Mechatronics Engineer
About this position
Responsibilities
• Design, build, modify, jig, and tools. Machinery used in the production process in the responsible area based on the principle of Fool proof design As well as improving the capabilities of processes and machines.
• Design the production process to be efficient Reduce non-value-added work and analyze the potential for waste. This is to prevent by relying on the principles of standard work and FMEA to comply with the production of lean systems.
• Reduce control the cost of materials used in production;
• Participate in Analyze problems caused by the production process, as well as cooperate and support various information to the other parties, customers, and product suppliers to correct and prevent waste.
• Perform tasks as assigned by supervisors efficiently and save costs.
• Prepare weekly performance reports.
• Support the company's plan to launch new products.
• Control documentation to ensure compliance and implementation of ISO 9001
• Control, and support various safety-related tasks. To comply with the ISO 45001 & 14001 system.
• Support various tasks to achieve the company's goals and policies.
Requirements
• EducationBachelor's Degree: A Bachelor's degree in Mechatronics Engineering or a closely related field such as Mechanical Engineering, Electrical Engineering, Robotics Engineering, or Automation Engineering is usually required. This degree provides foundational knowledge in mechanics, electronics, computer systems, and control engineering.Certifications: Additional certifications in areas like PLC programming, industrial automation, robotics, or control systems can enhance qualifications.
• Core Knowledge Areas>> Knowledge of mechanical systems, design, and manufacturing processes.>> Understanding of electrical circuits, electronics, and power systems.>> Skills in designing and managing control systems for automation and robotics.>> Proficiency in programming languages such as C, C++, Python, or MATLAB to develop algorithms and control logic.>> Knowledge of robotic systems, sensors, and actuators, especially in industrial environments.>> Understanding of microcontrollers and embedded system design.>> Familiarity with PLCs used in industrial automation.
• SkillsProblem-solving skills: Ability to design, troubleshoot, and optimize complex systems that integrate mechanical, electrical, and software components.Analytical thinking: Strong analytical skills to solve multidisciplinary engineering problems.Hands-on experience: Practical skills in operating and programming automation and robotic systems.Project management: Managing multidisciplinary engineering projects from design to implementation.
• ExperienceWork Experience: Relevant work experience in industries such as manufacturing, automotive, aerospace, or robotics can be essential for more advanced roles.