DataScope, a technology-focused organisation that helps large construction firms deliver projects faster, safer and leaner, is strengthening its customer support provision through the appointment of Tom Thurlow as its new Chief Revenue Officer.
Tom brings with him substantial leadership, communication and customer support expertise, having helped to align software propositions with real client outcomes for some of the biggest names in the UK.
With a strong track record of building high-performing teams and leading commercial transformation, Thomas was the ideal choice for a company driven by providing customer-led construction technology that delivers realistic and measurable outcomes.
Taking responsibility for global revenue performance, customer strategy and market execution, Thomas will work closely with senior leadership and investors to support clients and ensure commercial clarity and consistency while strengthening DataScope’s market positioning.
Chief Executive Officer (CEO), Adrian Butt, highlighted how Tom’s extensive expertise in sales and business relationships will help further drive DataScope, and the industry, forward.
He said: “We’re delighted to welcome Tom as our new Chief Revenue Officer. With his experience and delivery-led mindset, Tom will help us continue to grow while supporting clients on complex, live projects.”
DataScope is one of the UK’s leading Construction Software-as-a-Service (SAAS) providers, offering adaptable and scalable software that incorporates workforce management, daily activity coordination, delivery and logistics management, collaborative activity planning and health and safety risk management into one cohesive and instantly accessible platform.
With extensive experience in a range of construction sectors, including commercial, industrial, infrastructure, data centres, pharmaceutical and residential projects, DataScope offers real-time visibility planning and execution of site activity, helping construction teams improve productivity, maintain safer sites and reduce project delays.