Thomas Burke serves as the Director of Business Development at INOVUES, where he plays a pivotal role in managing and developing the sales offerings for the company's innovative Adaptive Glazing Shields. With over 39 years of diverse experience spanning engineering, sales, service, operations, and business...
Thomas Burke serves as the Director of Business Development at INOVUES, where he plays a pivotal role in managing and developing the sales offerings for the company's innovative Adaptive Glazing Shields. With over 39 years of diverse experience spanning engineering, sales, service, operations, and business development, Tom has cultivated a robust skill set that positions him as a leader in the energy efficiency and sustainable building sectors. His extensive background includes significant contributions to local government projects, K-12 educational facilities, and Class A commercial buildings, as well as collaborations with energy utilities and high-tech industries.
At INOVUES, Tom is at the forefront of promoting cutting-edge solar PV and solar thermal technologies, focusing on energy conservation and efficiency. His expertise in HVAC systems and energy audits enables him to identify and implement tailored solutions that meet the unique needs of clients across various sectors. By leveraging his deep understanding of information and communications technology (ICT), Tom effectively communicates the value proposition of Adaptive Glazing Shields, which enhance building performance while reducing energy consumption.
Key projects under Tom's leadership include partnerships with local governments and educational institutions aimed at integrating sustainable technologies into their infrastructure. His strategic approach to business development not only drives sales growth but also fosters long-term relationships with stakeholders committed to advancing energy efficiency. As a thought leader in the industry, Thomas Burke continues to advocate for innovative solutions that align with global sustainability goals, making a significant impact on the future of energy-efficient building design.
