AMHS Principal Engineer

Responsibilities

also include vendor management and coordination to ensure projects are completed timely and accurately. Essential Functions The AMHS Principal Engineer will perform various duties, including, but not limited to, the following: Vendor Management & Technical Leadership Oversee Vendor Management: Ensure the successful installation, integration, and ongoing maintenance of AMHS hookups in support of TSMC's factory ramp-up initiatives Monitor compliance with TSMC safety standards, OSHA regulations, and adherence to efficient material management practices Lead a small team to manage different technical projects Coordinate and oversee vendor activities to ensure performance optimization and meet project timelines Review Technical Documentation and Provide Feedback: Conduct in-depth reviews of technical specifications and deliver constructive feedback to equipment suppliers to drive enhancements, particularly in error recovery procedures Collaborate with manufacturing sites to sustain high-performance AMHS operations and disseminate best practices Project Planning & Execution Develop Comprehensive Project Plans: Lead the development of detailed project plans specific to the AMHS system, including defining timelines, milestones, deliverables, and cost structures, while ensuring alignment with organizational priorities and factory ramp schedules Monitor AMHS Project Progress and Performance: Regularly track and assess the progress of AMHS-related initiatives, proactively identifying potential bottlenecks, risks, or resource gaps Escalate critical concerns to senior stakeholders or project sponsors as necessary to ensure seamless execution Manage Dynamic Priorities and Multiple Projects: Demonstrate agility by managing shifting priorities in a high-paced environment Lead multiple concurrent AMHS-related projects with potentially overlapping deadlines, ensuring on-time delivery of all commitments without compromising quality Cross-Functional Collaboration & Integration Facilitate Cross-Organizational Collaboration: Partner with cross-functional teams across engineering, operations, and manufacturing to define and deliver AMHS project objectives, ensuring alignment on scope, resources, and timelines Foster open communication to streamline inter-departmental workflows Drive Integration and Workflow Optimization: Coordinate with key internal and external stakeholders to ensure the smooth integration of AMHS systems into broader project deliverables Continuously evaluate AMHS workflows and identify process improvement opportunities to enhance operational efficiency Risk Mitigation and Resolution: Identify and analyze risks specifically related to AMHS operations and implementation that could impact project success Implement mitigation strategies and facilitate consistent communication between stakeholders to ensure a proactive approach to risk management