Founded in 2019, IF/THEN® seeks to further advance women in science, technology, engineering and mathematics (STEM) by empowering current innovators and inspiring the next generation of pioneers. This internally driven initiative is designed to activate a culture shift among young girls to open their eyes to STEM careers. Our team built a robust platform to amplify the voices of women in STEM through creating:
Our Initiatives
The majority of our work involves supporting change-makers closest to the problems and empowering them to thrive. On rare occasions, we incubate initiatives internally. Harnessing our ability to convene and collaborate across a wide range of partners, our team develops and launches new social impact concepts from conception to execution.
IF/THEN Exhibit
IF/THEN Collection
Mission Unstoppable
Pegasus Park is a 26-acre future-focused campus dedicated to innovative companies and organizations across life sciences and social impact. The campus brings together two legacy-building initiatives for Lyda Hill that were years in the making – catalyzing a more robust life science ecosystem in North Texas and launching a social impact hub to strengthen the local nonprofit sector. Funded by private and philanthropic capital, Pegasus Park is the largest impact investment of its kind in North Texas. The ability to generate profit, along with a strong sense of purpose for the community, sets the project apart from other mixed-use Dallas developments.
Pegasus Park was originally constructed in 1970 as headquarters for Zale Corp and was sold to Mobil Oil Corp in 1981. In 2015, J. Small Investments, a North Texas-focused real estate investment firm, purchased the campus and subsequently teamed up with Montgomery Street Partners and an affiliate of Lyda Hill Philanthropies to redevelop it into Pegasus Park as it stands today, offering state-of-the-art facilities and amenities enabling the daily convergence of entrepreneurs, strategic business partners, social impact organizations, and North Texas’ biotech ecosystem.