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In your career, let’s prove what’s possible.
- Lead complex root cause investigations and identify the underlying process issues behind quality problems.
- Drive effective corrective and preventive actions to ensure sustainable resolution and continuous improvement.
- Apply and promote structured quality methodologies such as 8D problem solving and Lean Six Sigma Yellow Belt principles.
- Support and actively contribute to triage meetings, helping to prioritize issues, coordinate actions, and ensure timely follow-up.
- Act as a mentor and coach for team members and cross-functional stakeholders, strengthening problem-solving capabilities across the organization.
- Develop and maintain a high-quality data foundation/database that enables reliable analysis of process performance and quality trends.
- Use data-driven insights to identify improvement opportunities and drive process optimization initiatives.
- Partner with engineering, manufacturing, and other cross-functional teams to improve product and process quality.
- Support the development of innovative digital solutions, including the creation of an AI agent for automated quality analysis, to accelerate issue detection, trend analysis, and decision-making.
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Vollzeit
Porto, München, Villach, Austria, Ahmedabad, Gujarat, India
07.07.2026
Porto, München, Villach, Austria, Ahmedabad, Gujarat, India
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Vollzeit | Teilzeit | befristet | Praktikum
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Vollzeit | Teilzeit | befristet | Praktikum
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Vollzeit | befristet | Praktikum
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Vollzeit | befristet
Villach, Graz
17.07.2026
Villach, Graz
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Responsibilities:
- Conduct applied research in humanoid robotics, with a focus on kinematics, dynamics, full-body control, balance, motion planning, and industrial task execution
- Support commissioning, calibration, and testing of humanoid robot platforms, including actuators, sensors, SDK interfaces, safety functions, and operational procedures
- Develop and maintain ROS 2-based software modules for robot state handling, motion commands, sensor interfaces, simulation, data logging, and task execution
- Implement and evaluate classical robot-control methods such as inverse kinematics, inverse dynamics, impedance/admittance control, feedback control, model predictive control, and torque-level control
- Support whole-body motion generation for humanoid manipulation tasks such as reaching, grasping, button pressing, pick-and-place, object handover, inspection, and simple machine-operation tasks
- Assist in translating research outcomes into teaching activities and course content
- Co-supervise bachelor’s theses related to ongoing research projects
- Support proposal preparation for public research funding and cooperation with industry partners
- Actively represent the research group in scientific networks and at conferences
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