Colorado Seminary

The Colorado Seminary in Denver, CO offers a diverse range of educational opportunities for students, faculty, and staff. With a focus on research, internships, service learning, and study abroad programs, the seminary provides a well-rounded academic experience beyond traditional classroom settings. Through their Denver Difference campaign, the seminary is dedicated to redefining the promise of higher education by preparing students to be successful in all aspects of life. With a strong emphasis on community values, diversity, and innovation, the Colorado Seminary is committed to shaping the future and making a positive impact on Denver, Colorado, and the world. Generated from the website

Iliff School of Theology in Denver, CO is a renowned institution offering a range of degree programs focused on leadership, social justice, and ethics. With a commitment to inclusivity and justice-oriented ministries, Iliff provides a transformative educational experience for students seeking to make a positive impact in diverse communities. Through a combination of online, on-campus, and hybrid learning options, students can engage in rigorous academic study while remaining connected to their home communities. With a dedicated faculty of scholar-activists like Dr. Kristina Lizardy-Hajbi, Iliff equips students with the knowledge and skills needed to navigate complex social issues and lead with courage and imagination.Generated from the website

Colorado Seminary in Denver, CO, houses the College of Natural Sciences and Mathematics, where faculty like Professor Dinah Loerke lead groundbreaking research in biophysics and cellular biomechanics. Their collaborative work focuses on understanding the dynamics of epithelial cell layers and their mechanical characteristics during developmental processes, utilizing advanced computational imaging tools. Professor Loerke's research interests encompass various topics, including high-resolution imaging, quantitative analysis, and the biomechanics of tissues in model organisms such as Drosophila melanogaster. Her innovative approach incorporates experimental and computational methods to investigate how molecular forces drive observable changes in cells and tissues, contributing to a deeper understanding of biological mechanics. Generated from the website