Mechanical Manufacturing Application Engineer

General Qualifications

• Graduated from departments of Mechanical, Mechatronics, Metallurgical and Materials Engineering, or other relevant engineering disciplines,
• Minimum 3 years of experience in a similar position,
• Experienced in machining processes and CNC machines (Lathe, Milling, 5-Axis),
• Proficient in at least one CAM software (preferably HyperMill and Esprit),
• Knowledgeable in cutting tool selection, cutting parameters (Vc, Fz, Ap, Ae), and tool life optimization,
• Proficient in reading technical drawings and well-versed in GD&T (Geometric Dimensioning & Tolerancing) principles,
• Experienced in process improvement and efficiency enhancement,
• Capable of supporting quality control processes by using CMM and manual measurement equipment,
• Possesses a good command of English (able to communicate effectively in both written and spoken form and familiar with technical terminology),
• Able to take an active role on the manufacturing field and work harmoniously with production teams,
• Strong analytical thinking and problem-solving skills,
• Able to adapt to flexible working hours and a fast-paced work environment,
• No travel restrictions; able to travel domestically and internationally when necessary,
• For male candidates, preferably has no military service obligation.

Job Description

• Preparing CAM programs for CNC machines and optimizing material removal strategies,
• Selecting cutting tools, determining appropriate cutting parameters, and conducting studies aimed at extending tool life,
• Taking an active role in machine setup and commissioning processes, and ensuring the integration of probing systems and automation,
• Analyzing production processes and conducting process development and cycle time improvement studies,
• Providing training to operators and production personnel regarding CNC programming, tool selection, and machining techniques,
• Conducting cutting tool and machining tests to improve process efficiency and reporting the results obtained,
• Analyzing problems encountered during production and developing solution proposals (e.g., vibration, tool breakage, surface roughness, etc.),
• Supporting quality control processes by evaluating measurement results and offering improvement suggestions