Company Description

• Do you want beneficial technologies being shaped by your ideas? Whether in the areas of mobility solutions, consumer goods, industrial technology or energy and building technology - with us, you will have the chance to improve quality of life all across the globe. Welcome to Bosch.

Job Description

Through the dual-driven approach of "equipment operation and maintenance" and "process improvement", ensure the 24/7 safe, efficient, and high-quality operation of fully automated production lines (assembly, testing, material handling, and packaging sections).

1. Equipment Operation, Maintenance, and Lifecycle Management (Equipment O&M)

   • Daily Inspection and Preventive Maintenance (PM): Develop and strictly implement preventive maintenance plans for automated production lines (including robots, servo motion systems, high-precision pneumatic/electric mechanisms, sensor groups, etc.), transforming reactive repairs into proactive prevention.
   • Rapid Response and Repair for Sudden Failures: Responsible for rapid localization and handling of sudden electrical, mechanical, and pneumatic failures on production lines, writing emergency response plans to minimize downtime.
   • Fault Tree Analysis (FTA) and Root Cause Investigation: For frequent abnormalities (such as servo axis errors, robot positioning drift, high-frequency communication loss, etc.), use Fault Tree Analysis (FTA), Fishbone diagrams, and 5Why method for in-depth hardware or logical root cause analysis to ensure complete closure.
   • Spare Parts and Standardization: Establish safe inventory for critical spare parts, accumulate fault troubleshooting cases, write SOP documents for standard maintenance and operation, and promote standardization of workshop operations.

2. Process Flow and Manufacturing Quality Control (Process & Quality)

   • Process Parameter Establishment and Self-Optimization: Lead the setting, debugging, and monitoring of core process parameters (such as assembly torque, position travel, temperature control, pressure, etc.) of the production line to ensure process capability (Cpk) and product consistency.
   • Core Process Document Preparation: Responsible for the preparation, revision, and training management of process documents such as Flow Charts, PFMEA (Process Failure Mode and Effects Analysis), and Standard Operating Procedures (SOPs).
   • Quality Anomaly Resolution and CAPA: For batches of defects or unstable quality phenomena during trial production or mass processing on the production line, collaborate with the quality team to conduct DOE (Design of Experiments) and technical攻坚, and implement temporary and permanent error-proofing measures.

3. Technical Transformation Implementation and Lean Continuous Improvement (Continuous Improvement)

   • Production Line Cycle Time Optimization and Bottleneck Resolution: In-depth analysis of the motion cycle of each station on automated production lines (such as multi-station flexible assembly lines, end packaging, and palletizer stations), reducing cycle time by optimizing PLC logic or optimizing mechanism movement trajectories.
   • Non-Standard and Equipment Technical Transformation Design (Retrofit): According to on-site cost reduction, efficiency improvement, or safety optimization needs, design urgently needed auxiliary fixtures; independently or in cooperation with suppliers complete PLC program upgrades, HMI (Human-Machine Interface), and servo drive control system optimization and transformation.
   • Introduction of Smart Manufacturing and Digital Transformation: Cooperate with the team to gradually promote the implementation of digital projects such as production site data collection (industrial gateways, data cleaning) and predictive equipment maintenance (such as motor temperature and vibration monitoring, bearing wear prediction).

Qualifications

1. Educational Background and Work Experience

   • Education and Major: Bachelor's degree or above from a national recognized university, related majors such as Mechanical Design, Manufacturing and Automation, Mechatronics, Electrical Automation, Control Engineering.
   • Experience Requirements: 3+ years of on-site process and equipment experience in automated/semi-automated manufacturing plants (automotive parts, precision electronics, lithium batteries, or semiconductor industries).

2. Professional Skills and Hard Skills

   • Electrical Control and Communication: Familiar with programming, configuration, and online debugging of mainstream PLCs, proficient in common industrial bus protocols such as PROFINET and EtherCAT.
   • Motion Control and Drive Control: Familiar with the working principles and debugging of multi-axis servo systems (such as synchronization, interpolation, and tension control), inverters, and various types of high-precision sensors.
   • Engineering Drawings and Software: Proficient in reading complex electrical schematic diagrams, pneumatic wiring diagrams, and mechanical assembly drawings.
   • Methodology and Tools: Familiar with IATF16949 system and the five APQP tools, with a solid foundation in lean manufacturing (VSM, SMED); proficient in using various electrician instruments (multimeters, oscilloscopes, etc.) and mathematical analysis software (Minitab, etc.).

3. Personal Soft Skills

   • Structured Diagnostic Thinking: Possess strong on-site problem-solving abilities and logical analysis skills, not simply applying pre-conceived solutions to sudden anomalies, but able to analyze layer by layer from logical and physical mechanisms.
   • Stress Resistance and Cross-Departmental Communication: Possess high stress resistance and rapid response capability in a manufacturing environment, able to communicate effectively with R&D, production, quality, and external supplier teams to drive project closure.