Evaluate production workflows to determine optimal candidates for automated intervention, constructing robust business arguments and implementation blueprints for each initiative.
Architect, code, integrate, and operationalize collaborative robotic cells dedicated to high-precision handling, assembly, quality inspection, and device testing.
Orchestrate the deployment of autonomous material delivery fleets, establishing optimized navigation pathways, traffic coordination, and seamless station transfers.
Spearhead end-to-end project lifecycles, encompassing concept formulation, digital simulation, hardware assembly, factory acceptance evaluations, site testing, and final operational handoff.
Connect advanced sensor suites, computer vision systems, custom end-effectors, and robotic arms directly with existing assembly machinery.
Serve as the core technical expert by defining engineering standards, conducting rigorous design reviews, and upskilling technical staff on modern robotics platforms.
Vet third-party hardware vendors, execute proof-of-concept pilot programs, and scale proven technologies across the production environment.
Champion operational safety by partnering with environmental health teams to perform detailed risk analyses and ensure all active deployments meet strict safety standards.
Author comprehensive technical guides, standard operating procedures, and training modules to enable seamless ongoing system maintenance by shop-floor teams.
Bachelor Degree, Master Degree, or Ph.D. in Computer Science, Robotics, Electrical Engineering, Mechanical Engineering, or an equivalent technical research background.
Industrial Automation and Robotics Integration experience (3+ years) executing physical deployments within active production or assembly facilities.
Software Engineering combined with Mechanical Engineering capabilities to troubleshoot cross-disciplinary system challenges.
Collaborative Robots programming expertise (e.g., Universal Robots or equivalent platforms) including hands-on integration of Grippers, End-Effectors, and Vision Systems.
Autonomous Mobile Robots deployment experience targeting material transport, route configuration, and facility-wide fleet integration.
Offline Programming and Robot Simulation proficiency used to analyze reachability, optimize cycle times, and validate cell layouts prior to physical installation.
Project Management and Technical Leadership abilities with a proven history of guiding junior staff while directly executing hands-on technical work.
ROS, ROS 2, RobotStudio, or RoboDK experience utilizing digital-twin or robotic middleware environments (Preferred).
Machine Vision (2D/3D), Force Torque Control, and Pick And Place Applications familiarity (Preferred).
AMR Fleet Management knowledge involving integration with Manufacturing Execution Systems or Warehouse Management Systems (Preferred).
Electronics Manufacturing or Precision High-Mix Low-Volume Manufacturing operational experience (Preferred).
CAD Software skills using SolidWorks, Creo, or AutoCAD for tooling layout and cell spatial design (Preferred).
Vendor Certifications across leading industrial or collaborative robot frameworks (Preferred).
Machine Safety Standards knowledge including compliance frameworks such as ISO 10218, ISO/TS 15066, ISO 12100, and ISO 13849 (Preferred).
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