Jobs at Halo Industries

Authors and maintains SOPs, work instructions, quality records, calibration and testing guides, and training materials for laser-based semiconductor equipment. Collaborates with engineering, manufacturing, NPI, and quality teams to document complex hardware and operational processes. Creates visual documentation using CAD drawings and photographs, maintains formal document control, supports ISO, SEMI, and laser-safety compliance, and drives continuous improvement through documentation audits and stakeholder feedback.

Lead integration, testing, verification, and deployment of laser-based wafer manufacturing systems. Define system interfaces, integrate electro-mechanical, optical, and software subsystems, develop test strategies, troubleshoot root causes, analyze performance data, create automation tools, mentor engineers, and support manufacturing handoffs through documentation and technical reporting.

Leads new product introduction projects transitioning semiconductor equipment from R&D to production. Manages schedules, risks, deliverables, engineering teams, knowledge transfer, technical documentation, PLM phase gates, equipment deployment, process improvements, and cross-functional stakeholder communication. The role supports production scale-up across international fabrication facilities and requires hands-on coordination of NPI engineering activities.

Lead Halo Industries’ production quality roadmap and customer quality strategy for semiconductor wafering operations. Manage customer audits, compliance, certificates of analysis, product change approvals, RMAs, root-cause investigations, and failure analysis. Scale Arena QMS and PLM systems to support IATF 16949, PPAP, and multi-market requirements. Drive quality control, AIAG Core Tools, corrective actions, Kaizen, DMAIC, and process capability improvements while recruiting and developing a quality engineering team.

Develop and maintain C# machine-control software for semiconductor manufacturing equipment. Integrate industrial communication protocols, PLCs, robotics, motion systems, lasers, data acquisition devices, and operator interfaces. Support automation state machines, system integration, debugging, testing, and validation. Collaborate with mechanical, electrical, and systems engineers while following control standards, safety practices, documentation, version control, and software quality processes.

Lead design and implementation of production-line machine control software and operator interfaces. Architect equipment-to-factory communications, integrate industrial protocols and PLCs, develop C#/C++ GUIs, implement motion and vision systems, build robust automation state machines, perform system/component testing, and maintain documentation and Agile workflows.

Design, prototype, test, and deploy high-precision electro-mechanical wafer processing equipment. Lead CAD-based conceptual and detailed designs, validate prototypes, release parts and ECOs, and collaborate with software, electrical, and manufacturing teams to scale production. Perform root-cause analysis and work with fabricators using DFM principles to ensure robust manufacturable designs.

Lead design, build, test, and deployment of high-precision electro-mechanical wafer processing equipment. Serve as technical lead on engineering projects, perform structural/thermal/tolerance analyses, build prototypes, release parts and ECOs, apply DFM, collaborate with cross-functional teams, investigate failures, review designs, and mentor junior engineers.

The role involves leading the design and development of machine control software for semiconductor manufacturing, ensuring integration and reliability across systems.

Act as primary customer interface for quality, drive continuous improvements from customer feedback, host audits and ensure COA/CSR compliance, manage PCNs/PCIs and PPAP readiness, oversee Customer RMA lifecycle including root-cause investigations and HIR, and report corrective actions to management.