Heinz Walter Zöller
About Heinz Walter Zöller
Heinz Walter Zöller is a Maschinenbauingenieur at thyssenkrupp with extensive experience in quality assurance and non-destructive testing methods.
Current Position at thyssenkrupp
Heinz Walter Zöller is currently employed at thyssenkrupp as a Maschinenbauingenieur. He has built a longstanding career with the company, beginning his journey there in April 1981. At thyssenkrupp, he brings his extensive expertise to bear on various mechanical engineering projects, contributing to the company’s objectives and success.
Expertise in Quality Assurance
Heinz Walter Zöller possesses extensive experience in the field of quality assurance. His role encompasses ensuring that engineering and manufacturing processes meet stringent quality standards. His expertise in this area is crucial for maintaining high levels of safety, reliability, and performance in the products and services provided by thyssenkrupp.
Qualifications in Non-Destructive Testing
Heinz Walter Zöller holds multiple qualifications in non-destructive testing (NDT) methods. These include radiographic testing (RT), ultrasonic testing (UT), magnetic particle testing (MT), and penetrant testing (PT). These methods are vital for detecting material defects and ensuring the integrity of components without causing damage, showcasing his commitment to safety and precision.
Certified Welding Engineer
Heinz Walter Zöller is qualified as a welding engineer, certified under SAP standards. This certification indicates his comprehensive knowledge and skill in welding technologies and processes. His expertise ensures that welding procedures followed at thyssenkrupp adhere to high quality and safety standards.
Sector-Specific Qualifications in Railway Industry
Heinz Walter Zöller possesses sector-specific qualifications relevant to the railway industry. This specialized knowledge enables him to address the unique challenges and standards of railway engineering. His qualifications are essential for developing and maintaining railway systems that meet both performance and safety requirements.