Pavlos Pavlides
About Pavlos Pavlides
Pavlos Pavlides is a Lead Engineer at Sita, where he has worked since 1984, focusing on VHF Ground-to-Air communication infrastructure in Cyprus. He has a background in Electrical Engineering, holding degrees from the Higher Technical Institute and the University of Bridgeport.
Work at SITA
Pavlos Pavlides has served as Lead Engineer at SITA since 1984, accumulating 40 years of experience in the role. His responsibilities include supporting the VHF Ground-to-Air communication infrastructure in Cyprus. He plays a significant role in maintaining and supporting various infrastructure components, including Gensets, UPSs, and air conditioning systems. Additionally, he is involved in supporting sales efforts for new business opportunities in Cyprus and manages customer connections and services related to network nodes.
Education and Expertise
Pavlos Pavlides studied Electrical Engineering at the Higher Technical Institute from 1976 to 1979, where he completed a three-year program. He furthered his education at the University of Bridgeport, earning a Bachelor of Science in Electrical Engineering from 1981 to 1983. This educational background has equipped him with the technical knowledge and skills necessary for his engineering role at SITA.
Background
Pavlos Pavlides has a long-standing career in engineering, particularly in the field of electrical engineering. His professional journey began with his education in the late 1970s, leading to his current position at SITA in Cointrin, Geneva, Switzerland. His extensive experience in the industry has allowed him to develop expertise in communication infrastructure and customer service management.
Infrastructure Support in Cyprus
In his role as Lead Engineer, Pavlos Pavlides is responsible for the VHF Ground-to-Air communication infrastructure in Cyprus. He oversees the maintenance and support of critical infrastructure components, ensuring reliable operations. His work includes managing Gensets, UPSs, and air conditioning systems, which are essential for the functionality of communication networks in the region.