Stevan Davila

About Stevan Davila

I’m a Robotics & Automation Engineer with a background in semiconductor manufacturing and a passion for solving complex operational challenges through technology. My career began in mechanical engineering, and along the way I’ve built expertise in automated material handling systems (AMHS), AGV/AMR deployments, and factory automation integration.At Texas Instruments, I’ve partnered across software, electrical, and mechanical teams to bring advanced automation into high-volume production environments. From leading AGV installations with integrated robotics to developing custom control solutions, I thrive on bridging technical innovation with practical execution on the factory floor.My experience spans engineering, leadership, and customer-facing roles—giving me the versatility to manage projects end-to-end, align stakeholders, and deliver reliable, scalable systems. While semiconductors have been my home base, the skills I’ve developed—automation strategy, robotics integration, cross-functional problem solving—are transferable to industries from automotive and aerospace to logistics and advanced manufacturing.I’m motivated by building systems that remove bottlenecks, improve reliability, and create safer, more efficient workplaces. I enjoy connecting with others who share an interest in automation, robotics, and digital transformation.

Experience

1. Amhs & Robotics Equipment Engineer

   Texas Instruments

   Dec 2021 — Present · Dallas-Fort Worth, TX, US

   Building on my experience as a Manufacturing Supervisor, I’ve led fab-wide improvement projects that significantly enhanced process efficiency, safety, and cost-effectiveness. My background helped me identify inefficiencies, drive strategic upgrades, and collaborate across teams to integrate new systems and deliver comprehensive training- Oversaw installation, performance optimization, and preventive maintenance of 50+ Automated Material Handling System (AMHS) tools, ensuring high system uptime and supporting 24/7 production in a fast-paced semiconductor environment- Led cross-functional deployment of factory’s first AGV system integrated with a 6-axis robotic arm, coordinating software, electrical, and mechanical integration; resulted in $521K/year in labor cost savings and reduced material transfer cycle times- Managed full deployment and commissioning of six Omron LD-250 AMRs with smart-rack integration for real-time lot tracking; increased material delivery capacity by 580% and utilization by 40%- Developed and deployed a Raspberry Pi-based interface (in Python) that implements the SEMI E84 standard to manage secure, automated wafer handoff signals between AGVs and load ports, with custom error handling for handshake failures and timing issues. This solution eliminated the need for costly proprietary hardware, saving over $536K in cost avoidance with ongoing savings as AGVs scale- Developed and deployed targeted solutions to improve equipment uptime, increase throughput, and reduce fail events- Led root cause analyses and corrective actions on chronic tool issues, enhancing safety, reliability, and reducing unplanned downtime- Improved preventive maintenance strategies by optimizing intervals and procedures, increasing PM efficiency, and tool availability.

Education

• Southern Methodist University

  Master of Science - MS, Computer Science with specialization in AI

• Texas A&M University-Corpus Christi

  Bachelor of Science - BS, Mechanical Engineering

  2013

Skills

• Autodesk Inventor
• Matlab
• Mechanical Engineering
• Microsoft Office
• Solidworks
• Engineering
• Autocad
• Active Dod Secret Clearance
• Articulate Presenter
• Adobe Creative Suite