Sr Automation Engineer

General Dynamics Ordnance and Tactical Systems - Lincoln, NE

- Mid Level

Lincoln, NE

Fabricated Metal Product Manufacturing

About the position

General Dynamics Ordnance and Tactical Systems (GD-OTS) is looking for an experienced Sr. Automation Engineer to join our Lincoln, NE organization. We are expanding rapidly and looking for motivated and creative individuals who want to help support and shape this organization as we grow. GD-OTS provides reliable and affordable composite products to the defense and commercial aerospace markets. With more than 60 years of expertise, GD-OTS designs, develops, manufactures, and tests a full range of composite missile and space structures, including rocket motors, pressure vessels, launch tubes and fuel tanks.

Responsibilities

• Uses engineering techniques to design, develop, test, and manage automated machinery processes.
• Designs, programs, simulates, optimizes, and tests automated machinery to streamline manufacturing processes.
• Uses design techniques to build automated systems such as: measurement functions, control functions, and actuators, etc.
• Configures systems using PLC and HMI techniques.
• Considers automation workflow, production layout, and safety measures when designing automated machinery processes.
• Audits current equipment and automated processes to determine failure rates.
• Models, tests, and measures output and data to analyze performance or quality issues.
• Develops solutions to resolve production problems, maximize product reliability, and minimize cost.
• Drafts and designs detailed technical documentation for design specifications and additional relevant documents.
• Adheres to international and local regulatory standards for design, process, and safety considerations.

Requirements

• Associate's Degree and 5-7 years experience.
• Technical expertise.
• Problem-solving skills.
• Oral and written communication skills.
• Critical thinking.
• Analytical thinking.
• Instrument control.
• Performance analysis.
• Power management.
• Process optimization.
• Reliability analysis.
• Schematic capture.
• Statistical process control.
• Technical troubleshooting.
• Control systems.
• Device integration.
• SCADA architecture.
• Programmable Logic Control (PLC).
• Human Machine Interface (HMI).
• Computer-Aided Engineering (CAE) software.