Renewable engineer and researcher with a proven record of solving complex problems. I am fully committed to the engineering and energy sectors to solve challenging assignments through novel concepts. My experience in technological innovation and talent, combined with a passion for energy and engineering, provide a substantial competitive advantage for future employers. Top Accomplishments:*Designed and patented the world's first cooling system, which uses mechanical vibrations to dissipate heat *Innovated and patented the world's first heat to-mechanical vibration converter engine  *Developed Radical Design for Ground effect Wind energy device for urban use *World's first Wave Energy Device based on mechanical vibrations *Currently, I hold three approved patents, and six further applications are pending Degree in MSc in Sustainable Engineering: Offshore Renewable Energy and BEng in Naval Architecture and Small Craft Engineering from the University of Strathclyde (Glasgow, UK).Whilst still at university, I came up with an innovative concept of a Wave Energy Device. I started working on the initial modelling and feasibility studies with my associate. After that, I started my own company 'Kartick Ltd' where we focused on R&D and initial patent search that later turned out to be successful. I have numerous work and project experience in various fields in renewables and engineering. I am very keen on energy efficiency, sustainable engineering and renewable energy, which could be seen in the university choice and personal projects I have undertaken over the years.