Smarter Grid Solutions
Jacqueline Casey is an accomplished technology professional with extensive experience in software engineering and team leadership. Currently serving as the Technical Lead and Software Engineering Team Lead at Smarter Grid Solutions since March 2021, Jacqueline has previously held senior software engineering roles at The Times Educational Supplement, Ltd., and the Student Loans Company, where a robust understanding of microservice architecture and RESTful web services was developed. An analytical skill set was honed through positions as a Digital Technologist and Analyst Programmer, primarily in Java and Clojure environments, supporting the development of impactful digital solutions. Additionally, experience in web development as the owner of Mathminds and roles at Beat Systems and Vamosa highlights proficiency in diverse programming languages and technologies. Jacqueline holds a Bachelor's Degree in Mathematics and Computer Science from the University of Strathclyde and a Postgraduate Diploma in Computer Science from Glasgow Caledonian University.
Smarter Grid Solutions
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Smarter Grid Solutions is an enterprise energy software company with a unique end to end approach to Distributed Energy Resource Management Systems (DERMS) to deliver net zero energy systems, operating internationally from bases in the UK and US. Our products, Strata Grid, Strata Resilience and Cirrus Flex, have enabled the connection and real-time monitoring and control of over 521 MW of Distributed Energy Resources (DER) and delivered over $400 million of value to its customers. Smarter Grid Solutions’ DERMS products are used by distribution utilities, energy service companies and microgrid operators to manage grid capacity and resilience and to seamlessly integrate energy assets to the grid and market. Smarter Grid Solutions is a Mitsubishi Electric company. Together, Mitsubishi Electric Power Products, Inc. (MEPPI) and Smarter Grid Solutions will provide combined distributed energy resources management software and grid control products to enable electric utilities to respond to energy systems and maximize the performance from their electric grids.