Job Description

Shape the Future of Manufacturing with Robotics at GE Appliances

At GE Appliances, we’re transforming how we build world-class products through advanced robotics, automation, and intelligent systems. We’re looking for a Principal Robotics Engineer within our Advanced Manufacturing Engineer (AME) – group to lead the charge. In this high-visibility leadership role, you will drive our robotic automation strategy, applying innovative technologies—including 3D vision, robotic simulation, and integrated controls—to modernize manufacturing processes and unlock new levels of efficiency and quality.

As a Principal Robotics Engineer, you’ll play a pivotal role in designing and delivering next-generation robotic systems that improve factory performance. You’ll lead end-to-end projects, from strategy through execution, ensuring all equipment and systems are optimized for safety, reliability, and scalability.

Key Responsibilities

• Lead the design, development, and implementation of advanced robotic and automation solutions across GE Appliances factories.
• Integrate 2D/3D vision systems and simulation tools to create intelligent, adaptable manufacturing systems.
• Provide technical leadership for robotic systems, electrical controls, and equipment safety across manufacturing and warehouse environments.
• Collaborate with cross-functional teams—engineering, operations, maintenance, and Lean—to ensure solutions support plant goals and enhance the value stream.
• Develop and enforce standards for robotics, controls, and electrical systems aligned with national codes and safety regulations.
• Mentor junior engineers and share best practices to elevate team capability and innovation.
• Guide automation and capital projects, including vendor selection, system specs, installation, commissioning, and hand-off.
• Partner with product design teams to ensure manufacturability and support New Product Introduction (NPI) programs.
• Stay on the forefront of new robotics technologies and recommend practical solutions to meet business needs.
• Use Lean, Six Sigma, and Human Organizational Performance (HOP) principles to design safe, ergonomic, and efficient systems.

What you need to Succeed

Minimum Qualifications:

• 7+ years hands on & relevant robotic and controls engineering experience with electrical/mechanical, automated manufacturing equipment and processes
• Technical Engineering Degree or equivalent experience
• Expert knowledge of FANUC/ ABB robots electrical/mechanical and programming, ROBOGUIDE/ ROBOTSTUDIO, 2D/3D vision guidance integrations, and working experience with TCP and DCS/ SafeMove.
• Experience implementing robot automation and electromechanical equipment procurement projects: Including specification development, supplier selection, technical reviews, installation and qualification of equipment
• Working Knowledge of Studio 5000 Logix and Robotic Interfaces to PLC.
• Excellent project tracking and detailed planning skills required
• Ability to work in large cross-functional teams and at multiple levels in the organization (both salaried and shop floor operators / skilled trades team members)
• Good oral and written communication skills – will be expected to provide status report outs to cross-functional team and train other engineers to electrical standards
• Demonstrated ability to take ownership of cross-functional program deliverables and ability to drive decisions based on the overall benefit to the company

Computer Literacy skills required

• Familiar with at least one CAD package, preferably Solid-works, AutoCAD, Creo.
• Comfortable with hands on assembling mechanical components and electronics, soldering boards, wiring connectors.
• Hands-on experience with sensing technologies (e.g. sensors, camera 2D, 3D, IMU, encoder)

Vision Skills Required:

• Expert knowledge in machine vision applications and use of vision systems within robotic applications.
• Industry Traditional: Fanuc iR, Cognex, Keyence, Ai Camera Platforms

Preferred Qualifications:

• Master’s degree in Engineering.
• Experience with OEM robotic integrators.
• Working knowledge of safety systems, STUDIO 5000/RSLogix, SIMATIC, and PROFICY.
• Design experience with robot tooling and end-effectors.
• Programming knowledge: Python, C#, VB, or C++.
• Six Sigma Green/Black Belt certification.
• TÜV Functional Safety Certification (Technician or Engineer).

Working Conditions:

• 20-30% travel may be for domestic and/or international travel to supplier sites/ plants, etc.
• There may be times when off shift or weekend work is needed to meet project implementation needs. We aim to schedule and communicate early to support a healthy work-life balance.
• This role is within a manufacturing hands-on environment

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