Job Description

Hello Folks,

I have multiple job requirements for Robotics Engineer and a Controls engineer role.

Location: Redmond, WA (100% Onsite role)

Contract Role : 12 + months

PFB description with roles:-

1. Principle Robotics Engineer - Architect - ROS2, sensor fusion, navigation, manipulation, command and control, vslam, fleet management, orchestration, LLM, VLM, VLA, proprioception
2. Sr Robotics Engineer - Manipulation - ros2, sensor fusion, MV, manipulation, VLA's, proprioception, control systems
3. Sr Robotics Engineer - Navigation - ros2, sensor fusion, MPC, MV, behavior engines, object avoidance
4. Sr Robotics Engineer - Simulation - Ideal Isaac Sim, URDF, 19+ DOF, sim2real, real2sim, data engineering, RL
5. Sr Robotics Engineer - End Effectors - simulation, 9+ DOF control schemes, RL, VLA
6. Robotics Engineer - Release - bringing robotics systems to the real world, on site deployment support, direct customer engagement, troubleshooting and resolving issues on the spot, holistic system understanding

• Experience in FIRST, VEX or other programs is a huge benefit.
• Hands on construction trade experience is desired.

Controls Engineer Role

Role Overview

We are seeking a hands-on Controls Engineer with strong PLC programming, multi-protocol industrial networking, and manufacturing/production system experience to support deployment, optimization, and reliability of automated equipment and robotic workcells. This role will work closely with hardware, reliability, and commissioning teams to take systems from integration through production-scale operation.

Key Responsibilities

• Design, develop, and maintain PLC-based control systems for automated manufacturing and material-handling equipment.
• Program and troubleshoot using IEC 61131-3 languages (Structured Text preferred).
• Integrate motion systems, conveyors, robotics, and safety subsystems into cohesive control architectures.
• Work across multi-protocol industrial environments including EtherCAT, OPC-UA, Modbus, BACnet, and similar fieldbus/OT networks.
• Support system bring-up, FAT/SAT, commissioning, and production deployment activities.
• Partner with Reliability Engineering teams to analyze failures, perform root-cause analysis, and harden systems for uptime and scalability.
• Configure and integrate servo drives, safety PLCs, industrial PCs, and distributed I/O.
• Perform diagnostics, log analysis, and performance validation of automated systems.
• Contribute to continuous improvement of automation platforms through code refactoring, version control, and CI/CD workflows.
• Interface with cross-functional teams including mechanical, vision, software, and operations to ensure production readiness.

If interested in the above please share the below:-

• Your Updated Resume with contact details
• Your minimum hourly expectation :________
• Your availability to connect on call. ___________
• Work Authorization._______

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