Peter Sieck serves as a Technical Consultant at Various, where he leverages his extensive expertise in sputtering technologies to provide invaluable insights and practical guidance for the development and optimization of large area thin film applications. With a robust background in working with leading magnetron...
Peter Sieck serves as a Technical Consultant at Various, where he leverages his extensive expertise in sputtering technologies to provide invaluable insights and practical guidance for the development and optimization of large area thin film applications. With a robust background in working with leading magnetron sputtering systems from renowned manufacturers such as Von Ardenne, Leybold Optics, and North Glass China, Peter is adept at analyzing, developing, and enhancing sputtering processes to meet the specific needs of his clients.
In his current role, Peter is deeply involved in key projects that focus on advancing thin film deposition techniques, particularly in the fields of optics and solar energy. His proficiency in materials science and process engineering enables him to tackle complex challenges, ensuring that clients achieve optimal performance and efficiency from their sputtering hardware. By employing a design of experiments (DOE) approach, Peter systematically investigates variables that influence film quality and uniformity, leading to innovative solutions that drive technological advancements.
Peter’s consulting relationships are characterized by a collaborative approach, where he works closely with hardware owners to identify pain points and implement tailored strategies that enhance production capabilities. His commitment to staying at the forefront of industry trends and technological developments ensures that his clients benefit from cutting-edge solutions in vacuum technology and coatings. With a passion for research and development, Peter continues to contribute to the evolution of thin film technologies, making a significant impact in various sectors, including optics and renewable energy.
