DarkVision
Rafael R. has a diverse work experience in the oil and gas industry. Rafael started their career as a Field Engineer with Schlumberger in 2005, working in various roles such as Wireline Sales Engineer, Wireline Well Integrity Engineer, and Wireline Field Service Manager. Rafael also worked as a Service Manager and Sales Engineer at TCO AS, where they led TCP Perforation and managed completion services in NCS fields. In their most recent role, Rafael served as a Sales Director at DarkVision Technologies Inc., where they led the deployment and sales of the company's products in the Scandinavian/North Sea market. Throughout their career, Rafael has demonstrated strong leadership skills, team management abilities, and a focus on customer satisfaction.
Rafael R. has a diverse education history. Rafael attended Santo Agostinho School in Leblon from 1995 to 1999 and graduated with a high school diploma. Rafael then went on to study at Universidade Federal do Rio de Janeiro from 2000 to 2005, earning a Bachelor's degree in Mechanical Engineering. In 2019, Rafael pursued further education in the field of energy management. Rafael enrolled in both BI Norwegian Business School and IFP School, completing an Executive Masters of Management in Energy at both institutions. At BI Norwegian Business School, they focused on Global Energy Management, while at IFP School, they specialized in Business/Managerial Economics.
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DarkVision
DarkVision Technologies Inc. was founded in 2013 by a group of experienced entrepreneurs that have expertise and a track record in developing and commercializing imaging technologies. The company has developed a new ultrasound-based imaging technology used to image the inside of oil and gas wells. With a clear picture of the inner working of theirwells, oil and gas operators can make smart decisions that reduce operating costs, increase production, improve well integrity and minimize environmental impacts. Unlike camera technologies, DarkVision’s high resolution ultrasound imaging system is able to image through opaque fluids that have inhibited the widespread use of cameras and optics as a downhole diagnostics tool.