Theo Chatzigkaidas
About Theo Chatzigkaidas
Theo Chatzigkaidas is a Lead Electrical Engineer at Silverstream Technologies, specializing in large battery systems for marine applications. He holds a BEng in Electrical & Electronic Engineering from Brunel University London and an MSc in Marine Engineering from UCL.
Work at SilverStream
Theo Chatzigkaidas has been serving as the Lead Electrical Engineer at Silverstream Technologies since 2020. In this role, he specializes in the installation of large battery systems specifically designed for marine applications. His responsibilities include the approval of novel concepts and technologies within the field of marine electrical engineering. He conducts essential short circuit calculations and load analysis to ensure the efficiency and safety of electrical systems on marine vessels.
Education and Expertise
Theo Chatzigkaidas studied Electrical & Electronic Engineering at Brunel University London, where he earned a BEng (Honours) 2:1 from 2007 to 2010. He furthered his education at University College London (UCL), obtaining an MSc in Marine Engineering (Electrical) from 2010 to 2011. His academic background provides a strong foundation for his expertise in marine electrical systems, particularly in the context of large battery installations.
Background
Before joining Silverstream Technologies, Theo Chatzigkaidas worked as a Senior Electrical Engineer at ABS and affiliated companies from 2012 to 2020. During his eight years in this position, he focused on integrated software quality management for marine electrical systems. His experience includes engaging in client liaison to ensure that projects meet marine type approval and comply with relevant industry standards.
Professional Responsibilities
In his current position as Lead Electrical Engineer, Theo Chatzigkaidas is responsible for overseeing the approval process of innovative concepts and technologies in marine electrical engineering. His role involves conducting critical short circuit calculations and load analysis, which are vital for the design and implementation of safe and effective electrical systems in marine environments. His work ensures that the systems adhere to industry standards and regulatory requirements.