Cristian possesses a degree in Power Systems Engineering and a wealth of expertise spanning electronics, power electronics, software, and control systems, particularly in the domains of grid automation, inverters and train safety systems. As a seasoned professional, he is poised to lead the power electronics team here at Third Equation in crafting innovative solutions that will redefine the landscape of global energy systems.
Cristian’s journey in power electronics began at Invertek Drives Ltd, where he was responsible for designing and developing middle-range size drives, showcasing his skill in handling complex power systems early in his career. His tenure at Alstom further honed his abilities, where he played a crucial role in improving the MRTP product to comply with new EMC/Safety regulations. His efforts led to the product passing all EMC/Safety tests on the first attempt, a testament to his meticulous attention to detail and commitment to quality.
Moving forward, Cristian joined GE Grid Solutions, where he excelled as the Lead Electronic Design Engineer. During his time there, he was the technical lead for the Digital Input and Digital Output designs for the New Transmission Platform (NTP). His work included significant patent-related activities, demonstrating his capacity for innovation and forward-thinking design.
At Unipart Rail, Cristian further solidified his expertise as a Senior Design and Development Engineer. His tenure there, marked by a blend of technical leadership and creative problem-solving, has equipped him with the unique skills necessary to lead Third Equation’s Power Electronics division.
As the new Head of Power Electronics at Third Equation, Cristian is set to drive the company’s vision of pioneering advancements in the sector. “We are thrilled to welcome Cristian to our team,” says Paul Blackburn, CTO of Third Equation. “His remarkable track record and innovative approach to power electronics make him an invaluable addition to our company. We are confident that under his leadership, Third Equation will continue to break new ground.”
