Preferred Qualifications:

• BS or MS degree in Computer Science.


• 10+ years in software development and architecture.


• Semiconductor experience.


• Experience with:
  
  
  
  • Machine control software (especially for semiconductor equipment).
  
  
  • Windows and Real-time Operating Systems.
  
  
  • Multi-threaded and real-time applications.
  
  
  • GUI development.
  
  
  • Device drivers and interrupt-driven software.
  
  
  • Networking, Data Communications, EtherCAT.
  
  
  • Complex dynamic scheduling algorithms with deadlock avoidance.
  
  
  • Programming tools (debuggers, builders, config management).
  
  
  • Reading and translating code functionality.
  
  
  • Software documentation and API specifications.