The Master of Professional Studies in Agriculture and Life Sciences with a specialization in Geospatial Applications is a one-year, course-based, master's degree program designed to equip students with knowledge and tools to collect and analyze geographic information systems (GIS) and remote sensing data.
The skills developed can be applied to numerous emerging applications and careers, in fields such as:
- Digital agriculture, crop production and yield analysis
- Environmental management, drought and flood plain analysis
- Land use, energy and resource management
- Wildlife conservation
- City and regional planning
- Government and law enforcement
- Climate change monitoring and analysis
- Transportation planning and logistics
- Surveying and digital cartography
- Image processing and analysis
There is growing demand for students with advanced geospatial modeling and analysis skills to manage and interpret vast quantities of information. Graduates seek employment in a wide range of sectors, including agriculture, government agencies, consulting, public health organizations, financial institutions, private industry and not-for-profit entities, providing location intelligence for decision-making.
Geospatial Applications is the use of modern tools to geographically map and analyze the Earth and human societies. This specialization provides education in geospatial applications, including Geographic Information Systems (GIS), to develop data management and decision-making skills for a wide range of geographical data. Geospatial applications have many relevant and useful applications, such as:
- Effective collection of data – such as soil data and seasonality of topography – can help take the guess work out of agricultural planning
- Mapping of areas, especially areas that are vulnerable to natural disasters, can help protect food supplies
- Urban and regional planning
At Cornell, students have used geospatial applications to study a wide breadth of topics, such as:
- Vegetation responses to drought conditions
- Analyzing the influence of landscape context on the efficacy of sustainable agricultural practices in Kenya
- Flood exposure due to poor infrastructure, and its relation to social vulnerability in Kolkata
- Understanding bike sharing activity patterns of NYC Citi Bike
MPS Program Structure
The Master of Professional Studies is an accredited, one-year, course-based master’s degree program that prepares individuals for the 21st-century workplace through knowledge development and career skillset refinement. The specialized, course-based instruction led by world-class faculty broadens expertise and expands versatility.
The CALS MPS degree program in has two main components:
- Coursework: The suggested curriculum includes a balance of courses to build both professional and disciplinary competencies. Students work with a faculty advisor to customize their course of study based on their area(s) of interest. While the majority of the courses (20 of the required 30 credits) will be in CALS, students have the flexibility to take electives across Cornell.
- Capstone project: With the guidance of a faculty advisor, MPS candidates undertake an applied capstone project to fulfill the MPS degree requirements. The MPS project offers the opportunity to apply newly-acquired problem solving tools to real world issues, providing valuable insights as students embark on their post-graduation careers.
MPS students are part of a cohort of CALS professional master’s students specializing in diverse fields of study. The program is fast-paced and rigorous. Professional master’s students have a dedicated support organization, offering career guidance and professional skill development.
Geospatial Applications Sample Curriculum
|PLSCS 4110||Applied Remote Sensing and GIS for Environmental Resource Inventory and Analysis|
|PLSCS 4290||Remote Sensing and Modeling for Ecosystems|
|PLSCS 6600||Remote Sensing Fundamentals|
|BTRY 6010||Statistical Methods|
|ALS 5211||Career Readiness for CALS Professional Master's Students|
|PLSCI 5900||MPS Project|
|PLSCS 4200||Geographic Information Systems (GIS): Concepts and Applications|
|PLSCS 6200||Spatial Modeling and Analysis|
|PLSCS 4650||Global Navigation Satellite Systems|
|CEE 6150||Digital Image Processing|
|LEAD 5100||Leadership Skills for Graduate Students|
|COMM 4660||Public Communication of Science and Technology|
|PLSCI 5900||MPS Project|
Ying Sun is an Assistant Professor of geospatial sciences whose research focuses on understanding fundamental processes governing interactions between agroecosystems and climate at various scales. Ying is working with a team of researchers using NASA’s Orbiting Carbon Observatory-2 (OCO-2) to more accurately measure photosynthesis – with implications for creating more reliable estimation of crop productivity and global carbon uptake in the face of increasing climate change.
“Our global population and demand for food production are both increasing, but we only have limited resources of land and water, my goal is to provide sustainable solutions to increase food productivity while reducing negative impacts on the environment. Using this novel data set and state-of-the-art modeling tools, I feel confident about being able to help solve these systemic agricultural problems.”
The ideal candidate will demonstrate a passion for the importance gathering and analyzing data to make strategic decisions, competency in undergraduate science coursework, and interest in applying knowledge gained in a professional career. Admission requirements include:
- Common undergraduate courses taken: Biology, Physics, Math, Chemistry, Ecology, Environmental Sciences
- Graduate Record Exam (GRE) scores are not required but may be submitted to strengthen candidacy
- Three letters of recommendation
- TOEFL for non-native English speakers