William — Principal Engineer - Automation, Controls & Roboti

15+ years programming Allen-Bradley PLCs across ControlLogix, CompactLogix, SLC 500, and MicroLogix platforms. Ladder logic, structured text, and FBD. HMI development in FactoryTalk View SE/ME. Safety PLC integration, VFD commissioning (PowerFlex), and servo integration. Extensive experience in defense manufacturing, aerospace automation, and industrial troubleshooting.

Siemens S7 programming in TIA Portal (S7-1200/1500) and Step7 (S7-300/400). HMI/SCADA development in WinCC and WinCC Flex. Profinet/Profibus networking, safety integration, and multi-axis servo control (CNC 840D). Production experience on aerospace and industrial automation lines.

FANUC robotic cell programming, integration, and commissioning. Experience with R-30iB/R-30iA controllers, ROBOGUIDE offline programming, iRVision machine vision, force control, and ARC Mate welding. Aerospace auto-drill, auto-rivet, auto-cure cells, and conveyor-coordinated multi-robot systems.

KUKA robot programming using KRC4/KRC2 controllers and WorkVisual. KUKA Sim Pro offline programming, SafeOperation configuration, and multi-robot cell integration. Payload handling, arc welding, and precision assembly applications in aerospace and industrial manufacturing.

ABB robot programming using IRC5 controller and RAPID language. RobotStudio offline simulation and programming. IRB series robots for material handling, welding, and precision assembly. Safemove safety configuration and multi-robot coordination in aerospace and industrial cells.

Mitsubishi Q-series and iQ-R PLC programming using GX Works2/3 and MELSEC Q platform. GOT HMI development with GT Designer3. Ladder and structured text programming for conveyor, packaging, and industrial automation applications.

Inductive Automation Ignition SCADA/HMI platform with ~5 years of experience across multiple modules including Perspective and Vision for operator interfaces, Tag Historian for data logging, Reporting for automated reports, Alarm Notification, OPC-UA connectivity, MES and EAM modules, WebDev for custom web resources, and Sequential Function Charts for process automation.

Splunk Enterprise and Cloud for operational intelligence, log management, and security monitoring. SPL (Search Processing Language) for data queries and analysis. Dashboard development for real-time visibility into industrial systems and IT infrastructure. Alerting, reporting, and SIEM integration for anomaly detection in manufacturing and automation environments.

Experience with multiple SCADA platforms including AVEVA/Wonderware for HMI and historian, Citect SCADA for process control, iFIX for pharmaceutical and manufacturing environments, and Genesis64 for real-time visualization. Configured tags, alarms, trends, and scripts across platforms.

Proficient in industrial electrical design including panel wiring, power distribution, safety circuits, and field instrumentation. Experienced with Profinet, Profibus, EtherNet/IP, and DeviceNet networking. Performed vulnerability assessments on OT/SCADA systems and designed cyber-secure industrial architectures for classified defense environments.

14+ years designing automation and controls systems for aerospace, defense, and manufacturing. Expert in PLC programming, robotics integration, HMI/SCADA development, motion control, and industrial network architecture. Proficient in Allen-Bradley, Siemens, and Mitsubishi platforms.

Hands-on manufacturing automation experience spanning aerospace, defense, and tire production. Skilled in conveyor systems, curing press automation, robotic assembly, and high-throughput production line design. Served as Team Leader at Michelin; delivered production systems at Lockheed Martin F-35 facilities and IPS missile manufacturing.

Deep expertise in industrial process control including PLC ladder logic, function block, and structured text programming. Experienced with servo drives, VFDs, safety systems, and multi-axis motion control. Designed and commissioned control systems for tire curing, aerospace manufacturing, and defense production environments.

Led end-to-end automation projects from requirements gathering through commissioning. Managed cross-functional teams, vendor coordination, and customer acceptance on aerospace and defense programs. Delivered the FastPlant Conveyor System and multiple robotics integration projects on time within scope at Broetje Automation.

Extensive experience programming and integrating industrial robots for aerospace and defense manufacturing. Platforms include FANUC, KUKA, and ABB. Led deployment of AI-driven robotic drilling and fastening systems on F-35 production lines at Lockheed Martin, integrating vision systems, force feedback, and real-time quality control.

Lead automation and controls engineering for defense-focused missile manufacturing and integration programs. Design and deploy robotics, PLC logic, HMI systems, and secure industrial architectures. Support advanced tooling, motion, and machine integration with emphasis on defense production. Drive controls modernization, troubleshooting, and system optimization for complex automated equipment.

Designed and integrated advanced robotics and automation solutions for aerospace manufacturing at Lockheed Martin. Led R&D for AI-driven manufacturing, creating task-specific local agents and higher-dimensional decision models to enhance system autonomy. Oversaw FastPlant Conveyor System engineering, integrating complex robotics and auto-drill systems. Designed PLC logic and HMI systems utilizing modern software architecture for enhanced maintainability. Conducted vulnerability assessments and penetration testing on industrial control systems.

Developed S.A.A.R. Augmented Reality navigation software, integrating real-time battle net data and terrain overlays for enhanced situational awareness. Engineered and supervised advanced hydraulic system installations, improving vehicle reliability in combat environments. Designed modern control systems and software, enhancing amphibious vehicle performance and operator command over intricate subsystems. Created AutoCAD wire harness schematics for precise electrical integration. Conducted thorough testing and validation of integrated systems in simulated combat scenarios.

Installed and repaired automated industrial equipment including conveyor systems and tire curing systems. Appointed Team Leader, demonstrating leadership and quick learning abilities in a high-throughput manufacturing environment.