Lead Roboticist (Electrical Engineering)- Robotics & Autonomous Systems Research

Research and Technology Development

Conduct applied research in robotics, controls, system design to enable reliable factory and field service automation and inspection.

Develop, validate, and deploy robotic control systems (real-time control, optimization, ML-enabled control) and perception solutions.

Explore applications that impact GE Vernova products (e.g., gas turbines, electric machines, wind turbines, balance-of-plant systems).

System Design and Implementation

Define electrical and systems architectures for robotic platforms; design, build, and validate circuits, power distribution, safety, and communication interfaces.

• Select and integrate components (motors/drives, sensors, cameras/optics, lighting, compute, networking).
• Implement and validate PLC, embedded, and robot controller integrations; perform HW/SW commissioning, diagnostics, and system optimization.
• Design and build full system prototypes and pilot deployments; troubleshoot and resolve performance issues to productionize solutions.

Leadership and Program Execution

Lead multi-disciplinary teams; plan milestones, technical reviews, risk mitigation, and budget tracking.

Shape and lead proposals with GE Vernova businesses, government agencies, universities, and national labs; serve as Principal Investigator or key contributor.

Perform analytical work to meet or exceed customer performance requirements and entitlements.

Collaboration and Communication

Partner closely with manufacturing and field services stakeholders to translate requirements into system solutions.

Prepare clear technical reports and present results, value, and recommendations to technical and executive audiences.

IP and Technology Scouting

Contribute to IP strategy and assessments; maintain awareness of competing and disruptive technologies; connect the organization to emerging trends.

Qualifications

• PhD in Electrical Engineering or related field with 3+ years of professional experience in controls/robotics systems; or MS in Electrical Engineering or related field with 5+ years of professional experience.
• Demonstrated experience in at least three of:
• Robotic system design and implementation
• Circuit design and implementation including consideration of thermal and mechanical constraints
• Electrical actuation and control of robotic systems
• Control and optimization technologies
• Machine learning applications for robotics control
• Experience designing and testing printed circuit boards, including soldering, SMD, reflow, and solder rework.
• Experience creating and terminating cables including connectorizing, crimping, and strain relief
• Hands-on experience selecting and integrating components for robotic systems (motors/drives, sensors, cameras/optics/lighting, compute, networking). Working with AC and DC circuits up to 500 V.
• Proficiency in two or more relevant tools/environments, such as:
• ROS/ROS 2; NVIDIA Isaac/Isaac Sim or Gazebo
• C/C++, Python; MATLAB/Simulink
• Robot controllers and tooling (e.g., FANUC, ABB, KUKA, UR)
• Vision/AI frameworks (OpenCV, PCL, PyTorch/TensorFlow) as applicable
• Electrical design tools (e.g., Altium, KiCad); lab/automation tools (e.g., LabVIEW)
• Industrial control platforms (e.g., Rockwell/Allen-Bradley, Siemens)