In this episode of AEC Trailblazers: The Founders Files, get to know Tim's entrepreneurial journey. With a desire to start a data analytics consulting company, he soon realized his true passion lay in the digital construction world. Fueled by the challenges of the pandemic, he decided to take the leap and start a startup.
With this goal, Tim joined Antler, a global VC incubator, where he met his co-founders, Onur and Mahan. Together, they identified a gap in the engineering space: the fragmentation of tooling and the lack of standardized workflows. With this challenge in mind, they co-founded CalcTree, with the ultimate mission to bring together engineering, design, and calculations. They aimed to provide engineers with a platform to manage calculations and data across projects, promoting collaboration and efficiency, while emphasizing the importance of integrating existing tools and workflows, rather than forcing engineers to adopt new, unfamiliar methods.
Listen to Tim speaker about his key must-haves for launching a Construction Technology startup: accessibility, designed to be user-friendly, with a low barrier to entry for engineers; flexibility: integrating with popular tools like Python and spreadsheets, allowing engineers to maintain their preferred workflows; and scalability: offering a wide range of features, from basic calculation management to advanced capabilities like version control and community support.
Tim also tells us the future plans for Calctree's roadmap, including further development of their platform, building features like version control and review models, and ultimately creating a marketplace for engineering tools and services.
Join us on this episode and get to know Tim's entrepreneurial journey and the founding of Calctree highlighting the growing importance of innovation and technology in the AEC industry. By addressing the challenges of data fragmentation and workflow inefficiencies, Calctree is helping engineers to work more efficiently and effectively.
Solving AEC Fragmentation with User-Friendly Standardization