MS in Geospatial Technology for Geodesign
Jefferson’s MS in Geospatial Technology for Geodesign leverages GIS and advanced geospatial technologies in identifying and finding innovative solutions to urban design and urban planning problems. Emphasizing GIS-based tools, 3D parametric design and modeling, sustainable design approaches, collaboration and innovation within an integrated process, this STEM-designated graduate program is intended to empower students to find resilient solutions to 21st century urban challenges resulting from population growth, decreasing resources, natural disasters, and climate change. Geodesign is sustainability in practice, and our graduates are leaders in this innovative field.
Geospatial technology for geodesign students are directly involved in collaborative applied research projects with industry partners, state and federal agencies, and community partnerships. They work with advanced technologies including parametric 3D modeling, spatial data collection using emerging technologies such as LiDAR, UAVs (drones), UAV-based photogrammetry, advanced geospatial mobile applications, and BIM while they help develop and test new tools that inform future industry software. Graduates possess highly sought-after GIS skills and are well prepared for dynamic careers in interdisciplinary firms, state and federal agencies, NGOs, academia and more.
The MS in Geospatial Technology for Geodesign is a 36-credit post professional degree open to those interested in GIS and the allied design disciplines: architecture, landscape architecture, planning and engineering, as well as students with backgrounds or interest in GIS. Classes are offered on a full-time or part-time basis and are held in the evenings and Saturdays in order to meet the needs of our professional students.
Our 4+1 or 5+1 programs allows Jefferson students and partner universities of associated undergraduate programs to earn the Masters degree in one additional year.
"The future of design excellence and sustainability across the design disciplines will require ever-increasing complex problem-solving skills to empower creativity. The cross-disciplinary masters students will be equipped to apply exciting and rapidly emerging geospatial technologies to lead in defining and solving contemporary design and planning challenges with highly informed sustainable design solutions. Geodesign is 'smart' design."
- James Querry, Associate Professor and former Director of
Enterprise GIS, City of Philadelphia
Richard Neutra’s Hassrick House, LiDAR Scan
This is a ‘fly-through’ of a LiDAR point cloud, a 3D laser scan comprised of millions of points used to capture and document every detail of the interior and exterior of Richard Neutra’s iconic Hassrick House. The Hassrick House, designed in 1958, is part of the Jefferson East Falls campus and home to the College of Architecture and the Built Environment’s Center for the Preservation of Modernism.
Check out our MS in Geospatial Technology for Geodesign program director Jim Querry highlighted on Esri's ArcGIS blog! "The curriculum captures the vision behind ESRI pretty much down to a tee: being able to use technology to help solve real world problems together."
Master of Science in Geospatial Technologies for Geodesign is a STEM designated program (CIP Code 11.0804).
In this highly innovative program, next generation designers of the built environment learn through a combination of advanced geospatial technologies and sustainable design practices. You will work on real projects in a highly-collaborative fast-paced, hands-on learning environment. Upon graduation, you will have the skills necessary to address complex design and planning problems with powerful geospatial visualization and analysis tools that foster meaningful collaboration among other build environment design professionals.
- Work with state-of-the-art geospatial 3D technologies to model complex urban environments.
- Gain hands-on experience working on real projects for real clients.
- Prepare to become leaders and innovators in solving 21st century design and planning challenges.