Nikolaos Deligiannidis
About Nikolaos Deligiannidis
Nikolaos Deligiannidis is a Patent Examiner at the European Patent Office in Munich, specializing in aerospace technologies. He holds a Diplom-Ingenieur in Aerospace Engineering from Technische Universität München and has extensive experience in feasibility assessments and project coordination in the aerospace sector.
Work at European Patent Office
Nikolaos Deligiannidis has been employed as a Patent Examiner at the European Patent Office since 2019. His role involves evaluating patent applications, particularly in the field of aerospace technologies. Based in Munich, he applies his technical knowledge and experience to assess the feasibility and innovation of various aerospace systems and products. His work contributes to the patent examination process, ensuring that inventions meet the necessary criteria for patentability.
Education and Expertise
Nikolaos Deligiannidis studied at Technische Universität München, where he earned a Diplom-Ingenieur (Dipl. Ing. Univ) in Luft- und Raumfahrttechnik. This educational background provided him with a strong foundation in aerospace engineering principles. His expertise includes feasibility assessments of aerospace technologies, life cycle cost estimates, and development schedule projections, making him well-versed in the complexities of aerospace project management.
Background
Nikolaos Deligiannidis has extensive experience in the aerospace sector, focusing on the feasibility assessment of technologies and systems. He has coordinated multi-disciplinary engineering teams, facilitating technical project definition, planning, and execution. His background includes significant involvement in overall aircraft design and multi-disciplinary analysis, which has equipped him with a comprehensive understanding of aerospace engineering.
Achievements in Aerospace Engineering
Throughout his aerospace engineering career, Nikolaos Deligiannidis has worked on benchmarking and predicting aircraft performance characteristics. His contributions have been instrumental in developing methodologies for assessing aircraft design and performance. His experience in multi-disciplinary analysis and sizing further underscores his capability in the aerospace field, enhancing the understanding of aircraft systems.